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I have several setups ready for testing and trying out drawing tablets. It varies over time and what I am doing. Below is my latest setup as of 2023/08/03.
#1 Primary desktop
Computer: Minisforum Neptune HX99G
RAM: 64GB
Storage: 1TB
Tablets
Wacom Intuos Pro Large (PTH-860)
Wacom Cintiq Pro 22 (DTH227)
Both tablets are connected at the same time
#2 Drawing desktop
Computer: Microsoft Surface Pro 8
RAM: 32GB
Storage: 1TB
XP-Pen Deco Pro XLW 2nd Gen (MT1592B)
XP-Pen Artist Pro 16 2nd Gen (MD160QH)
#3 Testing desktop
Computers:
Microsoft Surface Pro 8 - Primarily for testing with Open Tablet Driver
M3 MacBook pro - for testing manufacturer drivers
Tablets: various
Drawing tablets allow us to intuitively use a digital pen. On this site, I collected all my notes about drawing tablets over the years. If you are looking to buy a tablet, wanting to get help with a problem with your tablet, or just want to understand the technology, then I think you'll find the information you need here.
Product info - here you can find collected links, revies, information for many tablets and devices.
- If you are not sure really sure what a drawing tablet is, this is a great place to start.
- a comprehensive guide about the topics you should consider when purchasing a tablet.
- Because I've used so many tablets, I have recommendations about which ones I think will work well.
- for when you need help
- If you just got your drawing tablet, learn how to set it up and start drawing
If you have questions or comments contact me at .
Consider joining the drawing tablet discord: .
I run a small discord server for drawing tablets. This is where I can sometimes be found chatting about drawing tablets.
Invite link:
I have a lot of tablets.
In that list you can see
The tablet name, model number, and brand
When I purchased the tablet
Which store I purchased from
The year the tablet model was released
Whether the tablet was bought new or used
To see a full list of my tablets:
Some of these tablets are quite old - 10 years, 20+ years. Even though they work perfectly their age does make it more complex to use them. More here:
Oct 4, 2022
Sep 11, 2022
Most people buy drawing tablet to create digital art. I've collected some links below to help them get started on this journey.
I do recommend you get a drawing tablet for digital art, but remember you don't have to force yourself to use a tablet for everything.
Many people use tablets in addition to other techniques. For example, some people draw on paper and then photograph or scan the drawing to get it into their computer. From there, they just finish up their work with a drawing tablet.
Digital art
Learning to draw and paint
Nadiaxel - 2022/07/04
Brad Colbow - 2020/02/24
Trent Kaniuga - 2022/03/02
Marc Brunet - 2020/12/12
2023/05/21
Drawabox () - Drawabox is a set of free exercise-based lessons that focus on the fundamentals
Kawaii Sensei () - There's lots of practical tips every day.
EtheringtonBrothers () - More frequent practical tips. And they publish useful printed guidebooks.
My hobby concerning drawing tablets is centered largely around creatives - people who are drawing, sketching, etc. Despite using tablets for well over a decade, only in 2022 did I discover people were using drawing tablets for games. And some of these games are quite popular.
They have about 1.7M monthly active users who play osu!
While creatives tend to use their drawing tablets in standard ways, osu! players do a number of quite surprising things:
Players use tablets of various sizes: Small, Medium, and Large. Small is the most popular based on the videos I've seen.
Players often customize the active area to be surprisingly small - much smaller than even the default active area. In the video above, notice how the player moved the pen only in a tiny region of that tablet.
OTD has less lag than manufacturer drivers
OTD is highly customizable through it's plug-in system
OTD works across many tablet models
OTD works on Windows, Mac, and Linux
Drag players play with the pen touching the surface of the tablet.
Hover players don't let the pen touch the tablet surface.
There are various clicking styles used by osu! players.
click by tapping the pen on the tablet
click by using the keyboard
click by alternating between the pen tapping and keyboard presses
Some osu! players - at least the ones I communicate with regularly - are remarkably knowledgeable about drawing tablets.
They know a tremendous amount about the hardware, drivers, etc. Some conduct original research and testing of tablets. Some write code for OpenTabletDriver.
I would consider them absolute experts - far beyond any drawing tablet reviewer out there and myself.
They are also incredibly sensitive to microscopic behaviors, latencies, etc. in drawing tablets - far more than someone who has typically has used tablets only for creative tasks.
Players do advanced customization of osu! through OpenTabletDriver plug-ins. Some examples:
Circular/Elliptical tablet areas
Rotated tablet areas
Live active area randomization
Players using drawing tablets for FPS games is less common than for Rhythm games, but this is the preferred input device for some people.
osu! is a popular rhythm game and many of its players use drawing tablets instead of a mouse. ()
<- this video is relatively well known in the osu! community.
You can get the live stats from here:
Players often do not use manufacturer drivers, but instead they use because:
More here:
example: ()
Drawing tablets are heavily used for creating educational content. For example you've probably seen the Khan Academy videos and those are created with a drawing tablet.
For this you want high reliability and durability and you DO NOT need to spend a lot of money buying a fancy tablet. And for those reasons I'll keep the recommendations short:
Pressure support - Will help you strokes look more natural. All drawing tablets have this pressure support.
Tilt - not needed for education use. More of an artist thing.
Tablet buttons (aka. ExpressKeys) - I think they can come in very useful for people. For some people these are critical. No harm in getting them, you can always disable them.
Size - Medium or Small. I always recommend medium. Even though some people are OK with small tablets, I do see a far number of people say the small size makes their hand feel cramped.
Pen tablets (no screen)
One by Wacom Medium (CTL-672)
Pressure: YES
Tilt: NO
Tablet Buttons: NO
Wireless: NO
Wacom Intuos Medium (CTL-6100 or CTL-6100WL)
Pressure: YES
Tilt: NO
Tablet buttons: YES
Wireless: Only the CTL-6100WL supports wireless
Pen displays (have a screen)
XP-Pen Artist 12 GEN2 (CD120FH)
Pressure: YES
Tilt: YES
Tablet buttons: YES
Wireless: NO
XP-Pen Artist 13 GEN2 (CD130FH)
Pressure: YES
Tilt: YES
Tablet buttons: YES
Wireless: NO
Wacom One GEN1 (DTC-133)
Pressure: YES
Tilt: YES
Tablet buttons: NO
Wireless: NO
Sal Khan uses a Wacom Intuos Pro Medium for his videos. That is an AMAZING tablet, but honestly overkill. You can get by with a much less expensive tablet.
Which specific model of Intuos Pro he is using?
The pen does not look like the Wacom Pro Pen 2 that comes with the PTH-660
The USB-cable connects with a thicker end and is not the L-shaped connector that comes PTH-660
The back of the tablet has the older Wacom branding.
If your are a creative, then it's pretty obvious why there's a benefit to using a drawing tablet instead of a mouse when you are drawing.
Some people simply want to use the drawing tablet as a mouse replacement. They can definitely serve this purpose.
I did this for about 10 years. Although I always had a mouse connected, 99.9% of the time I used a drawing tablet.
I used a MEDIUM sized tablet - something the size of a Wacom Intuos Pro Medium.
For a few years I a SMALL sized tablet - something the size of a Wacom Intuos Pro small. When I was using the small tablet, I was in a non-artistic phase so I was not drawing with it much.
I generally recommend MEDIUM sized tablets as a mouse replacement, but SMALL can work also.
One of the reasons I avoided using the mouse was that it was causing wrist pain. The pen was helpful in reducing the pain. However, if I do draw a lot over a month or so, I can develop wrist pain. So a drawing tablet might help, but it will not eliminate these kinds of problems.
To make it easier to switch between typing and using the pen I ALWAYS held the pen in my hand even when typing.
When drawing I held it like you would normally hold a pen, but when I switched to typing, as I extended out my fingers the pen I would rotate the pen so the tip is pointing up and to the side.
The vast majority of drawing tablets support pressure sensitivity. For a mouse replacement, tilt is not important.
The vast majority of drawing tablets support tilt. This is useful for art. Even then not all artists use the tilt feature. For a mouse replacement, tilt is not relevant.
Modern mice are incredibly sturdy devices. They don't even have moving parts except for the buttons. You could drop them from your desk and they will still work.
Drawing tablet pens are much more sensitive. They have more delicate and sensitive parts. I HIGHLY RECOMMEND that you DO NOT DROP THEM. Sometimes they work perfectly after that. But they can malfunction in all sorts of ways after a drop. And keep in mind that the pens are not cheap. If you need to buy a replacement it will be anywhere from $35 USD to $90 USD.
In a a mouse, you can independently move and click. This means you can move the pointer without accidentally clicking.
The same thing works with drawing tablet pen. But you should realize how it works.
To click - you tap down on the tablet with the pen
To move AND click at the same time - you press down on the tablet and move the pen. The click lasts as long as you are touching the tablet.
With a mouse this is SUPER EASY you can jsut not move the mouse. And it is EASY to keep a mouse still. You can even let go of the mouse from your hand the pointer won't move.
With a drawing tablet, this is actually very hard. Because you have to HOVER the pen at the exact same spot above the tablet. That is very hard to do, because any motion of your hand will often move the pointer.
It's easy to avoid accidental clicks with a mouse.
With a pen you have to HOVER. And if you accidentally touch the surface it will count as a click.
For the vast majority of mice, you can just plug them into a computer and they will "just work". This is because the computer has drivers for mice already installed.
That isn't quite the case for drawing tablets. You will need to install the tablet driver.
Once you install the tablet driver, the tablet is compatible with all applications.
Mice can be:
Wired only
Wireless only
Wired + Wireless
Drawing tablets can be
Wired only
Wired + Wireless
There are no drawing tablets that are wireless only.
Latency - There is a little extra latency when using wireless. Some people don't use wireless for this reason.
Interference - Usually tablets use Bluetooth. You may find that devices liek phones when they are close to your tablet may interfere. Usually this takes the form of an unresponsive pen or stuttering of pointer position as you move.
Lots of them would work. The easy choices are:
One by Wacom Small (CTL-472)
One by Wacom Medium (CTL-672)
Wacom Intuos Small (CTL-4100)
Wacom Intuos Medium (CTL-6100)
Other brands also have tablets that work as mouse replacements, but the safe choice is Wacom because of their track record of reliability.
Taking notes is a popular scenario for drawing tablets.
On the other hand some people enjoy taking notes with pen tablets (screenless tablets) or pen displays (screen tablets).
Besides locating the position of the pen there are two pen features to discuss.
pen pressure - this is somewhat useful for taking notes because it will make your notes look a bit more natural.
pen tilt - for taking notes, I don't think this is very important at all. And many note taking apps ignore this feature entirely.
Some people can work very well with using a pen tablet for taking notes. Though I'm not one of these people. The chief difficulty in taking notes with the pen tablet is that you cannot see what you are writing and instead you have to look at the screen of your computer. Some find this difficult for taking notes . But for others it works very well.
Considerations:
Size. Small pen tablets don't offer much space for writing and it can feel cramped. A medium pen tablet is better, but then it takes up a bit more space.
Wireless. You might prefer to get a pen tablet that supports a wireless connection. Because it can be a little irritating to have the tablet always physically connected to the computer.
Recommended pen tablets
If you do want to use a pen tablet for taking notes here are some devices that will work well and don’t cost too much. You can even find them for less cost on eBay.
Wacom One Medium (CTL-672)
Wacom One Small (CTL-472)
Pen displays, because they do have a screen, generally feel more natural for note taking than a pen tablet. However the chief problem with the pen display is that it requires connection with the computer.
Considerations:
Size - a 13" or smaller pen display should work fine. In fact 13" may even be a bit large for this purpose.
Wireless. A pen display will always have at least one wire that needs to be connected to the computer.
Power. The pen display will draw a significant amount of power from your laptop. And this will really reduce the battery life of your laptop.
Dropping the tablet. If you are note taking in a location where you might drop your pen display, in many cases you will either experience a cracked screen or simply break the tablet entirely.
It does NOT look to be the latest model of Intuos Pro Medium (PTH-660). You can tell this because in he shows the tablet and I can see some things that clearly mark it as an older tablet.
Note that the Khan Academy has this document In that doc, they say he uses a Wacom Bamboo tablet. I suspect this probably was true at some point, but he clearly no longer uses it.
- this is the video where he shows that he uses Wacom Intuos Pro Medium tablet.
Dec 9, 2020
[One by Wacom] Dec 2, 2020
Mar 28, 2020
Sep 26, 2020
May 26, 2020
Mice move the pointer through relative positioning while drawing tablets use absolute positioining: .
However, you can configure the tablet driver to use mouse mode to provide relative positioning which will make it feel more like a mouse. more here: .
If you are using a pen tablet (a tablet without a screen) you ABSOLUTELY SHOULD also configure the tablet to match its active area to that of your monitor. More here:
To move without clicking - you have to hold the pen above the tablet (within a range of about 10mm). This is called hover. more here: .
If these, my strong recommendation is the CTL-672. . You could get the CTL-6100 but all it gives you for the extra cost is some buttons on the tablet.
Feb 24, 2020
(2023/05/03)
Generally I believe you will get the most natural experience taking notes if you use a or . Because both these kinds of devices have screens, are portable, and don't require a computer to use. And this makes them very convenient for taking notes.
Complex connection. Ideally you would use a single cable to connect a pen display to a computer. But for various reasons this is not always possible. As an alternative you may be required to have a more complex cabling arrangement - often using a 3-in-1 cable. More here about .
Pointer lag. Pen displays have a lot of pointer lag - this can be very difficult to deal with when taking notes - especially if you write fast. More here:
See the note taking section here:
Oct 7, 2023
Oct 16, 2023
If you just acquired a drawing tablet and want to start using it, this guide will lead you through the basics.
Read the manual for your tablet. You don't need to even open the box. You can download the manual from the manufacturer website.
If drop the pen to the floor, usually it will be unharmed.
When you are not using it make sure its stored in such a way it doesn't fall off your desk.
HOWEVER, sometimes a pen seems to hit just right and the fall can damage the pen.
The pen has somewhat delicate parts inside and is the most likely thing you will break. If you lose or damage your pen, there are some things you need to know:
Pens are surprisingly expensive to replace.
Some pens cost half the cost of the tablet
Some pens (especially Wacom Pro pens) are more expensive than the tablets of other brands.
You need the tablet driver installed for the tablet to work correctly.
You can go to the manufacturer site and download the driver and install now before your tablet even arrives.
If the tablet driver is installed, when you connect the tablet with USB cable the driver will just detect the tablet and the pen will work as soon as it comes close to the tablet (about 10mm)
The drivers install an app you can use to configure the driver. The apps have different names depending on your tablet brand
Pen tablet - There will be a simple USB cord. These days the cords are all USB-C cords.
Some pen tablets ALSO support wireless connection. For now ignore wireless. It just adds more complication. Get it working with a cable first
If the pen is in range (about 10mm) of the tablet or touching the tablet , then moving the pen will move the mouse pointer.
If the pen is not touching the tablet, it will be like your are not pressing down any mouse buttons
if the pen is touching the tablet, it will be like you are holding down the left mouse button
In drawing apps which are pen aware can take advantage of other features like pressure and tilt.
If you are using a drawing program, You don't need to hold down any button for it to draw, just put touch the pen to the tablet.
The active area on the tablet is the region of the tablet that is sensitive to the pen.
Wacom calls this the "Active Area" in their docs. In their driver, it is called "Mapping"
Huion calls this the "Working Area"
I will always call it the "active area" because that is the oldest term for it.
Go into the driver and and find the active area and get familiar with what it looks like. It's one of the most common things you'll need to adjust.
This step is needed for pen tablets (the ones without a screen)
The active area can be mapped to 1 of your displays or multiple displays.
For now, map the active area to a single display.
This step is needed for pen tablets (the ones without a screen). You don't have to do this for other kinds of tablets.
This step is important for pen tablets. If you don't do this there will be a distortion as you draw - in other words tracing out a perfect circle on the tablet will draw an oval on the screen.
Almost certainly you've used a mouse with a computer, and this this document will help you understand how using a drawing tablet with its pen differs from using a mouse.
With a drawing applications you'll notice that the strokes drawn with a mouse have a rougher stair-step effect and in general are not as smooth.
Position smoothing (aka "stabilization") is one of these techniques. However, Some apps may allow position smoothing with drawing tablets but not with mice.
Here's what Krita currently does:
Basic smoothing: applies ONLY to drawing tablets
Weighted smoothing: applies BOTH to drawing tablets and mice
Here's what Clip Studio Paint does:
Stabilization: applies ONLY to drawing tablets
With a mouse, you move the pointer and clicks only happen when you take a very conscious effort to click a mouse button.
A drawing tablet feels very different. To move the pointer and avoid clicking you hover the pen over the drawing tablet (up to about 10mm) and this will move the pointer without clicking. If you touch the pen to the tablet however, this will count as a click.
So with a drawing tablet you have to get used to hovering and only pressing down when you want to click.
With a mouse it's usually pretty easy to put the pointer on a single pixel and keep it there. You can just move the mouse and once the pointer is where you want it, it's easy to hold the mouse in that position. Or you can even let go of the mouse and the pointer will stay there.
Drawing tablets feel very different in this regard. First, you can't touch the tablet with the pen you have to hover the pen over that spot. While it is very easy to hover in a general location (a couple of pixels wide) its much harder to keep the pen over a specific pixel while hovering because you hand will move around a bit. Also most drawing tablet pens are sensitive to the tilt of the pen, and so if you tilt the pen it may cause some movement in the mouse pointer.
Mice are really good at this. Once the pointer is where you want it, you can click the buttons and this can be done without changing the pointer location.
This is much harder with a pen. First there is the general difficulty of keeping the pointer on a specific pixel. And then, if you press the buttons on the pen, this will almost always change the position of the pen and thus the pointer.
if you are drawing strokes or painting in an app like Clip Studio Paint or Krita, then a drawing tablet will feel MUCH more natural.
If you are layout out shapes and creating vector shapes in applications like Illustrator, a mouse might actually be better because they are easier to keep in a specific pixel location. For example, I normally just use a mouse when I use illustrator.
Using a mouse can place strain on your wrist. Drawing tablets are generally less stressful on your wrist. However, they also can place strain.
Mice get their power from either a cable or they use batteries.
Modern drawing tablets all support wired connection through USB. Some tablets also support wireless connection through bluetooth.
The pens for a modern drawing tablet neither use a cable nor do they have batteries. Instead they get power simply from being near the drawing tablet.
What it feels like to draw on a drawing tablet
The easiest way to understand what it feels like to draw on a drawing tablet is to compare it to drawing with pen and paper.
A pen display works just like pen and paper in the sense that you can exactly see what you're drawing. More specifically your eyes are looking at what you're drawing.
With a pen tablet things are very different - your hand is drawing in one place but you're looking somewhere else to see what's being drawn. So fundamentally using a pen tablet works differently than pen and paper.
Because it is more clear what the pen is doing with the pen display many people who use append display say that they “get the stroke right the first time”.
With a pen tablet people often feel like they have to make the stroke multiple times to get it right and have to press undo to erase Any errant strokes.
I would generally agree with this feeling. When I want to get a drawing done faster especially if I have a general sense of what it is I want to draw then I do work faster with the pen display and I find that I have to press undo far less often.
With a pen display, things are natural. You see the pen in the same place the stroke is being drawn - just like when you use pen and paper.
And just like pen-and-paper, your own hand and the pen will block your eyes from seeing the display. The easy solution to this is to reposition your eyes or take advantage of the canvas zoom and rotation features of your drawing app.
With a pen tablet, you are looking at a monitor but drawing somewhere else with your hand. Fundamentally this is no different than using a mouse. So this is kind of a convenience actually since you never have to worry about the positions of your hands. They can be anywhere and they will never block what you see.
Because a pen display works like pen and paper almost everyone can immediately start using a pen display. It's just kind of obvious how it works. And especially these days with so many people having used devices like iPads. They know how to deal with the screen that they can interact with.
For pen tablets things get a little more complicated. I would say that 80% of people can immediately or at least in a few minutes get comfortable using a pen tablet. Another 10% of people will take anywhere from a couple of days to maybe a couple of weeks to adjust to a pen tablet. And the remaining 10% of people will never be able to adjust to a pen tablet. For them it will never feel natural to use. And they are better off getting a pen display.
Unfortunately without trying a pen tablet it's really difficult to tell if you would fall into the 10% of people who just can't use pen tablets..
With a pen display, the active are and the screen have the same size. This means the pen will draw exactly where you see it draw.
There are three kinds of drawing tablets. This document is discussing how you might choose between a pen tablet and a pen display.
pen tablets - that don't have a screen
pen displays - that do have a screen
standalone tablets- that have a screen and you can use them without being connected to a computer
Choosing between a pen tablet and pen display is not easy. There is no single answer that applies to everyone.
This document will identify the different dimensions across which you can compare a pen tablet and a pen display. And it will identify those cases in which pen tablets have an advantage and those cases in which a pen display has an advantage.
And ultimately the goal is to provide you enough information so that you can make an informed decision.
REALITY: Neither is inherently better. Which one you should use depends on a lot of factors
Pen displays look really fancy and cost much more than a pen tablet. And it would be natural to think that this means that pen displays are in some way fundamentally better than a pen tablet. That is absolutely not true. Pen tablets have their own merits. So do not think about a pen tablet as simply a lower cost option that you have to “settle for.” For many people it is the right answer.
REALITY: Professional artists use both pen displays and pen tablets
Another common myth is that professionals only use pen displays. Again this is absolutely not true. There are many professional artists who use pen tablets out of preference and or doing high quality professional work with those pen tablets.
REALITY: Lots of people try pen displays, and go back to pen tablets
I see countless stories of people who love using their pen tablet but feel the need to get a pen display and then when they tried the pen display they realized that the pen tablet worked much better for them. And then they end up returning.
REALITY: Both pen displays and pen tablets can create equivalently good art
Some people worry that the quality of art they want to produce can only be produced by a pen display. You shouldn't let that worry you. People have been producing amazing art with pen tablets for decades. There are definitely some benefits to using a pen display, but the quality of art than can be made is not a factor.
If you are just getting started using a drawing tablet - for example maybe this is going to be the first tablet you own - my advice is to start with a pen tablet. And learn to use it and if you can't adjust to a pen tablet in a few weeks then return it and get a pen display.
WINNER: TIE
Both pen tablets and pen displays need a computer to work. They can't be used standalone like an Apple iPad.
WINNER: Pen tablets
WINNER: Pen tablets
Pen tablets cost much less than pen displays. Even the most expensive pen tablet cost less than the majority of pen displays.
Pen tablets cost between $50 to $250. The most expensive on the market is $500 and often discounted to $400.
Pen displays start at around $300 and can go up to about $1300. Wacom professional pen displays are in a special price category and can cost from $2500 to $3500.
WINNER: Pen tablets
Pen tablets are the clear winner for reliability. Pen tablets are very simple devices compared to pen displays. They have far fewer components. And so there's just less of a probability that something will go wrong with the hardware of a pen tablet. And the components they have are not as delicate.
WINNER: Pen tablets
WINNER: Pen tablets
All tablets have some amount of pointer lag. But in my observation pen tablets have less pointer lag than pen displays.
WINNER: Pen tablets
Many pen tablets support wireless connectivity. These days that is via Bluetooth.
However no pen displays support wireless connectivity. You will always have at least one wire connecting your end display to your computer. And if you have a larger pen display - anything at 16 inches and above - it's almost guaranteed you'll have at least two wires - one going to your computer and one for power.
WINNER: Pen displays
WINNER: Pen tablets
If you knock a pen tablet off your desktop and it hits the floor almost certainly nothing bad will happen. Pen tablets generally don't have any moving parts aside from maybe some buttons. But if you drop a pen display almost certainly that pen display will be severely damaged by the drop. This could shatter the glass of the pen display. Or it could do some severe internal damage to the display panel that's inside the tablet. And this damage to a pen display is not user repairable and it's often extremely expensive to have it repaired if it is even possible to repair.
Most of the time when I've seen someone have significant damage to their appendix display the cost to repair is as much as a new pen display.
WINNER: Pen tablets
WINNER: Pen tablets
In many ways a pen display mimics how it feels to draw with pen and paper. Usually this is an advantage. However it also has some of the same limitations of pen and paper. In particular with the pen display your hand and arm are between you and what you are drawing. So quite naturally you have to accommodate for this. You might have to draw from a different angle or rotate the canvas.
A pen tablet of course separates what you see from where you draw. And so your hand is never in the way of what you are drawing.
WINNER: Pen tablets
Pen tablets are considerably thinner and weigh less.
WINNER: Pen displays
Pen displays have a more natural feel because you looking at the same place your are drawing. With a pen tablet you are drawing in one place but looking somewhere else.
Most people feel like they have press UNDO much less frequently with a pen display because the stroke more often goes where they intended.
With a pen display you do have to ensure you configure the tablets active area to map to your display so that there is no distortion. With pen displays you don't have to do this.
WINNER: Pen tablets
Given their size and weight and need for a single cable (or even wireless capability) pen tablets have a lot of advantages for carrying around with you.
In my testing I have found no clear pattern that indicates that pen tablets or pen displays are prone to more or less diagonal wobble. Instead it seems to be linked to the specific tablet model involved.
The behavior of a tablet with regard to pressure (IAF, max pressure, etc.) depends on the pen that is used, not the tablet.
There are a few exceptions - there are 1 or 2 tablets that I think do a particularly bad job of pressure independent of the pen, but those are exceedingly rare.
We would all like to have completely brand new equipment. However used tablets maybe a way to save a little extra money.`
pen tablets - Pen tablets are generally very reliable devices and are fine to buy used I own many used pen tablets, some over 25+ years old that still work.
pen displays - I have purchased one used pen display.
There are some factors you MUST take into account when buying them used. I've summarized those issues in this video below. In the description of the video, please make sure to note the errata.
Even though this video is about used pen tablets, I think it may be useful even if you are looking to purchase a used pen display.
Likewise even though this video is about professional tablets, the topics raised also apply to consumer level tablets.
You can find many tablets on eBay and I've had a good experience with the 25+ tablets I've bought from there
All but 1 worked out-of-the-box
Reading the item description...
I made sure the surface didn't have any visible signs of wear
That the tablet came with a pen
That the tablet came with the cables it needed - this is very important if the tablet used proprietary cables
Some manufacturers directly sell new and used/refurbished tablets on eBay
A used tablet's surface might be almost pristine or it might be heavily used and exhibit a lot of surface wear.
Ideally you get one that is not heavily worn.
Small scratches or OK if they can not be felt through the pen.
More here:
Keep in mind you may get a nice price on a tablet, but it may not come with a pen. So verify whether a pen is included or not before you purchase.
If you need to buy a pen or you break your pen, keep in mind that
You have to make sure you find the exact model number of pen that is compatible with your tablet. A random pen from the same brand may not be compatible.
Replacement pens can be very expensive even if they are a decade old. For example, older Wacom Pro Pens can be very expensive (>=$100).
Replacement pens can be incredibly hard to find on the used market.
In the used market, sellers do not sell the pen by itself. So you may even have to purchase ANOTHER tablet with a pen. I've personally had to do this myself.
Often, depending on the tablet and how you draw, the pen nib wears down as you use a pen.
Verify whether your purchase includes spare nibs or not.
Compatible nibs may be difficult to find.
Compatible nibs may be difficult.
I want to help you make an informed choice when purchasing a drawing tablet. My goals are to (1) save you money, (2) ensure you aren't disappointed with your purchase, and (3) prevent you from damaging your tablet or pen.
If you prefer a watching a video ... I've got a playlist here:
The most fundamental choice to make is the kind of drawing tablet you want:
pen tablet - does NOT have a screen and requires a computer to use
pen display - has a screen and requires a computer to use
standalone tablet - has a screen and can be used my itself without being connected to a computer.
If you really need need one that is standalone get an iPad or a Samsung Galaxy Tab.
Initial Activation Force (IAF) is smallest pressure that activates the pen. In general you want a pen that has a low (<=3gf) IAF. Modern drawing tablet pens are around this value.
The maximum pressure is the most pressure the pen can detect. The pressure range is the difference between the maximum pressure and IAF. Higher maximum pressure means that the pressure range is wide and is better for drawing because it lets you have better control over how pressure affects your stroke.
The difference between the max pressure and IAF is the physical pressure range. A range of 300gf is GOOD. 400gf and above is very good. Not all brands publish this information for their pens but some do. If you can't find the information ask customer support or ask people in the community.
Pressure levels - the physical pressure range is divided into segments - each segment is a pressure level. They go from 0 to some number like 8192. Despite what marketing says, I believe you only need 2048 pressure levels. All modern tablets have at least 4096 level, and the vast majority have 8192, and a few have 16K. In other words, EVERY tablet has enough pressure levels. So don't worry about choosing a tablet based on pressure levels.
EMR resolution - This is how accurately the tablet can sense different positions of the pen. In other words, this is the tablet's ability to detect very tiny position changes. Most tablets have a reported LPI of 5080. 5080 lines per inch translates to 200 lines per mm. Without getting into details, Wacom tech is superior here, but if you are drawing you will not notice this. You don't need to worry about this spec. All modern tablets have enough resolution.
Pen tablets can all be connected with a single USB cable. Most pen tablets even support wireless connectivity - usually via Bluetooth. Be aware that many tablet models have wireless and non-wireless versions with slightly different names and model numbers. Be sure which one you are buying.
Pen displays ALWAYS require at least 1 cable. As the pen display size starts getting to 16" and above, they tend to require at least 2 cables due to the increased power required by the display. Pen displays have many more connection options. Its a common mistake to buy a pen display and then realize you have no way to connect it to your computer. So please invest time understanding connection options BEFORE you make a purchase. More here:
Drawing tablets well work with computers and laptops running popular operating systems. More here:
Macs
Drawing tablets work to some extent with other kinds of devices. More here:
Thickness - Pen tablets are very thin these days - about 8mm. Smaller pen displays can be around 10mm larger pen displays can be 35mm.
Legs - Many pen displays (not not all) have foldable legs on the back. This allows you to keep the pen display at a slight angle on your desk which makes it a bit easier to see and draw on. Pen tablets do not have legs. If you want to place them at an angle, you will need to find and purchase some other solution.
Drawing tablets have been released over many years. That means when you shop online you are going to be seeing many models both old and new and that can get very confusing.
Wacom - Wacom models from any year are good quality. However keep in mind over time their latest drivers will drop support for older models.
Huion & XP-Pen - Huion and XP-Pen have so many models and some that use older pen tech are released in the same year as tablets that use newer pen tech. The easiest way to know whether you are getting a truly more modern tablet is be looking at the pen it is compatible with.
XP-Pen: Look for tablets that have X3 in their name
These are the X3 Elite, X3 Roller, and X3 Pro
Huion: Look for tablets that use more recent Huion PenTech versions:
PenTech 3.0: PW517, PW515, PW110
PenTech 3.0+: PW500, PW500S - in my research these are clearly better pens than PenTech 3.0. In terms of pressure range as good as PenTech 4.0.
PenTech 4.0: PW600, PW600S. The PenTech 4.0 Pens are better than the PenTech 3.0 pens
Pen computers are standalone drawing tablets with screens that you can use without being attached to a computer. Essentially they are laptops that work with an EMR pen that are specifically designed for drawing and are made by drawing tablet brands such as Wacom.
Examples of pen computers are:
Wacom Mobile Studio Pro
Huion Kamvas Strudio
Even though some people love using pen computers, I do not in general recommend buying one.
Key characteristics of a pen computer:
Run a desktop OS - these are intended to be full-fledged personal computers. As of 2023, all pen computers run Windows.
Have a battery - because they must be run without being connected to a source of power
Pen tech - It varies. Some use EMR, some use MPP, some use AES.
Examples
Huion Kamvas Studio
Wacom Mobile Studio Pro
Instead of pen computers, I recommend looking at the other kinds of standalone devices: pen-enabled mobile devices or pen-enabled laptops.
pen-enabled mobile devices
Apple iPad Pro with the Apple Pencil
Samsung Galaxy Tab S series tablets that use the Samsung S pen
pen-enabled laptops
Microsoft Surface Pro
Samsung Galaxy Book 5 Pro
Another alternative is to use a normal drawing tablet that is connected to a small mini-pc or laptop. This will allow you to draw in different locations even though dealing with the additional cabling may be cumbersome.
Pen computers are incredibly expensive.
For example the Wacom Mobile Studio 16 (2019) cost $3500 at time of release.
I certainly do not recommend pen computers for people who are just getting started with drawing tablets. I will always recommend that you go with cheaper alternatives. And the reason for this is simple: You may find that the wrong experience doesn't live up to your expectations.
Pen computers typically have very limited upgradability compared to using a normal drawing tablet that requires a PC.
Typically once you buy pen computer you'll be stuck with those specifications in terms of memory processor speed and GPU for the entire lifetime of the device. If you are going to purchase a pen computer please verify how upgradable it is before you make the purchase.
if you use a non-standalone drawing tablet attached to a PC or laptop, you can either upgrade the PC or get a new laptop with significantly upgraded specs.
Companies like Apple, Microsoft, and Dell sell a lot of laptops and all-in-one systems. These companies have built world-class customer support organizations and support systems to ensure that their customers are getting the help they need when a customer has a question or something goes wrong with these complicated devices.
The truth is that drawing tablet manufacturers aren't as big as these companies. They handle a much smaller volume of products and users and you may find that their customer support may not be as helpful as these larger companies.
As with most laptops and all-in-one systems a pen display is typically not intended to be user-serviceable. If something goes wrong it's going to be difficult to fix by yourself. Not only are these computers often not designed to be opened. Even if you are successful in opening the case and fixing whatever problem there is it will most certainly void your warranty.
If you need to have the pen computer repaired by the manufacturer. You are going to find that both the process is difficult and the cost is extraordinarily high.
You cannot take these devices into a local retail store for the tablet manufacturer to take a look at. You'll have to send the pen computer back to the manufacturer and you will have to pay for the cost of shipping. And the repair cost can be as expensive as getting another laptop.
The user manual contains so much information that can help you understand if the tablet will work for you. It'll answer most of the questions you'll have about connecting the tablet and the basics of how it works. It will also give you a chance to familiarize yourself with potential problems you might encounter and how to handle them.
If you read the user manual before you make a purchase you'll save yourself a lot of time and frustration.
The key thing you want to understand from a user manual is:
How to install the driver
how the tablet will connect to your computer. This is especially important to understand if you are planning on purchasing a pen display.
Because it is so common that people struggle with the decision between getting a pen tablet and pen display. You should go into the purchase decision knowing that each kind of tablet has its advantages.
Many people think that pen displays are simply inherently better. This certainly is not true. I strongly suggest you carefully consider the strengths and weaknesses of both.
There are many tablet brands. I usually stick to talking about and recommending tablets from Wacom, Huion, XP-Pen, and Xencelabs. That's because I have owned many of those tablets and I believe there's a large enough community of users of those tablets that if you need help you're likely to find it from them.
Based on my experience with tech products when a user of a product has a question or needs help more than 50% of the time they get their answer or help not from customer support but rather from other users in the online community.
In other words the community around a drawing tablet brand has a great impact on your satisfaction with that tablet.
That's why I tend to recommend the brands that I do because they have so many users that I can see online.
Since Reddit is a popular online location for discussions around drawing tablets here are some numbers that help you see how big these communities are.
For pen tablets this is pretty easy. All pen tablets can connect with a USB C cable. And some pen tablets can also support wireless connectivity.
In the user manual you'll find diagrams like this for a pen tablet.
For a pen display wiring them up is much more complicated. There are more cables and ports involved. And more requirements on those cables and ports.
The user manual will show diagrams like these below indicating how pen displays may connect to a computer.
With pen displays you should also be very clear about which cables come in the box. Sometimes it user manual may show you how to wire up the connections. But sometimes some cables are not included. So it's best to understand that before you make a purchase.
In addition to just understanding how the cables are connected for pen display you also have to make sure your computer has all the ports that are needed and that they meet the requirements.
To help you understand this I recommend you watch this video on connecting a pen display.
Once you know how a once you know how the connection should work even before you order the tablet you should confirm if the ports on your computer will work as intended.
A pen tablet will lead you to a simple USB port. So you can verify it works by testing that port with a mouse or some other similar input device.
For a pen tablet you should verify any ports used to transmit a display signal work.
In particular because using a pen display essentially counts as adding another monitor to your computer. You should make sure that your computer can support as many simultaneous displays connected as are needed to account for both your monitor and the pen display.
So many tablets are on the market right now and many of them have confusingly similar names.
For example Wacom has one series of tablets called Wacom 1 and another series of tablets called one by Wacom. They have very different levels of quality, they are different types of tablets, and they have different ages. If you rely on name alone you're likely to buy the wrong tablet.
Another example are names like these from XP pen which are confusingly similar.
Ultimately the way you can avoid purchasing the wrong tablet is by making sure you know the model number.
These days it's very fashionable for drawing tablets to advertise that they have 8000 levels of pressure or 16,000 levels of pressure. In my analysis the vast majority of users only need about 2000 levels of pressure and could get by with far less. Almost every tablet on the market today has more than 8000 levels of pressure and only a handful have 4000. So any tablet you buy will have enough.
Ensure you know how to contact customer support.
Ensure you know the warranty and how (if needed) you can can return the tablet to the manufacturer or to the retailer (example: Amazon) you bought it from
Never purchase a tablet without looking at the reviews first.
Some reviewers to explore:
Tablet names are confusingly similar. So much so, that I've seen people order the wrong tablet just because the names were close.
NEVER order by using the name of the tablet alone.
ALWAYS verify you have ordered correct model number.
Ensure you have enough space on your desk for the tablet and where your keyboard will be placed
You need about 2000 levels of pressure could probably get by with a lot less.
These days it's very fashionable for drawing tablets to advertise that they have 8000 levels of pressure or 16,000 levels of pressure. In my analysis the vast majority of users only need about 2000 levels of pressure and could get by with far less.
The quick summary is that the number of pressure levels has to be quantized or reduced into certain visible aspects of your artwork.
So for example if your pen supports 8000 levels of pressure but your brush size is 100 pixels - then there are only 100 different possible Brush sizes. In other words many of those 8000 levels of pressure map to the same brush size. By extension the same logic applies to transparency. Most people are using 8 bit transparency which results in 256 possible transparency values. So many of those 8000 pressure levels mapped to the same exact transparency value.
There are some very specific conditions where someone might need more than 2000. But based on what I've observed those cases are incredibly rare and very specialized.
If you are interested in playing osu with a drawing tablet, then do not rely on recommendations from drawing tablet reviewers. They focus on the needs of the creative users. Don't rely on my recommendations for the same reason.
If you do want a quick answer now though, these two tablets are excellent for osu.
One by Wacom Small (CTL-472)
One by Wacom Medium (CTL-672)
You could also buy one of these tablets below, which are also great for osu, but they are very expensive and are not any better for osu than the ones listed above.
Wacom Intuos Pro Small (PTH-460)
Wacom Intuos Pro Medium (PTH-660)
Wacom Intuos Pro Large (PTH-860)
If you are new to drawing tablets, after reading this guide you'll understand how these devices work and be prepared to use one or to purchase one.
Position tracking
A drawing tablet lets you use a digital pen (also called a stylus) as an input device. As you move the pen on the tablet, your computer's "mouse pointer" mirrors the motion of the pen. This is first key feature of a drawing tablet - the accurate tracking of the pen's position.
If a drawing tablet does not have a screen, then the pointer will move on one of you monitors.
If a drawing tablet has a screen, then the pointer will move on the tablet's screen.
Clicking
Every time you touch the pen to the tablet, your computer will interpret the contact as pressing a mouse button. If you tap quickly, it is interpreted as a mouse click. If you press down and move the pen it is just like you are holding down a mouse button and moving the mouse.
Hover
The tablet tracks the pens position up to about 10mm from the surface of the tablet and will move the pointer even if the pen is not touching the tablet. This is called hover and is very important because it lets you reposition the pointer without drawing or clicking.
Pressure sensitivity
A drawing tablet knows how hard you are pressing down on with the tip of the pen. This is called pressure sensitivity. Pressure is very important for creative applications. For example, a painting application a can change the size of your brush strokes based on the pressure. So small amounts of pressure result in thin strokes and pressing down harder will make the strokes thicker.
Pen tilt
Most drawing tablets also detect how the pen is tilted relative to the surface of the tablet. This pen tilt detection is also useful for creative applications. For example, it can also be used to alter the size of stroke such that increased tilt results in an thicker stroke.
Pen tablets are the simplest and least expensive kind of drawing tablet. They are often called: "screenless tablets" or "non-screen tablets".
They DO NOT have an embedded display
They REQUIRE A COMPUTER to be used.
They REQUIRE A MONITOR attached the the computer or that the computer is a laptop.
The key skill required to use a pen tablet is that you must adjust to your hand drawing on one surface (the tablet) while you are looking at another surface (your monitor). Most people can adjust to this immediately or within a few days, but some people find this weird and for them one of the other device options may be a better choice.
Pen tablets cost between $50 to $500.
Pen displays are drawing tablets that have an embedded display panel. They are also called: "screen tablets", "display tablets".
Key attributes:
They DO have an embedded display
They REQUIRE A COMPUTER to be used.
A pen display may look like a laptop or an iPad which are standalone devices. However unlike those devices:
A pen display will always have to have at least one cord coming from it that is connected to a computer.
A pen display does not contain a battery. It must always get power through a cable attached to a power supply or from the computer directly.
Pen displays cost between $300 to $3500.
These are NOT drawing tablets, but because they are very very similar to pen computers in that they are standalone and you can use a pen to draw with them - we can talk about them as an viable alternative to a pen computer.
But the key difference is a pen computer is intended for drawing, whereas a mobile computer with pen support is meant for general purpose use, but also you can use a pen do draw.
Sometimes the drawing experience with a mobile computers can really rival that of a pen computer. Sometimes they even use the same pen technology. But other times, they use a different technology and the drawing experience is not as good or may be missing features. So you have to carefully choose which devices you pick here.
In this category I think the Apple iPad provides the most compelling experience, followed closely by a Samsung Galaxy Tab S9.
Pen computers cost between $1000 to $3500.
Drawing - Of course, many people use drawing tablets for drawing, sketching, painting, photo-editing etc. All the fundamental creative tasks.
Whiteboarding - especially with so many online meetings and remote learning. Many people use a drawing tablet with virtual whiteboard software.
Educational videos - They are popular for creating videos in the same style as "Khan Academy".
Document markup and review - They are useful for going through documents and annotating them with other notes and corrections.
Pen power - Drawing tablet pens get their power by being near the tablet itself. They don't even contain batteies. Usually the pen has to be withing abou 10mm for it to get power from the tablet.
All pen tablets can be connected with a single USB cable. Many pen tablets (but not all) can be connected wirelessly - for example via Bluetooth.
I love creative tech. I've been using drawing tablets for a long time and wanted share what I learn.
When I started my YouTube channel I had seven pens from my drawing tablets.
Now I have more than seven pens.
I don't have any relationship with tablet manufacturers such as Wacom, Huion, XP-Pen, etc. I'm just an enthusiast.
I do not receive tablets from manufacturers. Every tablet I have is a personal purchase.
I do attend public demo events either online or in person if I can.
It really depends on a lot of factors.
For pen tablets - I recommend a MEDIUM size (about 11")
For pen displays - I recommend a MEDIUM size (about 16") though many start off with a 13" and I personally prefer a 22"
The drivers that manufacturers release for their drawing tablets support Mouse Mode often only on their pen tablets but not on pen displays.
You just need to buy a pen of the SAME EXACT MODEL and it will work with your tablet. You don't even have to connect it - just bring it close to your tablet and it will work.
-
Wacom community forums:
To file a support ticket: You can file a support ticket with Wacom at this link:
-
Support page:
I suggest you first read
If you don't have a drawing tablet, then try this .
Make sure you know the model number of the tablet. This will help you in many ways later. More here: .
Make sure you know how to for your tablet manufacturer
First drawing tablets are generally only compatible with the pen they came with or a small number of pens. So note down the model number of the pen. You will need this to get a replacement. More here:
More here:
Pen display - There are several options. See
If you encounter a "NO SIGNAL" message, follow these troubleshooting steps:
Once the tablet driver is installed and the tablet is connected it will detect the pen. It will treat the pen just like a mouse. (except a mouse uses relative positioning and the pen uses absolute positioning. more here: )
More here:
Change the active area settings to use the same aspect ratio as the screen. Explanation and instruction here: .
Perform this configuration:
Krita - I highly recommend you Install . It is a FREE and good drawing app. Eve if you are not going to draw anything, it is useful for testing and troubleshooting.
Kleki - is a FREE web-based app that is very simple. It's ideal I think for something for kids to start with before they try something complicated like Krita.
Clip Studio Paint - I draw a lot of illustrations so I pay for a subscription to .
Photopea () is a web-based Photoshop-like app. It is very good and also has a free tier.
- this is THE drawing app to get if you are drawing on an iPad.
- this is the equivalent of Procreate, but for Android devices.
Other applications - Look here to find a large number of applications to explore:
Mice and drawing tablets have very different positioning strategies. Mice use relative positioning. Drawing tablets use absolute positioning. Learn more here: . Drawing tablets can simulate relative positioning if needed with . However, I don't recommend using mouse mode.
There are many techniques and features to help you draw smooth strokes. Some will work for both mouse and tablet, and some are specific to drawing tablets. More here: .
Make sure you match aspect ratios when you are using a pen tablet so that drawing feels natural and your strokes are not distorted. More here:
With a pen tablet, the active area where you raw is separate from the monitor where you see the your strokes. Unless specifically configured in the driver, this will cause your strokes to be distorted. For example if you draw a circle on the tablet it will show up as an oval on the screen. It is easy to fix this problem in the driver. More here: .
This document summarizes many very deep topics. If you want more information, consult the which covers all these topics in detail.
With a pen tablet you are drawing in generally a better posture. You will be sitting in a way such that your back is vertical and your head will be looking straight ahead at your monitor. With a pen display you will almost always have to lean over a little bit and look down at the tablet to draw. This can place strain on your lower back and on your neck. This is one of the most popular reasons why someone buys a pen display but then returns it. They just find using a pen display to be very hard on their bodies. More here:
Pen tablets work with a single USB cable (And some are wireless). Pen displays are more complex. Depending on your computer and which pen display there are multiple cabling options and sometimes they can be difficult to configure. More here:
And on top of it even if they have the same amount of lag you will notice it more with the pen display because you can see the tip of the pen and the pointer next to each other. And looking seeing them next to each other on the same screen highlights the pointer lag. More here:
In general I do not recommend taking notes with pen displays. I think that standalone tablets are much better for no taking. But compared to a pen tablet a pen display is certainly much better because you can see what you're doing with the pen and so it's just more intuitive and feels like you're working with pen and paper. More here: .
A pen tablet doesn't require much power. If connected to your laptop it won't drain the battery as much. A pen display requires much more power. If connected to your laptop, it will draw much more power and run your battery down faster. More here: .
More here:
Also with a pen display, you will need to protect it more because it is more sensitive to damage. See .
is a slight "wobbly" inaccuracy in tracking the pen position. It is present in ALL drawing tablets to various degrees.
You can see the different diagonal wobble samples I have collected here: .
And there is no rule that says you have to use only one kind of tablet. There are many people who have both a pen tablet and a pen display. And depending on what they're doing they will switch between using one or the other. See:
Jan 6, 2023
July 10, 2023
Mar 30, 2023
I have bought and worked with MANY used drawing tablets - 26 used tablets as of April 2024. You can see the list of all my tablets here:
pen computers - I have no experience with used pen computers. And in general I do not recommend pen computers. See:
Because the used tablets might be older models, you should prepare for issues that might arise due to their age. More here:
In particular you may need to use older drivers. This comes with its own set of complications. More here:
Wacom products have always been the most reliable and higher quality devices. So even going back years, their models work well. Because Wacom professional pen tablets are the very highest quality, those make great choices for buying used. More here:
As of Wacom Driver 6.4.0 released in October 2022, Wacom has dropped support for Intuos 5 tablets and older Intuos tablets - except for the Wacom Intuos 4 XL which is still supported. ()
If you have an older tablet and need a driver check out
For creative work in Windows see
If you have the opportunity to examine the tablet before you decide to buy, here are some things: .
Wacom:
Huion:
XP-Pen:
Larger scratches will interfere with your pen. You might be able mitigate that by using some surface protection. More here:
If you are new to drawing tablets, read this first: . This buying guide builds on the beginner's guide. If you also just want to quickly get to some beginner recommendations then go here: .
If you are ready to buy a tablet, go ahead to . Those recommendations should help you narrow your search. The recommendations cover pen tablets, pen displays, and pen computers across multiple price ranges.
Get a pen tablet (no screen) unless you are absolutely sure that you MUST have a pen display (has a screen). More here:
If you are a beginner I have simplified the options for you: .
If you want a safe choice, go with Wacom. They are also the most expensive. Competitors such as Huion, XP-Pen, and Xencelabs are closing the gap with Wacom. This will help understand how to compare the brands.
If you decide on Wacom and want a pen tablet, read this guide: . In the future, I'll add a doc covering Wacom pen displays.
I have links to information, reviews, and my notes on tablets in the section.
Size - Tablets come in a variety of sizes. The size has a BIG impact on the ergonomics of using the tablet. And different sizes serve different user needs. This guide on will help you find a size size that works for you.
Pressure - The pen can detect how much pressure you are putting on its tip. All drawing tablets sense pressure. More info: .
Tilt can be very useful for for certain kinds of artwork. If you are just taking notes it may not be useful at all. Almost all modern tablets support tilt, except for less than a handful of pen tablets. More here .
Diagonal wobble - All drawing tablets all have some wobble when moving the pen at an angle - it is strongest at 45 degrees. Some have a lot and some have very little or almost none. You may be very sensitive to the wobble. Be aware of this affect and make sure the tablet you buy doesn't have too much wobble. More here: .
ExpressKeys are additional inputs (buttons, dials, scroll wheels, etc.) on the tablet. Some tablets have them and some don't. They allow you to easily perform certain tasks without touching the keyboard. You should decide if they are important for you. Read more here:
Touch - A few drawing tablets support touch. Overall touch is not great. I do not recommend buying a drawing tablet if you expect the touch support to be on par with an iPad. You will be disappointed. More here:
Anti-glare sparkle - To prevent glare, pen displays have an anti-glare treatment applied to them. This will produce a kind sparkle effect. Some pen displays have a lot of it and some a little. Some people can tolerate it. Some people hate seeing it. More here: .
Display resolution - Choosing the .
Brightness - Pen displays are bright but not super bright like some other displays you might be familiar with. More here: .
Parallax - Parallax is the apparent disagreement between the location of the physical tip of the pen and the and where the computer thinks the tip of the pen is. This is another thing, some people are more sensitive to. Learn more here: .
Lamination - Lamination can decrease parallax. I highly recommend getting a pen display that has lamination. Learn more here:
NO SIGNAL - The most common problem with pen displays is something called NO SIGNAL. If you are interested in pen displays you should be prepared to deal with this topic. .
Even though a pen display is meant to draw on you can use it exactly like a normal monitor. Learn more here: .
Display Panel tech - Most pen displays use an IPS display panel. Though a handful use OLED. Currently I recommend sticking with IPS panels because we don't know how long OLED displays will last in the scenarios we use drawing tablets. More here: .
Surface texture - If you are drawing, you might have strong preferences of what the texture of your tablet feels like. All drawing tablets have some surface texture but there is quite a bit of variation. There are even ways to achieve the texture you want. For example, many people want their tablet to have a rougher texture like paper. Learn more here:
Body posture - With a pen tablet, your torso will naturally have a more vertical posture. This is because you will be looking at your monitor while you hand rests on the pen tablet which is on your desk. With a pen display, you will be leaning over a bit to draw since you must look at the pen tablet on you desk. You may experience lower back pain or strain on your neck from looking down. More here:
Arm mounting - Pen displays are essentially monitors, and many (but not all), pen displays have a VESA mount on the back that you can put the pen display on. This will allow you to use keep the pen display away and use it like a secondary display and then pull it close when you want to draw. Pen tablets do not have any kind of built in ability to be mounted like that. See:
Right-handed vs left-handed use - All drawing tablets work for people who are right-handed or left-handed. In some cases (usually due to the layout of the tablet buttons) you may need to configure the tablet to be used correctly in a left-handed way. See .
Noise - You may have strong preferences about noise. Generally drawing tablets are considered very quiet, and some are completely silent. More details here:
Heat - Drawing tablets are either room temperature or slightly warm depending on the kind of drawing tablet. More here:
Drawing - Drawing with a drawing tablet very similar to but different from drawing on paper. And there is a big difference between how it feels to draw with pen displays versus pen tablets. You must understand the differences to help you choose between a pen tablet or pen display. More here: and here
Taking notes - I don't typically recommend pen tablets or pen displays for note taking. But some people really do like doing this. Instead I suggest standalone devices like an iPad which I think work much better. More here:
Educational videos - You've probably seen those Khan academy videos. Those are done with a drawing tablet. More here: making educational videos. More here:
Gaming - some people actually play games with drawing tablets. More here:
Playing osu! - If you want to play osu!, there are very specific drawing tablets you should consider. More here:
Tablet names are confusing and often misleading. Make sure you make your decisions based on the model number. More here:
There are a lot of applications that work well with pen tablets depending on what you want to do. More here: . Here are the apps I specifically use:
If you buy a used tablet, you could save yourself some significant money but you should be prepared for the issues you might face buying a used tablet. More here:
Depending on the kind of tablet it will draw different amounts of power. Pen tablets requrie very little. Pen displays need much more. Some pen tablets even have batteries so that they can work wirelessly. More here:
More here:
Troubleshooting - At some point, something is going to go wrong. I highly suggest you familiarize yourself with the and be aware of these .
Accessories - There are some interesting accessories for a tablet. More here:
Purchasing - Before you actually purchase the tablet. Go through this .
Getting started - Once you get your tablet, here's a guide to setting it up for the first time:
Maintenance - Once you get your tablet, you'll need to take care of it and perform some simple maintenance. I've written a guide on this: .
Be prepared for the total cost of ownership. Just buying the tablet is one thing. But you will likely purchase other things. More here:
More here:
Here you can find the comparison between pen tablets and pen displays that should help you make your decision: .
You can read much more about these brands here: .
More here:
Here's a list of . Although for a majority of you everything `will "just work" some small number of you will start off with issues on day one.
I have a list of troubleshooting docs here:
The most complex problem for pen displays is usually the "NO SIGNAL" problem. If it happens, this guide will help:
Teoh on Tech () Teoh has the most in-depth reviews of tablets.
Create Now Sleep Later (
Brad Colbow (
Aaron Rutten (
Adam Duff (
See this page for all the reasons why you should not rely on the model name:
Check for potential sources of Electromagnetic Interference. More here:
Many people use drawing tablets to play osu. More here:
Instead, the definitive resource to consult is .
Wacom lists recommended tablets for osu here: . However, they list some tablets that are NOT recombed for osu. So, I recommend you disregard their list andpick from the models listed above or the one Kuuube recommends.
Buying a tablet? Read this beginner's guide first. Then look at the detailed . It has links to my . If are a beginner, and want to get a very quick recommendation, go here: .
More here:
Pen computers are essentially laptops with an embedded pen tablet. You don't need them to be connected up to a separate computer to work. Because pen computers have a CPU, they are running an operating system and all current pen computers use Microsoft Windows. Some people love using pen computers but . Instead, I recommend you choose a mobile computer with pen support.
Gaming - Drawing tablets are popular for some games. More here:
Mouse replacement - Using a drawing tablet as a simple mouse replacement. Some people find a pen more comfortable to hold than a mouse. More here:
Note taking - Especially with pen computers, students for example, take them to their classes and write down their notes digitally. More here:
Wacom is THE UNDISPUTED LEADER of drawing tablets and have been for 40 years. They are the best and also the most expensive. But there are many other brands out there. You should familiarize yourself with them before you buy a drawing tablet. Learn more here:
Tracking pen position - any modern drawing tablet does a good job with this. Learn more here:
Hover - Tablets detect the position of the pen even when the pen does not touch the surface of the tablet - usually up to a distance of 10 mm. All drawing tablets support hover. More here:
Pen pressure - The pen detects how hard you are pressing on its tip. All modern pens detect about 8192 levels of pressure. But even 2048 would be enough for any creative use. Learn more here: .
Pen tilt - Pen tilt is useful if you work with a creative application with brushes respond to tilt. Learn more here: .
Pen buttons - Pens usually feature two buttons. By default these buttons will act as a left mouse click and a right mouse click. You can configure the buttons to perform other actions. More here:
ExpressKeys - These are buttons or dials on the tablet. Not all tablets have them, but many do. You can configure express keys to perform actions like undo, change brush size, change zoom, etc. More here:
Touch - A small number of tablets support touch. How well touch works and which OS it works depends on a lot of factors. More here:
The active area is the region on the tablet that your draw on. More here: .
When we talk about the "size" of a drawing tablet - we are referring to the size of the active area. Different people have different needs for size. To learn how to find the right size, look here:
When you connect a tablet to your computer, the computer needs to know how to use that tablet with a special app called a "tablet driver". If you do not install the driver, then the tablet will not work correctly. Installing the tablet driver requires administrator permissions on your computer. More here: .
Pen displays do NOT have any wireless options. There is always at least one cable used with a pen display. Pen displays are more varied than pen tablets in how the cabling works. In truth, connecting a pen display can be very complicated. It's very important you understand how a pen display will connect to your computer before you purchase a pen display. More here:
Any application on your computer, will treat the pen just as if you have a mouse. So, broadly speaking, all applications are compatible with drawing tablet. If the tablet driver is installed, then Pen-aware applications take advantage of special features of the pen such as pressure, tilt, etc. Great examples of pen-aware applications are Krita and Clip Studio Paint, which are popular drawing applications. More here:
At the end of the pen that touches the tablet is a little replaceable nib. Mostly these nibs are plastic and sometimes felt. Nibs wear down over time. Fast fast it wears down depends on a lot of factors. If it wears down too much, it might scratch the tablets. So, before it wears down too much you should replace your nib with a fresh one. More here:
A drawing tablet uses absolute positioning and a mouse uses relative positioning. They behave very differently. More here: . Using the tablet driver, you can make the tablet and pen work more like a mouse by using .
My YouTube channel:
My notes on drawing tablets:
I tweet occasionally:
I moderate Reddit's and
I keep my code on GitHub:
You can see a complete list of .
I have multiple desks with a combination of PCs and laptops for trying out different tablets. More here:
My general take on
An overview of the brands and my take on some of them are here:
Read :
It is possible in some cases. More here:
YES, It is possible, but be prepared for potential limitations. Read more here:
More here:
Answer: Yes, but ONLY if the manufacturer recommends it. More here: .
There is no single right answer. Each has pros and cons. More here:
To avoid the light sources from interfering with using your drawing tablet, Manufacturers apply an anti-glare treatment to drawing tablets. This anti-glare treatment disperses like from the tablet in such a way that you see it as a colorful sparkle. Read more here: .
Answer: YES. But there are some things you should consider if you want to use it this way:
This is temporary phenomena called . This is not a permanent change and is not screen burn in ().
Answer: YES. More here:
See this:
It MAY be possible to fix. More here: .
Answer: YES. All drawing tablets experience some kind of lag. Pen tablets experience less lag than pen displays. However, extreme lag is not normal. You should be able to comfortably draw even if there is some lag. Read my notes on
Yes. More here:
There are quite a few. See this list: .
See:
See this guide:
Answer: I personally do not recommend this,. However. YES it is possible, but BE CAREFUL and DO YOUR RESEARCH. There are potential risks to your pen and tablet. More here:
More here:
See:
It depends. More here:
See:
I don't use these devices myself. Here are some popular ones.
Onyx Boox Note Air3
Remarkable 2
Amazon Kindle Scribe
If you already have a pen tablet (a screenless tablet) and are considering getting a pen display (a screen tablet). There are a few considerations you should take into account.
One thing that I often hear is that people find that it feels weird or strange to draw on a pen tablet like their hand isn't drawing what they expect it to draw.
So if your tablet is feeling weird, try matching the aspect ratios and give it a few more days. You might find that after this change you enjoy using your pen tablet much more.
I've given convenient labels ("small", "medium", "large") to drawing tablets. This will make it easier to talk about their sizes. These categories are based off the standard sizes that Wacom uses. The sizes here are approximate. For each category a typical value is provided, and also a range of values.
SMALL
Typical: 7" Range: 6" to 9"
Typical: 13" Range: 11" to 14"
MEDIUM
Typical: 11" Range: 10" to 13"
Typical: 16" Range: 15" to 19"
LARGE
Typical: 15" Range: 14" to 19"
Typical: 24" Range: 20" to 29"
EXTRA LARGE
Typical: 23" Range: 20" to29"
Typical: 32" Range: 30" to 33"
Manufactures also sometimes provide size categories in the names of their pen tablets. But don't trust the size categories - always calculate the actual diagonal distance when comparing sizes.
Here's are some great examples:
The XP-Deco L is much closer in size to a Wacom Intuos Pro Medium than the Intuos Pro Large.
Inspiroy 2L is sort of in-between a medium and large size.
Wacom Intuos Pro Medium (PTH-660)
MEDIUM
8.7"x5.8"
10.5"
XP-Pen Deco L
MEDIUM
10"x6"
11.5"
Inspiroy 2 L
MEDIUM (high end of medium)
10.5"x6.56"
12.38"
Wacom Intuos Pro Large
(PTH-860)
LARGE
12.1"x8.4"
14.7"
Here's what you should consider in your choice
What is your natural drawing style? some people draw a lot from the wrist and others use much larger motions driven from their elbows and shoulders
Do you have enough space on your desk?
Do you intend to be mobile and use the tablet in different locations?
Starter tablet
MEDIUM (11")
SMALL (7") if budget is a constraint
MEDIUM (16")
SMALL (13") if budget is a constraint
Drawing, Sketching, Painting
MEDIUM (11")
LARGE (15") if you know you need it
MEDIUM (16")
LARGE (24") if you know you need it
Photo Editing
SMALL (7") is enough
SMALL (13") or MEDIUM
MEDIUM (11") (I don't recommend pen tablets for note taking)
SMALL (13") (I don't recommend pen displays for note taking)
SMALL (7")
N/A
For children
SMALL (7")
SMALL (13")
What I prefer and use
LARGE (15")
22" - on the low end of LARGE
Small (7") pen tablets are good for scenarios where the focus is less on creating strokes. For example, if you need to simply use a tablet as a replacement for a mouse, then a small tablet will work fine. One creative task that works great with small tablets in photo editing - since it doesn't typically require "drawing". Most people who are drawing would find using a small tablet, to feel very "cramped".
Medium (11") pen tablets are the best combination of size, cost, and ergonomics for most people interested in drawing tablets and is my standard recommendation. Medium tablets are the minimum size I would recommend for anyone who is interested in drawing, sketching, painting, or any creative task that requires drawing with strokes.
SMALL (13") pen displays may be good choices for children.
If you are drawing the minimum size I would recommend is MEDIUM (16"), though many people work very effectively with SMALL pen displays.
LARGE (24") are great but they do occupy a lot of space so ensure you have a desk that is big enough.
I think the best balance is around 20" to 22" - these provide enough space to draw on without being to cumbersome, occupying too much space on a desk, or being difficult to move.
Anti-glare sparkle - For a given anti-glare treatment, the higher the pixels-per-inch of the display, the more anti-glare sparkle you will notice. For example using the same anti-glare treatment a 4K 24" display will show less AG sparkle, than a 4K 16" display.
Some of you like to think of a tablet size relative standard papers sizes. The tablet below shows the paper sizes with their diagonal size and you can see how specific paper size matches my standard tablet sizes
Pen Tablet Small (7")
ISO A6 (7.1")
n/a
Pen Tablet Medium (11")
ISO A5 (10.1")
US Letter (13.9")
Pen Tablet Large (16")
ISO A4 (14.3")
US Legal (16.4")
Pen Display Small (13")
ISO A4 (14.3")
US Letter (13.9")
Pen Display Medium (16")
ISO A4 (14.3")
US Legal (16.4")
Pen Display Large (24")
ISO A3 (20.2")
n/a
These are highly-curated recommendations for people who are just beginning to get into drawing tablets.
All these tablets deliver the basic experiences and a reasonable price
Some of these tablets are missing so-called "pro" features.
Below you'll find my beginner-friendly recommendations for:
pen tablets (no screen)
pen displays (have a screen)
and standalone tablets.
My recommendation for beginners is to start with a pen tablet (medium size) and get used to that first. Pen displays have pros and cons - don't assume they are better.
These are tablets WITHOUT a screen that need to be connected to a computer (some support wireless) to work.
If I had to pick one item on this list, I would recommend the One by Wacom CTL-672 for true. It's reliable and has a good drawing experience. The Huion Frego is a new tablet (released in 2024) that is also a terrific beginner choice.
Wacom Intuos series
XP-Pen Deco series
These are tablets WITH A SCREEN that need to be connected to a computer. No pen displays are wireless. 13" is a good way to get introduced to pen displays. Though I do think ultimately 16" is a better size longer term.
SMALL 13"
MEDIUM 16"
These are tablets that don't need to be connect to a computer.
NOTE: You will have the buy the Apple Pencil 2 separately. It does NOT come with the iPad.
NOTE: The Samsung S Pen COMES WITH the tablet.
This is a list of some things you should check when you (a) first set up your drawing tablet or (b) have an opportunity to inspect the drawing tablet before you purchase it.
This will save you a lot of headaches and disappointment later on.
Tablets usually have a list of things they come with. This list will include things like cables cleaning cloths, pen nibs , etc. The list might be printed on the box, or it might be on a piece of paper inside the box, or it might be a list on the website of the tablet brand.
Verify that you have all the things you're supposed to have.
Examine the screen carefully with your eyes. You're looking for scratches or areas where the surface is worn out. If it's a new tablet you shouldn't see anything like that.
Sometimes it might be difficult to see scratches so you might want to shine a bright light across the surface at an angle to identify any scratches.
Then install any applications you need. I strongly suggest you install Krita from Krita.org. It's free and its behavior is consistent so it makes it an ideal application to test the functionality of a drawing tablet. So even if you don't plan on using Krita it's a very useful tool for troubleshooting.
Mobile phones can interfere with the operation of a tablet. Keep them away.
Ensure there isn't anything magnetic underneath the tablet. Some stands use magnets. Don't place the tablet on top of an electronic device like a laptop.
Conduct the tests with a wired connection.
Any then verify they work with wireless connection
Check if the pen can draw in all locations on the active area
Just draw a lot of lines alll over the screen. You want to ensure that there aren't any gaps were you can't draw and that the position of the pen is accurately tracked.
Check if the pressure going from 0% to 100%
First do this in the driver. They usually have some regio where you can test the pressure.
Then do this in an application. I suggest using Krita.
You want to ensure that:
The pen isn't "stuck" at 0% pressure or 100% pressure
You may notice that the pressure is "jumpy" any low pressure this is normal for EMR pens. You can use pressure curves to control this.
Check tilt works in all directions
draw some strokes and tilt the pen in different directions.
do this in multiple locations across the active area
With the pen held vertically and not moving, check that the pointer is close to the tip of the pen.
With the pen held at a 45 degree angle and not moving, check that tilt compensation is working. As you tilt the pen check to make sure the pointer doesn't deviate too far from the tip of the pen. A little bit of drift is normal. Keeping the pen at 45 degrees, rotate the pen in a full circle.
Check that location of pen is tracked accurately in over the entire surface of the tablet
Check if all the buttons, dials, work. A quick way to test this is to map the buttons to keypresses. Then you can open a notepad app and press the express keys and see it typing things
Check for stuck or dead pixels
Check for basic color and brightness
All tablets have some pointer lag. Usually it is very obvious in pen displays. Verify if you are OK with the amount it has.
All pen displays have some minor edge and corner inaccuracy in tracking the pen location. Check this to see how much there is and if you are OK with this.
Verify you are OK with the anti-glare sparkle on the screen. Some people are very sensitive to this.
Take your pen and move it around the surface.
There should be no rough patches. There should be no cuts or scratches deep enough that you can feel them through the pen. More here:
If you're primarily interested in drawing or notetaking I think pen-enabled mobile computers are your best options.
The two real options in this space are:
Apple iPads + the Apple Pencil
Samsung Galaxy Tab S devices
Formally, these are not drawing tablets, but they can work just like one. And often I think they are your best choice for a standalone tablet. These include products such as Apple iPad Pros and Samsung Galaxy S series tablets.
Operating system: a mobile OS (iOS, ChromeOS)
Scenario: General purpose
Pen tech: varies. Apple Pencil, AES, EMR
Apple iPads can play the role of a drawing tablet very well. Do keep in mind, the Apple Pencil does not come with an iPad so you will have to purchase the pencil separately
The vary quite a bit in price, below are three models I personally own. You will find many others that work also.
Apple iPad Air (4th gen and later) ($600)
Apple iPad Pro 11 inch (4th gen and later) ($800+)
Apple iPad pro 12.9 inch 6th gen ($1100+)
As an alternative to the Apple ecosystem, the Samsung Galaxy Tab S series of tablets is compelling. One great advantage of the Galaxy Tab S series is that they come with the Samsung S pen. So that keeps the cost down.
There are many models available over the years, so it is likely you can find something that works for your budget. Below are three that I have personal experience with. But many others might suit your needs.
There are two versions:
6GB RAM + 126GB storage ($450)
8GB RAM with 256GB of storage ($520)
Both will work, but I always recommend getting more RAM for drawing apps.
There is a 2020 version. Avoid it.
Huion and XP-pen have also released android tablets in this category.
Resources
The are true drawing tablets in that they are the most popular digital pen technologuy (EMR) and are intended to provide the classic drawing tablet experience in a standalone form factor.
Operating system: currently all run Windows
Scenario: Intended for artists
Pen tech: EMR
I recognize that some people LOVE the experience of using a pen computer. But cannot in good conscience recommend them.
Huion Kamvas Studio 16 ($1700)
Huion Kamvas Studio 24 ($2400)
Wacom MobileStudio Pro 13 ($2500)
Wacom MobileStudio Pro 16 ($3500)
These aren't really drawing tablets. They're laptops that you can use for drawing also. The drawing experience with these devices is not as good as a dedicated drawing tablet but they may be enough for what you need.
Operating system: currently all run Windows
Scenario: General purpose
Pen tech: varies. MPP, EMR
These kinds of devices are really for general purpose use. So if what you want is a full operating system where you can use things like Microsoft Office, or the full version of Photoshop, etcetera. Then these suitable choices for a standalone tablet.
This is a 2-in-1 laptop that folds over. The drawing experience is good - not super great but good.
Pen information:
Tech: Wacom EMR
Pen compatibility: These devices also works with the the Wacom CP-913 pen. And many people choose to use the Wacom CP-913 instead of the S Pen.
Recent models:
Samsung Galaxy Book5 360
Samsung Galaxy Book5 Pro 360
This is a slate-type laptop. This drawing experience is OK. It's better suited in my opinion for notetaking or whiteboarding rather than drawing.
Pen information
Tech: MPP (similar to AES)
Comes with pen: NO. You have to buy The Surface Slim Pen 2 separately.
These are recommendations for standalone tablets: tablets that have have screens and can be used without a computer. A standalone drawing tablet is ideal if you need to draw away from home or away from your desk.
I recommend this type if mobility is your highest priority and you don't need to use a desktop OS and desktop apps.
I recommend this type if you need the full power of a desktop OS and desktop versions of applications.
I do not recommend this type. Too expensive to buy. Too expensive to repair. Limited or no upgradeability.
Large pen tablets have an active area diagonal size of about 15".
Using a large tablet is very different from using a medium size tablet. There are many things you have to adjust to. More here: Using large pen tablets
In terms of drawing performance the best of the three is the Intuos Pro Large (PTH-860).
Second is the XP-Pen Deco Pro XLW GEN2 (MT1592B). The things to note about this tablet is the excellent design and vastly improved pressure handling coming from its X3 Pro pen.
Third, the Huion Giano overall is very good. It's a very close third to the XP Pen Deco Pro XLW GEN2 because the PW517 pen does not handle pressure (smaller pressure range for example) as well as the X3 Pro pen.
None of these tablets have an exact 16:9 (1.78) aspect ratio.
The Wacom Pro Pen 2 is the clear winner, but the XP-Pen X3 Pro is good. The Huion PW517 is just OK.
In my experience I see that the PW517 units vary quite a bit in their maximum pressure. The average of my tests is about 200gf.
Tablet age - don't let the fact that the Intuos Pro Large was released in 2017 dissuade you. It's still better than the most recent tablets put out by the competition
Pen replacement cost - Keep in mind the Pro Pen 2 is very expensive ay $80. It's a significant cost if you need to replace it. The PW517 is $50 and the X3 Pro is $40.
Nib wear - the Intuos Pro comes with a surface that (at least initially) has a lot of texture and can wear down nibs fast.
Wireless - All three support Bluetooth wireless connectivity
Touch - only the Intuos Pro supports touch.
Auxiliary inputs
Intuos Pro Large - 8 total buttons
Deco Pro XLW GEN2 - no buttons
Giano G930L - 6 buttons
Remotes
Intuos Pro Large - no remote
Deco Pro XLW GEN2 - comes with remote
Giano G930L - no remote
Intuos Pro Large - Low (good)
Deco Pro XLW GEN2 - some wobble at slow speeds OK
Giano G930L - Low (good)
There are many tablet brands. And picking the brand of the tablet is one of the most important decisions you will need to make.
After Wacom, Huion, XP-Pen, there are many other brands that focus on budget or consumer tablets. All these brands the same technology as the Tier 2 brands. In fact they are even owned by the same companies. But have smaller portfolios, less responsive customer support, and smaller communities.
Avoid
No brand's products are consistently perfect.
All brands will eventually ship a product that has defective units or that will have sporadic problems with their drivers, etc. So, at some point you will need help.
This is why you MUST choose a brand that:
Supports its customers well
Has enough other people using their tablets, so that you can get help from the community.
13" pen displays very popular, often representing great choices for beginners. In this document I compare some popular options in the market in 2023.
Wacom One 2019 GEN1 (DTC-133)
These are very, very similar tablets. There is NO CLEAR winner - each has positives and negatives.
Huion Kamvas 13
slightly less pointer lag (GOOD)
slightly more more anti-glare sparkle
XP-Pen Artist 13 GEN2
a tiny bit more pointer lag
less anti-glare sparkle
Driver versions used
Huion: 15.6.2.80
XP-Pen: 3.4.0
Operating system of test machine
Huion: Windows 11
XP-Pen: Windows 10
Specs
The tables of specs come from the Huion and XP-Pen websites. For some specs, I did some testing to come up with the numbers.
Variances
Please remember that how tablets work can vary even with tablets that have the same model number. I cannot guarantee everyone will experience what I encountered.
Pen labeling
I used gaffer tape to identify the pens. Green = XP-PEN, Red=Huion.
X-Pen Artist 13 GEN2 - X3 ELITE
Huion Kamvas 13 - PW517
Wacom One 2019 GEN1 - CP-913
Accuracy in both tablets is very good for a pen display
In my testing
Both have similar center accuracy. I agree with their listed specs of ±0.5mm
Both have similar corner accuracy. I measured at ± 2mm
Both tablets have excellent diagonal wobble (i.e. very low amounts of diagonal wobble) with both slow and fast strokes.
XP-Pen Artist 13 GEN2 (CD130FH) wobble
Huion Kamvas 13 (GS1331) wobble:
Compare it to the most expensive pen tablet wacom makes the Wacom Intuos Pro Large (PTH-860):
Both the Huion and XP pen are on par with
Both tablets exhibit some anti-glare sparkle. Ideally tablets should exhibit no sparkle.
iPad -> no observable sparkle
Wacom Cintiq Pro -> very low sparkle
Wacom One -> low sparkle
XP-Pen Artist 13 (2nd gen) -> On the low end of moderate sparkle
Huion Kamvas 13 -> moderate sparkle
For both tablets you'll notice the sparkle if your eyes are close, at a normal drawing distance I don't notice it.
The XP-Pen tablet is clearly the winner over the Huion tablet for AG sparkle.
Both tablets handle these cases well
drawing lots of dots
drawing many small quick tiny low pressure lines - hatching
keeping pressure constant
moving between high and low pressure smoothly
Tapering - typical for every pen display I've seen.
Overall drawing experience is very good for both tablets.
Remember: Pressure is detected by the pen, not the tablet.
The lower bound on the pressure range is called the Initial Activation Force.
To test this I hung each pen from a string and dragged the tip of the pen across the surface. The goal is that the minimal weight for the pen will draw a continuous line. Here's how they ranked:
XP-Pen Artist 13 2nd Gen -> made no marks whatsoever
Huion Kamvas 13 -> half the time made a mark. if pen moves slowly mark is captured usually but if there the pen is moving a little faster the mark is not registered.
Wacom One -> about same as the Huion Kamvas 13
Wacom Intuos Pro Large (PTH-860) -> draws a continuous line
Huion Giano (G930L) -> draws a continuous line
Between the two, Huion is the clear winner with its lower IAF.
Both Huion and XP-pen models tested exhibit the typical pointer lag present with all pen displays. The lag is comparable to the Wacom One pen display (DTC-133).
Manufacturers don't publish lag numbers. So, this is subjective:
The Huion has about the same amount of lag as the Wacom One
The XP-Pen model has a bit more more lag than the Huion model
Both tables can be successfully used for creative applications. But Huion is the winner here over the XP-Pen model.
Thanks to their laminated displays both have very good parallax. They match that of Wacom One.
Below is a parallax photo for several pen tablet models. The XP-Pen parallax similar to the picture of the Wacom One and Huion model in the photo.
Both tablets come with a 3-in-1 cable.
The end that goes into the tablet is USB-C.
The other 3 ends are:
HDMI - connect to computer
USB-A for data - connect to computer
USB-A for power - this cable is colored red.
if your computer can provide enough power you can plug the cable into the computer
Or you can connect to a USB power adapter. Neither tablet comes with a USB power adapter.
The updated tier has a couple of changes I implemented after talking to some tablet enthusiasts:
Added Huion Kamvas 16 GEN3 to A tier
XP-Pen Deco Pro GEN2 moved from S tier to A tier
Wacom One M and Wacom One S moved to new F tier
Some cards in the same tier merged for a brand
BE AWARE: Fan noise
If cost is no limitation this is a great choice
TERRIFIC value at 22" for a VERY reasonable cost
BE AWARE: Fan noise
BE AWARE: Antiglare sparkle
Consider getting the PW550 pen for this tablet.
Consider getting the PW550 pen for this tablet.
If you are new to drawing tablets, I suggest you read the .
(No screen + require a computer)
(Have a screen + require a computer)
(Have a screen + do not require a computer)
If you are beginner, then consider these specific models which are great introduction to drawing tablets. .
2022/06/20
2022/10/01
2023/05/08
2023/08/07
You should carefully evaluate what these advantages are before you switch. More here: .
Many times what I found is that people have not configured their pen tablet correctly for their monitor's aspect ratio. More here: .
Size = Active Area Size. The way we measure a tablets size is NOT the physical size of the device. Instead we measure the diagonal of the ACTIVE AREA of the tablet. The ACTIVE AREA is the region on the surface of the tablet that is responsive to the tablet's EMR pen. Learn more: &
Note taking (more here:)
Mouse replacement (More here: )
Large (15") pen tablets are these days the largest size available. They are popular for some artists. They are large enough though that you will have to adapt to using them. More here: .
Extra large (23") pen tablets are no longer produced but for some users they are ideal but require quite a bit of adjustment to use. More here: .
If you have a pen tablet (which does not have a screen), then you use it with a monitor. You should consider the relationship between these two sizes. I find that that relationship influences how it feels to draw on the pen tablet. A much more detailed explanation is here: .
Nov 28, 2022
Mar 18, 2022
Mar 8, 2022
Jun 27, 2022
Jul 25, 2022
Read
Review these
If you want to see the full set recommendations go here:
Much more here:
One by Wacom Medium (CTL-672) [no tilt, no wireless] [$60, , ] ★★★
Huion Inspiroy Frego M (L610) [$90, , ] ★★★
Wacom Intuos Medium (CTL-6100) [no tilt, no wireless] [$200, ]
Wacom Intuos Medium Bluetooth (CTL-6100WL) [no tilt] [$200, ]
XP-Pen Deco M (IT850) [no wireless] [$50, ]
XP-Pen Deco MW (IT850B) [$70, ]
XP-Pen Deco L (IT1060) [no wireless] [$70, ]
XP-Pen Deco LW (IT1060B) [$90, , ]
Huion Kamvas 13 GEN3 (GS1333) [$260, , ] ★★★
XP-Pen Artist 13 GEN2 (CD130FH) [$300, , ]
Huion Kamvas 16 GEN3 (GS1563) ★★★ [$500, , ]
More info:
Apple iPad - Any Apple iPad that works with the Apple Pencil 2 ()
Samsung Galaxy Tab S9 FE ( )
If you are one a smaller budget, Samsung Galaxy Tab S6 lite (2022 or 2024 edition) () - a little bit sluggish but the price is great. The Samsun S pen also comes with this tablet.
For a pen display (tablet with a screen), go here: . For a standalone tablet, go here: .
I suggest that you also consult
Pen displays are NOT inherently better than pen tablets. More here:
For beginners:
About Wacom pen tablets - Many Wacom tablets are in this list. To better understand the difference in Wacom pen tablets see:
Size considerations - For the vast majority of people I recommend MEDIUM sized pen tablets. More here:
In order to perform test the tablet actually works you'll need to set it up. Follow this guide: .
Verify that the display does not have a color tint on the edges. More here: .
Wacom Intuos Pro Small (PTH-460) [$200, , ]
One by Wacom Small (CTL-472) [$40, , ]
Wacom Intuos Small (CTL-4100) [$75, ]
Wacom One S 2023 GEN2 (CTC-4110WL) [$100, ]
(12" to 14")
(16" to 19")
(22" to 27"
For a pen tablet (screenless tablet), go here: . For a standalone tablet, go here: .
I suggest that you also consult .
Make sure you know about before you buy a pen display.
Pen displays are NOT inherently better than pen tablets. More here:
For beginners:
Wacom Intuos Pro Medium (PTH-660) [$300, , ]
One by Wacom Medium (CTL-672) [no tilt, no wireless] [ $60, , ]
XP-Pen Deco M (IT850) [no wireless] [$50, ]
XP-Pen Deco MW (IT850B) [$70, ]
XP-Pen Deco L (IT1060) [no wireless] [$70, ]
XP-Pen Deco LW (IT1060B) [$90, , ]
XP-Pen Deco Pro MW GEN2 (MT0962B) [$140, ]
XP-Pen Deco Pro LW GEN2 (MT1172B) [$170, ]
Huion Inspiroy Frego M (L610) [$90, , ]
Wacom Intuos Medium (CTL-6100) [no tilt, no wireless] [$200, ]
Huion Inspiroy HS611 [$80, ]
Huion Inspiroy RTP-700 [$93, , ]
Huion Inspiroy 2 M (H951P) [$70, ]
Huion Inspiroy 2 L (H1061P) [$90, , ]
Wacom One M (CTC-6110WL) [$150, , ]
Huion Kamvas 16 GEN3 (GS1563) ★★★ [$500, , ]
XP-Pen Artist Pro 16 GEN2 (MD160QH) ★★★ [$600, , ]
Wacom Cintiq Pro 17 (DTH-172) [$2500, ]
Wacom Cintiq Pro 16 (DTH-167) [$1500, , ]
XP-Pen Artist Pro 19 GEN2 (MD180UH) [$900, ]
Huion Kamvas Pro 19 (GT1902) ★★★ [$1100, , ]
Huion Kamvas 16 (2021) (GS1562) [$400, ]
Wacom Cintiq 16 (DTK-1660) [$650, ]
Huion Kamvas Pro 16 Plus 4K (GT1562) [$900, , ]
XP-Pen Artist 16 GEN2 (CD160FH) [$400, , ]
There have been many models of the iPad released over the years. And many models of the . What I recommend is getting any iPad that is compatible with the Apple Pencil 2nd generation or the Apple Pencil Pro.
For a list of applications for iPads:
For applications that run on Android see this list:
($800 to $1200) higher performance options
($350 to $520) excellent mid-budget option
($240) is a good a low-cost option for beginners.
I do not recommend this series of tablets. More here:
NOT RECOMMENDED
- I don't have any experience with it.
2025/03/12
As a policy, I do NOT recommend pen computers. The reasons are many and documented here: .
Comes with this pen: ()
(starting at $900)
(starting at $900)
★★★
For a pen tablet (screenless tablet), go here: .
For a pen display (tablet with a screen), go here: .
For more details suggest that you also consult .
For beginners:
2024/01/05
Wacom Intuos Pro Large (PTH-860) [$500, , ]
XP-Pen Deco Pro XLW GEN2 (MT1592B) [$200, , ]
Huion Inspiroy Giano (G930L) [$200, , ]
This tablet comes with the Huion PW517 pen. For an improved drawing experience, consider buying the PW550 pen which is compatible with it. The PW550 should give it better pressure handling - which would then put it in my "top picks" category. More here explaining why it is better than the PW517:
Huion Kamvas 13 GEN3 (GS1333) ★★★ [$260, , ]
XP-Pen Artist Pro 14 GEN2 (MD140FH) [$420, ]
XP-Pen Artist 12 GEN2 (CD120FH) [$220, ]
XP-Pen Artist 13 GEN2 (CD130FH) [$300, ]
Wacom Movink 13 (DTH-135) [$750, , ]
Huion Kamvas 13 (GS1331) [$240, , ]
Wacom One 2019 GEN1 (DTC-133) [$400, , ]
Wacom One 12 GEN2 (DTC-121) [$400, ]
Wacom One 13 touch GEN2 (DTH-134) [$600, ]
Intuos Pro Large (PTH-860) -
XP-Pen Deco Pro XLW (MT1592B) -
Huion Giano (G930L) -
Intuos Pro Large -
Deco Pro XLW GEN2 -
Huion G930L -
So, you should ensure you with your monitor before you start drawing.
This content has been replaced by:
I covered brands extensively in this video:
If you are not familiar with drawing tablets, please read the
Wacom continues to make the highest quality and most reliable tablets. In general, Wacom has tghe best drawing experience. Their products are the most expensive. I consider Wacom to be the "safe choice". More here:
Huion and XP-pen since about 2021 have been releasing decent devices and size 2023/2024 a couple very good ones that compete strongly with Wacom. In many ways they deliver 90% of what a typical person needs for about half the cost. They do trail Wacom in reliability and in customer support however. If you carefully research a tablet from these brands, you can find one that works for you. More here:
Xencelabs (founded 2019) is a new brand focused only on professional tablets and have a very strong focus on customer support. more here:
Artisul -
Gaomon -
Ugee -
Veikk -
Parblo -
Communities are where a people can learn and get help with drawing tablets. Depending on the brand there are different options. More here:
- brands compared
Huion Kamvas 13 (GS1331) - ( | | model year 2020)
XP-Pen Artist 13 GEN2 (CD130FH) - ( | | model year 2022)
For both tablets, I was able to use a single USB-C cable to connect them to the computer. More here:
This is an updated tier list from the original livestream:
Wacom Cintiq Pro 22 [$3000, , ]
Wacom Cintiq Pro 22 (DTH-227)
XP-Pen Artist Pro 22 GEN2 (MD220QH)
XP-Pen Artist 22 Plus (MD220FH) ★★★★ [$470, , ]
Huion Kamvas Pro 27 (GT2701) ★★★★ [$2000, ]
Wacom Cintiq Pro 27 [$3500, , ]
XP-Pen Artist 22 Plus (MD220FH)
(GT2401) [$1300, ]
[$900, ]
Wacom Cintiq 22 (DTK-2260).
Huion Kamvas 22 Plus (GS2202) - .
Huion Kamvas 22 (GS2201) [$450, ]
LARGE (LPH2412U-A) [$1800, , ]
Model number
PTH-860
MT1592B
GT930L
Release year
2017
2023
2022
Pen
Pro Pen 2
(KP-504E)
X3 Pro
PW517
Retail Price
$500
$200
$200
Common On-Sale Price
$400
$170
$170
Used on eBay
$150 to $250
Intuos Pro Large
12.1" x 8.4" 311mm x 216mm
14.7"
1.44
Deco Pro XLW GEN2
15" x 9" 381mm x 228.6mm
17.6"
5:3 (1.67)
Giano G930L
13.6 x 8.5 345.4mm x 215.9mm
16"
16:10 (1.60)
Wacom Pro Pen 2
<1gf
~800gf
Huion PW517
3gf
~200gf
X3 Pro
2gf
~400gf
What we find is that the physical tilt angle effects how pressure behaves. When holding the pen perfectly vertical the the pen is most sensitive to low pressure. And the more you tilt the pen the less sensitive it is to low pressure.
This is an expected behavior of EMR pens. Because the more the pen is tilted the more force is not directed through the pen to the pressure sensor but to the sides pen instead.
Translating the position of the pen on the EMR sensor (AKA “the digitizer”) to a position on display is called mapping.
The tablet firmware reports the position of the pen on the EMR sensor using coordinates that are relative to the EMR sensor.
The tablet driver takes coordinates from the tablet and then maps them coordinate on the display.
The simplest case to consider is a pen display. In this scenario the EMR sensor is directly underneath the display and both are inside the plastic shell of the tablet
In this case the active areas physical size and aspect ratio matches that of the display perfectly.
and in this case the transformation is very simple because the EMR sensor and the display have the same aspect ratio.
this is a somewhat more challenging case.
Because the EMR sensor and the display in the monitor need not be the same size and need not have the same aspect ratio.
But still it is possible to transform the coordinates from the tablet to a coordinate on that display.
This is a little bit of a weird case. But we have to account for it because so many people have multiple monitors with their computers.
Tablet drivers allow users to handle the situation in multiple ways.
The tablet driver can map the EMR census coordinates to a single display.
Another option is that the tablet driver can map the sensor coordinates to a virtual coordinate system that includes multiple displays.
All drawing tablets have multiple components, but the primary component is the EMR sensor - which also called the digitizer.
And despite all the many brands of drawing tablets you see, there are only a couple of manufacturers of digitizers. These are: Wacom, Hanvon Ugee, Huion.
Wacom digitizers are used in their own products.
Hanvon Ugee supplies digitizers to Xencelabs and XP-pen tablets
Huion supplies supplies digitizers for: Gaomon, Huion, Veikk tablets. And Huion supplies digitizers for Artisul tablets through their acquisition of UCLogic.
In 2023 and 2024 Huion and XP have released models with upgraded tech that are challenging Wacom's professional line.
Huion Kamvas Pro 19
Huion Kamvas Pro 27
XP-Pen Deco Pro GEN2
XP-Pen Artist Pro GEN2
A lot of their improvements with these tablets are due to their pens handling pressure better: lower IAF and much wider pressure ranges than before.
Good price vs cost
Their latest offerings since 2021 are very usable for creative tasks.
They introduce new models frequently - much more often than Wacom.
Their consumer level tablets tend to have more features than Wacom's consumer models (tilt & tablet buttons, dials, knobs)
Pointer lag:
XP-Pen and Huion's pen tablets seem to have the same level of pointer lag.
Improve their Core EMR tech and specs - while on paper equivalent to Wacom are still trailing. For many artists they may not notice this, but tablet enthusiasts do certainly notice it. (Will be a topic for a future video)
Improve customer support. Both Huion and XP-Pen struggle with customer support. They tend to take more time to respond.
Reliability - Huion and XP-pen a little lag behind Wacom.
Huion and XP-Pen offer too many products - with new models (with newer tech) and older models (with older tech) sitting alongside them. This makes it confusing to buyers.
Long-term reliability unknown compared to Wacom. This can't be helped, they have only been around since 2011 (Huion) and 2005 (XP-Pen). And their passive EMR tablets (the ones where the pens do not have a battery) have only been around since the late 2010s.
If you are an existing Wacom user yuou should keep in mind there are somethings that Wacom does where Huion and XP-Pen are still catching up on. In particular some of Wacom's pens (especially the Pro models) have an extremely low IAF (<1gf) . Huion latest pro pens can get to 2gf (per Huion's statements) and 3gf (per XP-Pen's statements). If you are used to a Wacom pen making marks at very tiny pressure you may find these higher IAF values hard to deal with.
As a rectangular region, we can discuss the size of the active area in different ways
Width & Height
Diagonal length
Area
But most often we will talk about active area sizes using the diagonal length.
You can often see the diagonal length in the names of pen displays. For example:
Wacom Cintiq Pro 27
Huion Kamvas Pro 16 Plus 4K
For pen tablets, manufacturers often use descriptive names such as "small", "large" instead of numbers.
Wacom Intuos Pro Medium
Wacom Intuos Pro Large
By looking at the Wacom's product line and naming, we can establish a decent framework understanding how descriptive words like "small" and "large" map to numbers. Note that the size names are different for pen displays and pen tablets.
If we look at how drawing tablet models are distributed along this scale we'll see that there is a lot of variation.
Is it reasonable to use the active area's Diagonal length vs the Active area's area measurement.
I think it is, because the diagonal is reasonably well correlated with area for drawing tablets.
Let's see how diagonal and compare buy plotting the values for 180 different tablets.
For pen tablets:
And for pen displays:
Overall, I think using the diagonal is reasonable.
They are a very new brand and have a small product line as of Jan 2024:
Xencelabs Pen Tablet Small
They are very thoughtful about the design of their products. You can see small touches that make a difference. For example:
Their pen tablets are exactly 16x9 aspect ratio
The front edge of their pen tablets are slightly slopped so there's less of a hard edge hitting your wrist
The "feel" and quality of materials is excellent - Wacom tier.
Their driver experience is easily the most well thought-out, user-friendly and attractive of any tablet brand.
Their tablets come with 2 pens. This is great because if you are having difficulties you se if switching pens helps.
I don't have any direct experience with their support. I haven't needed to contact them for any issue. But from what I have seen Xencelabs support is extremely good.
Their EMR tech is the same place as XP-Pen. If they are going to challenge Wacom at the same price point this should improve.
There aren't that many Xencelabs users out there - so if you need community help there are very few people in the community who can help and you'll need to rely Xencelab's customer support.
As of July 2024 they have a wider product portfolio . The only gap i see is that they don't have a LARGE pen tablet model - something comparable to the Wacom Intuos Pro Large.
The active area of a drawing tablet is the rectangle region of the tablet's surface that detects the EMR pen. Some drawing tablet manufacturers (Wacom & XP-pen) use the term active area while others (Huion) use the term working area.
When we talk about the "size" of the drawing tablet, we are referring to the active area.
The active area is usually marked in some way on the surface. Sometimes it is marked at its four corners. Some tablets show a grid of of dots.
The active area of a pen display is very easy to detect because it is the exact the same area of the display panel.
My experience: I currently own 39 Wacom tablets (6 pen displays and 33 pen tablets). I have extensively used every tablet in their professional series.
Some basic summaries of their leading series of tablets
Intuos Pro - professional pen tablets. continue to be the best pen tablets ever made
Cintiq Pro - professional pen displays - continue to be the best pen displays ever made
One by Wacom - consumer pen tablets - are terrific beginner tablets
Wacom One - consumer pen tablets and pen displays - mixed bag of results here.
Best EMR tech. This may not be obvious just by comparing specs, but their EMR tablet technology is ahead.
Long-term reliability. Their older tablets (20+ years old) still work today if you use the appropriate driver.
They have products for beginners, intermediate users, and professionals - but even their beginner products are very high quality.
They have good support.
One thing you'll notice about Wacom is that they tend to keep certain features in their professional line of products. In fact over time they have tended to remove features from their consumer tablets and move them only to the pro line. Other manufacturers tend to have those features consumer and professional lines.
Besides drawing, pens have varying support for specifically erasing things. Typically this is done either with an eraser on the pen or using the pen buttons to perform the erasing.
Below you can see the nib and the eraser for the Wacom Pro Pen 2 (KP-504E). As you can see the nib is quite a bit larger than the nib.
The eraser is also pressure sensitive and retracts into the pen. The eraser has a much bigger retraction distance than the nib.
Erasers are relatively uncommon for EMR pens.
Wacom
This is a partial list of Wacom's more recent pens.
Wacom Pro Pen 2 (KP-504E)
Wacom Pro Pen Slim (KP-301E)
Wacom Pro Pen (KP-503E)
Wacom Grip Pen (KP-501E)
Wacom Art Pen (KP-701E)
NOTE: Wacom's most recent professional pen, Wacom Pro Pen 3, no longer features an eraser.
Huion
Huion PW600
Huion PW600S
XP-Pen
XP-Pen P06
XP-Pen X3 Pro
Drawing apps have to add deliberate support for erasers. Some do have support. Some do not.
Lots of people do use the eraser and find it critical, but then lots of people never use the eraser. I'm one of the "never use" category.
For me flipping the pen around to use the eraser feels like it disrupts my flow and sometimes I simply am too clumsy and I have dropped the pen while I was rotating it. Also I just think it is faster to use a keyboard shortcut or to use my tourbox device.
Another option is to map the side buttons to switch to the eraser tool in the app you are using. You can do this in the tablet driver app.
Any rectangular area has an aspect ratio. Which is the relationship between the width and height. Usually we will express the AR as a ratio like 16:9 or 16x9.
Displays (monitors) tend to have aspect ratios like 16x9 and 16x10. 16x9 is the most common aspect ratio.
If you are using a pen tablet, it mostly likely does not match the aspect ratio of your monitor and you will see some distortion when you draw.
The active area of a pen display and their display panel inside the pen display are equivalent. So they always match.
As of 2023, NONE of Wacom's pen tablets have an exact 16:9 aspect ratio.
Pressure is the physical force being exerted on its tip. Remember that it is the pen that measure the pressure, not the tablet surface.
The Initial Activation Force (IAF) is the smallest amount of pressure that an EMR pen will detect and report. The maximum pressure the maximum amount of pressure that an EMR pen can detect and report. The pressure range is the range of physical force the pen is capable of sensing and outputting as pressure. In other words its lower bound is the IAF and its upper bound is the maximum pressure.
A wide pressure range is very desirable. It contributes a lot to a good pressure experience. A wider pressure range is even more important than the number of pressure levels.
A lower IAF is good because it allows you to draw finer details better.
Some people REALLY need that EXCELLENT IAF of <1gf.
Others like (myself included) work fine with a 3gf IAF. I definitely notice the difference but it doesn't effect me with the kind of art I create.
These days tablet brands say that they can handle 8K (8192) levels of pressure. Some tablets even claim to support 16K pressure levels.
Don't get caught up in hype about pressure levels.
Pens - even if they are of the same model - differ a little in their pressure sensitivity
Pressure sensors are subject to wear. Over time, you may find that a pen is less sensitive to pressure than it used to be. Though in practice, I have never experienced this in any noticable way myself.
There are two techniques. The techniques have two things in common:
The pressure is measured by the pen.
Then transmitted to the tablet.
The modern technique: the nib contacts a pressure sensor inside the pen. The nib goes through the hollow ferrite rod and then the nib touches the pressure sensor deeper in the pen. The ferrite rod does NOT move. The pen digitally encodes pressure data into the electromagnetic signal generated by the inductor coil. The tablet then decodes the digital pressure information from the signal.
The very old technique: Nib goes into the hollow ferrite rod but does not come out the other side. The nib is shaped in such a way that it is firmly embedded in ferrite rod. Ads the nib moves, so to does the ferrite rod. The movement of the ferrite rod changes the resonant frequency of the inductor coil. That change in frequency is then sensed by the tablet and translated to pressure.
Huion acquired UCLogic in 2019 ()
HUION () and XP-PEN () are the next big tablet brands. Their recent (2021 and later) models have been pretty good - but still trail Wacom a bit in quality and reliability. In general I think they offer 90% of what you get with a WACOM but at a substantial price reduction.
Huion pen displays - especially the high PPI ones tend to show more AG sparkle. more here: .
XP-pen pen displays tend to exhibit slightly more pointer lag than Wacom or Huion. More here: .
They should monitor and answer questions on and
If you need help picking the right size for your tablet, consult .
Xencelabs () is trying to position itself as a direct competitor to Wacom - as you can see from the pricing of their products.
Xencelabs Pen Display 24:
Xencelabs Pen Display 16:
Xencelabs Pen Tablet Medium: (very minimal notes)
Usually when we discuss the size of an active area, we talk about its diagonal length. Drawing tablets vary quite a bit in their active area size. More here: .
The relationship between the width and height of the active area is its aspect ratio. More here: .
The undisputed leading brand is Wacom (). They have a variety of products and different price points that should fit everyone's needs. If you don't want to weigh the pros and cons of different brands and want an easy answer then choose Wacom.
They monitor and respond to questions on
The aspect ratio of your drawing tablet's , can have a big impact on how good it feels to draw on them.
This will make give you a weird and unpleasant feeling while drawing. You can fix this by forcing the aspect ratios to match. More here: .
To get a broad view into how different pens handle IAF and max pressure, consult this document:
I claim you only need 2048 levels of pressure (and probably even less than that). As a quick example watch this 35 second video:
Sometimes it is useful to disable pen pressure. For options on how to do so go here: .
Almost all drawing tablets can detect the tilt of the pen. The support tilt for drawing tablets usually ranges from 0 degrees to 60 degrees.
Think about how you use a pencil - when you want a fine line you keep the pencil more perpendicular. However, when you want a wider line - maybe you are shading in an area - you tilt the pencil.
Many drawing applications have digital brushes that mimic that same behavior.
For example, here is a stroke I drew with Krita. I configured the brush to ignore pressure entirely, but to let the amount of tilt control the width of the brush.
As draw left to right I started with the pen very perpendicular and gradually started tilting the pen.
Mapping tilt to brush width is just the most common way of using tilt. However, depending on the application you could have tilt control other attributes of the stroke.
For many years now tilt has been a common feature on drawing tablets. And today the vast majority of tablets support tilt.
However, Wacom seems has traditionally included tilt only on its professional models. In particular tilt is NOT supported in these entry-level Wacom tablets:
One by Wacom Small (CTL-472)
One by Wacom Medium (CTL-672)
Wacom Intuos Medium (CTL-6100 & CTL-6100WL)
Wacom Intuos Small (CTL-4100 & CTL-6100WL)
The vast majority of drawing tablets have tilt support, but a few entry-level Wacom ones do not.
For some people tilt is critical and for others, it is not useful at all. It strongly depends on what they are doing.
whiteboarding -> tilt not useful
taking notes -> tilt not useful
educational videos -> tilt not useful
digital painting with natural media brushes -> can be very useful if you would like your brushes to respond to it.
line art -> can be useful but many people do line art without using any tilt features
The standard range is +/- 60 degrees for both X and Y directions
I don't know of any tablets that support a wider range
Even if your tablet is sending tilt data to your computer, your application may or may not be using the data.
Some applications don't use the tilt data at all. An example would be most note taking applications like OneNote. They tend to recognize pressure but not tilt.
Other applications do recognize tilt but the use of the tilt data is only for specific brushes. So for example, typically a "pencil" brush would support tilt. But other kinds of brushes may not. Even then, these brushes has settings that let you customize whether and how tilt is used for the brush.
Here's a good example for a brush in Krita. You can seee that the Rotation of the brush is set to the Drawing Angle, but that it could also be set to the tilt.
To calculate the location of the pen, the tablet must take into account how much the pen is tilted. This process is called tilt compensation. Remember: no tablet has perfect tilt compensation and at extreme title angles you might see some deviation - This is normal.
Pen tilt information is always sent from the tablet to the tablet driver and from there to the operating system and then to pen-aware applications.
Sometimes when drawing it can be useful to turn off tilt. There are options
Drawing apps that use brushes may let you control how tilt affects the brush. So, you can configure specific brushes to ignore tilt. Examples of applications that support this are Clip Studio Paint and Krita.
Turn off tilt in the driver - SOME tablet drivers let you simply turn off tilt so that it isn't reported to your operating system or applications.
XP-Pen drivers have this feature.
For many devices such a phones and TVs, people make a big deal about having the smallest bezels possible. For drawing tablets, it is good to have a wide bezel.
Avoids your pen uncomfortably "dropping off" if you are making strokes near the edge of the active area
Provides a place for you rest your wrist or forearm so that the edge of the tablet is not digging into them.
The EMR sensor (digitizer) needs to be a bit wider than the active area so that it is still accurate at the edges. A wider bezel provides that extra space for the digitizer.
Based on my analysis of pen pressure ranges, I have developed this simple rating scale for IAF and max pressure. This represents my initial thinking and I expect to revise this in the future based on feedback.
Consider this diagram to be a DRAFT. it will evolve as I learn more.
I think the pressure categories here (EXCELLENT, VERY GOOD, etc) are reasonable.
But be aware, that for a specific pen there can be significant differences for IAF and max pressure for individual units.
Manufacturers
From tablet experts such as Kuuube
Pens, even of the same model, vary in how their pressure handling
Drivers can potentially affect IAF.
Ideally when you're drawing with an EMR pen, smooth changes to physical pressure are translated to smooth changes in the pressure data the computer is getting from the tablet.
In reality at low pressure near the IAF, you can experience some instability where pressure readings might do certain strange things. And this will produce odd artifacts in your strokes.
Often this instability is present in your strokes but may not be noticeable at all especially if your brush size is small (for example 10px). But if you are using very large brush sizes like 100 pixels or 500 pixels that it may be much more obvious.
All drawing tablet pens have some pressure instability near their initial activation force. The amount of this instability and the way it manifests itself does vary a bit between different pen models. However even the best drawing tablet pen on the market (Wacom Pro Pen 2) can be made to exhibit these issues.
All of the example below were created with the Wacom Intuos Pro 2017 M (PTH-660) with the Wacom Pro Pen 2 (KP-504E).
Application: Krita
Brush: Ink3 Gpen, null pressure curve, 500px brush
The pressure detection mechanism in an EMR pen is almost always hypersensitive as pressure gets close to the IAF.
The texture of the tablet surface as the pen is traveling over it can get picked up by the pressure sensor.
The movement of your wrist or elbow on the tablet or the desk as your hand moves or rotates can get picked up by the pressure sensor.
It's very hard for a human to hold a consistent physical pressure.
Pens are more sensitive to pressure as they come closer to a vertical position.
Depending on the direction of pen travel the direction of the physical tilt of the pen can create odd interactions between the nib of the pen and the surface of the pen tablet.
he pressure response of a pen describes the behavior of a pen with regard to pressure.
The pen measures of physical force at its tip. Information about the physical force is sent to the tablet and then translated into a logical pressure value. The pressure response is the relationship between that physical pressure and the logical press.
In numerical terms it can be expressed as a simple set of data points. And if we graph those data points with the physical pressure on the X axis and the logical pressure on the Y axis - then we get a chart that visualizes the pressure response.
All pens come out-of-the-box with a specific pressure response. And keep in mind the response is unique to each pen. The response even for pens of the same model will differ a little bit at the very least.
One thing that is generally found among EMR - is that the shape of the pressure response is bowed up quite a bit.
If we need to change the pressure response of a pen. We have to apply a pressure curve.
A pressure curve modifies a pressure response. You could think of it as creating a new pressure response. In the example above the pressure curve that we apply to the original pressure response has created a new pressure response which is much more linear.
I like to think pressure responses and pressure curves as a game of resource allocation - where we are trying to the physical pressure range in useful ways across the logical pressure range.
The reasons we want to think about this allocation intentionally is because it can give us three potential things:
a better drawing experience
we might be able to solve problems while we're drawing or even address or mitigate some hardware problems
and also it's a way of getting some creative effects four our brush strokes
This pressure response is similar to that of a Wacom pro pen 2 (KP-504E). It has that typical bowed up shape. The one thing that separates it from many other pens pressure responses it goes extremely far on the X axis because it has an extremely wide pressure range.
There are two interesting things about how physical pressure is allocated in this specific pressure response.
For the purposes of this discussion I'm going to only talk about how pressure affects the width of a stroke. Simply because it's easiest for me to visualize that in this document. But for everything I'm saying it equally applies when for example pressure is mapped to opacity or even to color.
The first is the shape of the response indicates an under allocation at lower physical pressure. About only 10% of the physical pressure range is allocated to about 50% of the logical pressure range.
This means that small changes in physical pressure result in big changes in logical pressure. In turn this means that there are big changes in the width of a stroke.
This can make it feel like it's hard to control the width of your stroke when you're drawing very lightly.
At the higher end of this pressure response we encounter an over allocation of physical pressure to logical pressure. About 50% of the physical pressure range is allocated to only about 10% of the logical pressure range.
This means that big changes in physical pressure produce small changes in lot pressure which produce small changes in the width of a stroke.
This can make it seem like you're pressing very hard but you aren't seeing your stroke size increase or decrease by much.
In general I think we would want a more even allocation of physical pressure range into the logical pressure range. The visualization of such a more evenly allocated pressure response is one that is much more linear.
To be clear I am not saying that linear is the best shape for a pressure response. I'm just saying it's a good starting point. Ultimately you'll have to use pressure curves to change your pressure response into something that works for you.
Here you can see how a specific pressure curve takes the original pressure response and shifts it to a more linear shape. I'll show you this example just to help illustrate how much you might have to bend the pressure curve to get a linear response.
And keep in mind again that the pressure response shown is for specific pen. This pressure curve may not have the same effect on different pens.
The pressure dead zone is an area of a pressure curve that is deliberately designed to ignore a bit of the lower end of the pressure range. The pressure dead zone effectively increases the IAF of the pen.
Visually the pressure dead zone can be seen whenever the lower left corner of the pressure curve is displaced to the right
We often prize having extremely low initial activation force with our EMR pens because it makes them more sensitive to lighter strokes.
But that sensitivity comes at a cost. It can introduce several kinds of problems. And a pressure dead zone can address these problems
examples of problems that pressure dead zone could be applied to:
drawing while hovering
strokes having tails
When you look at the default pressure curve and a tablet driver for most of the EMR pens you will encounter, you will notice that they almost always do not have a dead zone predefined.
There are a couple of notable exceptions (as of 2025/03/18).
The default pressure curve for the Wacom pro pen 2 (KP-504E) has a pressure dead zone
The default pressure curve for the Huion PW600 pens also has a small pressure dead zone.
I've tested 4 Wacom pro pen 2 units by using them without the default pressure dead zone. Of the four two did not have any drawing while hover problems. The other two did in fact draw while hovering. It appears that the Wacom pro pen 2 is a bit oversensitive and some units by default do draw on hover. So this explains why Wacom defaults to a small pressure dead zone for these pens. Note that the Wacom pro pen 3 does not have a default pressure dead zone.
For the Huion PW600 series of pens, without the pressure dead zone I did not encounter any drawing while hovering problems.
the pressure dead zone is intended to solve a problem. But not all pens have that problem. I would suggest that when you get a new tablet or a new pen you take a look at the tablet driver and verify whether a pressure dead zone is set by default.
If it is try using the pen without the pressure dead zone. And if you don't notice any problems then leave it that way. Because that will give you a more sensitive pen with a lower initial activation force.
Some of Wacom's Pro Pens are so sensitive, Wacom by default configures pen pressure curve in the driver to have a small "deadzone" at the lowe end of pressure. This means the very lowest pressure readings are ignored.
Here is a screenshot showing that pressure deadzone in the default pressure curve the Wacom driver uses for the Wacom Pro Pen 2 (KP-504E)
Resources
Before you read this section it would be good for you to read: pen pressure response. This document won't make a lot of sense without you understanding clearly what a pen pressure response is.
A pressure curve is essentially a little bit of math that transforms a pressure response to another pressure response. In more everyday terms a pressure curve creates a new pressure behavior for the pen.
Most often, we see the results of this transformation shown to us visually in driver or application UI.
For example in the Wacom Tablet Properties app it looks like this:
The X axis labelled as "Pen pressure" is the logical input pressure
The Y axis lavelled as "Output" is hte output logical pressure
This particular curve bends down a little. But many other shapes are possible. Each shape has their uses.
It is important to distinguish the pressure curve from the pressure response because they describe different things completely.
A pressure response describes the pressure behavior of a pen - and this is a description of physically happens in the world. It relates physical pen pressure to logical pen pressure.
A pressure curve is an abstract mathematical entity that transforms logical pressure values. A pressure curve is completely arbitrary and does not describe a relationship in the physical world. It is a purely logical construct.
So often in documents and YouTube videos you might encounter people describe the pressure curve as the pressure behavior of the pen. This is completely inaccurate. The pressure curve describes how the pressure behavior (the pressure response) is being modified. You cannot look at a pressure curve and understand the pressure behavior of your pen. The only way for you to understand the pressure behavior of pen is to physically measure it with the scale and start mapping physical pressure values to logical pressure values.
There are a variety of pressure curve shapes - each of which can solve some problem or achieve some visual effect.
Details on specific shapes
You don't need to know these details, but if you are curious how an EMR tablet actually detects the tilt of the pen go here: .
You may not always want to have tilt affect your drawing. It is possible in some cases to disable it. More here:
The bezel of a drawing tablet is essentially all the area on the surface of the drawing tablet that is not the .
For more general information about pen pressure go here:
And my own measurements:
Comments on pen pressure levels and ranges for Wacom products:
Comparison of minimal gram-force ("initial activation force"/"initial activation pressure") recognized by various digital pens and digitizers ( )
Initial Activation Force / Initial Activation Pressure Cintiq Pro 16 2021? ()
See:
2025/03/18
To see which drivers and apps support witch shapes see this:
Ultimately a pressure curve is a mathematical function that takes input logical pressure (p) and returns an output logical pressure (p’)
that is it maps logical pressure to logical pressure. The logical pressure comes in as a value between zero and one, and the output is a logical pressure between zero and one. The specifics of the mapping of the input to the output are completely arbitrary and we can make pressure curves do whatever we want.
In reality we wouldn't just have one pressure curve function with a single input logical pressure parameter like that. More typically we'd have a pressure curve function that accepts multiple parameters. By tweaking these additional parameters we can control what the pressure curve is actually doing in a dynamic way.
Not all pressure curve shapes can are possible in all cases.
Drivers usually offer only simple pressure curves
Applications are generall very flexible
The null pressure curve is the most important pressure curve - exactly because it does nothing. We can apply the null pressure curve to any pressure profile and it will not shift the profile in any direction.
The definition of a null profile is a pressure curve function that takes the input logical pressure and returns that very same value as the output logical pressure. In order words f(p) = p.
If you take the range of input logical pressures which range from zero to one and plot them on the X axis of a chart. And then you apply the null pressure curve to those values and plot the result of the function on the Y axis - then you get a straight line at 45° that goes from the lower left corner to the upper right corner of the chart.
Anytime you see a chart like this it clearly identifies that null pressure curve. And you can be sure that it does not do anything to a pressure response.
And the chart above you can see there's been no change because the orange line which represents the pressure response after applying the curve has exactly the same shape as the original pressure response.
We encounter pressure curves in tablet drivers and in creative applications. These kinds of applications often use the null pressure curve as the default value for any pressure curves they have. This isn't always true but it is a very common thing to see.
If you're ever trying to solve some problem with the pressure of your pen the knowing about the null pressure curve is useful. Because it might be that somehow your pressure curve was modified and is affecting your pen. So a very common troubleshooting tip is to make sure that your pressure curve has been reset back to the null pressure curve. This way you can be sure it is not affecting what is going on
All drawing tablets detect the position of the pen - even if the pen is not touching the tablet.
If you think about it, this is how the tablet MUST work, because the EMR sensor (aka the digitizer) is below the surface (plastic or glass) that the pen touches. So, obviously the pen is always detected at a distance.
This explains why we are able to place a sheet of paper or a plastic cover over the tablet, and the pen will still be detected correctly.
You can reposition the pointer without drawing or clicking.
You can see where your drawing stroke is going to be before you start the stroke
This is rare, but a small number people don't like seeing the pointer move as they move the pen over the surface of the tablet.
The maximum distance the tablet can detect the pen is about 10mm for a modern EMR tablet.
Even though the typical hover height is 10mm, The EMR sensor itself can detect the pen at a much greater distance. For example, even around 20mm. But the greater the distance, the less accurate the the pen can determine the position of the pen. So for this reason tablet drivers enforce a lower max hover height.
With a drawing tablet Hover is an intrinsic part of how the tablet works. There is no way to disable hover. Though in some apps it might be possible for you to hide the pointer when you use the pen which might achieve a similar effect.
Overview
Typically, a pressure curve function takes input logical pressure values in the range of [0,1] and maps it to values in an output range of [0,1]. This means that the full output range is used.
Some curves can limit their output range to achieve better control over brush strokes.
The easy way to tell that a pressure cuve constrains the output range is to notice that the curve shape does not reach to the bottom or to the top of the pressure curve graph. Two examples are below.
Even though the shapes look a little diffrent, they both effectively take the input logical pressure values between [0,1] and map that to an output region close to [0.3, 0.6]
Imagine the user's brush setting is 100px and the brush is set to change its size in response to pressure. Then suppose the user draws a stroke that goes from the IAF value to the MAX physical pressure.
The stroke size is computer like this:
With a null pressure curve - The stroke width will go from a size of 1px to 100px.
With a the curves shown above - the stroke width will go from 30px to 60 pz. So the widht of the stroke does not vary as much.
Helps give you more consistent brush strokes while still allowing some variability
By avoiding the lower end of output logical prerssure, you can have your strokes start off a little thicker than normal. (Though there are other ways some apps have of accomplishing this goal.)
For some art styles it is very important:
Drivers from tablet manufacturers offer no user control over the maximum hover height. The height locked into the code of the driver. However, does have plugins that let you control the hover height.
In order to correctly represent the position of the pen. The tablet has to perform something called tilt compensation. This means adjusting the pointer position, depending on how much the pen is tilted.
This is very important for EMR tablets because the digitizer is sensing an inductor inside the pen. And that inductor is not close to the tip of the pen. It's deeper inside the pen.
Some other pen technologies. For example, the apple pencil don't have as big a separation as EMR tablets have.
Now no tablet does tilt compensation perfectly. I have seen some very old habits to do this very badly almost as if they don't compensate for tilt at all. But these days, a modern EMR drawing tablet does a decent job compensating for tilt. And so the pointer doesn't really shift too far away from where the tip of the pen is. But there is some variation. Some tablets are better at this than others.
Pen pressure information is always sent from the tablet to the tablet driver and from there to the operating system and then to pen-aware applications.
Sometimes when drawing it can be useful to turn off pressure. There are several options
Drawing apps that use brushes may let you control how pressure affects the brush. So, you can configure specific brushes to ignore pressure. Examples of applications that support this are Clip Studio Paint and Krita.
In some applications you can completely flatten the pressure curve. This allows you to have the pressure report. This means the pressure is constant and will not result in the brush changing due to pressure.
SOME tablet drivers let you simply turn off pressure so that it isn't reported to your operating system or applications.
XP-Pen drivers have this feature.
Here are two examples of curves that ignore input.
IGNORE BOTTOM - ignores the lower end of logical pressure
IGNORE TOP - ignores the upper end of logical pressure
IGNORE BOTTOM
Effectively this increases the perceived IAF of the pen.
This is useful in several cases:
Your pen might be drawing while hovering and this is one way that might help that problem
Some people don't want the pen to draw when in contact with the tablet, the only want to use it to point. They can ignore pressure to help make this happen.
IGNORE TOP
Some people have issues with their hands and with pens that have a very high pressure range they can never get to the full maximum pressure. They can use IGNORE TOP to effectively lower the maximum physical pressure.
Barrel rotation is very easy to understand. It's just a rotation of the pen along its long axis.
In the diagram below, barrel rotation is indicated by the arrows that go around the long axis of the pen (as indicated by the dotted line).
Barrel rotation is a very rare feature on pens. I know of only three pens that support it.
Wacom Art Pen (KP-701E)
Wacom 6D Art Pen (ZP-600)
Apple Pencil Pro
Keep in mind that these pens only work with specific tablets. You cannot buy these pens and assume they will work with the tablet you have.
When you press down on the nib they travels (or retracts) a little bit into the pen. This is NORMAL. If the nib didn't travels at least a little, the pen would not be able to detect pressure.
How much the nib travels depends on the specific pen involved.
The general consensus is that most people don't want too much retraction because it "feels funny" to use the pen.
A typical nib travel distance for Wacom's pens is about 1mm.
Pen tracking is the tablet's interpretation of the physical position of pen.
Pen tracking accuracy is how close the the operating system cursor (mouse pointer) is to the physical tip of the pen.
Note that this accuracy must be measured without taking into account the effect of parallax
Also this must be measured when the pen is NOT moving - because pointer lag by definition causes a kind of dynamic inaccuracy
Perfectly accurate pen tracking means the tablet thinks the pen is exactly where the physical tip is. Any deviation from that is an inaccuracy. All tablets are slightly inaccurate.
Pen tracking accuracy is a concept that applies to both pen tablets and pen displays. However, in practice it is only really an issue with pen displays. This is because with pen displays you can see the inaccuracy - which shows up as the operating system pointer being offset from the tip of the pen.
The pointer is generally a bit more offset from the tip of the pen toward the edges and especially the corners rather then the main part of the screen.
This offset in the edges and corners is totally normal. Some tablets have more and some have less.
Tablet manufacturers (except for Wacom) often publish their official corner accuracy numbers. Here are some typical values I've seen.
±3mm
±1.5mm
±1mm
If you have a pen display and it seems to exceed what the manufacturer says it has and you are disturbed by it, you should contact support.
For myself, generally even if I see ±3mm it isn't really a problem because I am not drawing in those areas. But of course, it does look weird and I would like it always to be more accurate and do prefer ±1mm.
Unlike a pen and paper system, where there is essentially an instantaneous feeling to drawing, a drawing tablet being a digital system where many components are processing and communicating data is always subject to some form of lag.
In the context of drawing tablets, I use the word log to describe how things are "following" the physical pen.
There are two kinds of lag
The details on lag are described in this video series:
The nibs of drawing tablet pens can be made of different materials. The most common nib material is plastic or felt. The vast majority of pens, by default, have a plastic nib pre-installed.
The reason for different materials is that they greatly impact the sensation of "texture" you experience.
Plastic nibs generally feel smoother when drawing on a given surface. Some of the surface texture will get transmitted through the plastic nib.
Felt nibs provide a little more friction and many people say it can make a tablet surface feel more like traditional paper.
I always suggest giving felt nibs a try, you may enjoy how it feels.
Both kinds of nibs wear over time and the amount of wear depends on how "heavy-handed" you are. But these materials are a little different.
Plastic nibs wear down less.
Felt nibs are more prone to wearing down. Also if you drop your pen and it hits the nib, sometimes I have found that the felt nib can be more easily damaged.
If your pen's position is not matching where the pointer is in a major way especially if it is happening across most of the tablet, then may help.
Drawing tablet lag - Episode 1: Basics () Apr 28, 2023
Drawing tablet lag - Episode 2: Pointer lag () Aug 7, 2023
Drawing tablet lag - Episode 3: Position smoothing in the tablet firmware and tablet driver () Aug 7, 2023
Wacom offers three materials for this pen (standard, elastomer, felt). See this video for an explanation of how standard, elastomer, and felt feel:
I DO NOT recommend .
With the Apple Pencil the iPad has lag but the overall perceivable lag is very low compared o an EMR drawing tablet. I suspect the lower lag is due to some of these factors:
Very tight and optimized integration between the pen subsystem and the operating system. It makes sense Apple can do this because they own the entire tech stack.
in a normal drawing tablet the EMR pens have a coil that is detected by the tablet and that coil is deeper inside the pen while the equivalent Apple Pencil component is close to the tip of the pen and thus to the tablet. This smaller distance should result in less electromagnetic interference. In turn this should require less position smoothing to remove the interference which then shows up as reduced lag.
Relating to the previous point about distance. Just based on the visual parallax it seems like there is less physical distance between the tip of the Apple Pencil and the display panel compared to other EMR-based pen displays I have used. So, again this should reduce the amount electromagnetic interference and thus require less smoothing and result in less lag.
From some things I've read, the iPads do some position prediction with the Apple Pencil so that results in an reduction in lag at the cost of reduced accuracy with abrupt changes in direction. I've even seen one video showing that iPads also can predict contact with the surface of the iPad so that they can start drawing just a moment before physical contact is made.
YES - in theory and to some degree. But it is not a trivial thing to do.
Pointer lag comes from two sources: The tablet firmware and the tablet driver
It's possible to get rid of the lag caused by the driver by using a third party driver - for example OpenTabletDriver.
I've tried this with both an Intuos Pro and a Cintiq Pro. My results here
Intuos Pro - Noticeable reduction in lag (at the cost of a little more imprecision in the tracking of the pen)
Cintiq Pro - slight reduction in lag. But mostly stays exactly the same. From that I think the Cintiq Pro lag is primarily caused by the tablet firmware - probably to deal with the electromagnetic noise caused by the embedded display panel.
The pointer lag in the firmware cannot be removed because essentially it is impossible for a user to modify the tablet firmware.
For a more general introduction to lag, see .
If you you are "painting", there is a separate kind of lag called .
To work, a drawing tablet pen requires a little power. Either a pen will get power from the tablet wirelessly (Passive EMR) or the pen will use a battery (Active EMR). For a many years now, tablets exclusively use Passive EMR pens.
Passive EMR refers to the EMR technology where tablets wirelessly power the pen. All modern drawing tablets use Passive EMR. Their pens get their power just be being close to the tablet (about 10mm). The pens don't have a battery that needs to be recharged or replaced.
Wacom has been using Passive EMR for many decades. For non-Wacom table brands, they made the transition to Passive EMR with the last 10 years.
In contrast, Active EMR is when the pen is powered by an internal battery. The battery is either replaceable or rechargeable. If it is rechargeable, then the tablet will come with a special cable that plugs into the pen and then usually to a USB port on your computer for charging.
Passive EMR tablets can only be used with Passive EMR pens
Active EMR tablets can only be used with Active EMR pens
If you have have an older Active EMR pen, you cannot replace it with a Passive EMR pen.
Diagonal wobble is a regular displacement of the tablet's interpretation of the pen's position.
You might also see this referred to as: "jitter"
If you slowly draw line on a tablet WITH A RULER the wobble will be apparent on diagonal lines. The diagram below exaggerates the wobble
The wobble can happen with any kind of pen movement - straight lines, or curves.
As the name suggest, the wobble is apparent with the pen is moving at an angle.
A 45 deg angle exhibits the most wobble
A 0 deg or 90 deg angle exhibits no wobble.
Angles between 0 and 90 exhibit more wobble as they approach 45 degrees.
The wobble is just more obvious with straight lines even the the same amount of wobble occurs with curves
Generally the wobble will be present the slower the pen is travelling
Some tablets exhibit the wobble even when moving the pen fast. This is less common.
Diagonal wobble is present in all drawing tablets in varying amounts.
There's no clear pattern by price or by brand or by device type about when wobble appears.
The wobble is NOT due to the nib wobbling in the pen.
The nib can be perfectly fixed in the pen and you would still observe the wobble.
In any case, remember that the nib is not what the tablet senses to detect position, but rather the inductor coil deeper inside the pen.
The wobble comes from the tablet and how it senses the pen position.
The wobble is due to how the tablet senses and interpolates the pens position.
The wobble is present in multiple digital pen technologies
The wobble is present with EMR pens
The wobble is present with non-EMR pen technologies such as MPP, AES, and the Apple pencil.
If there is wobble, it tends to show up at slow speeds. This is a bit expected.
If the wobble shows up at faster speeds, that is unusual.
Tilt could affect the wobble.
Most often I have not seen tilt have an affect on wobble, but I have tablet where an extreme tilt angle (an angle that would not be used in drawing) causes a massive wobble. I haven't tested all my tablets at extreme tilt, so I am not sure how common this is.
All tablets have wobble.
But for most, you would only notice the wobble when TRYING to find the wobble. In other words, it won't affect your normal drawing.
The real problem comes when the you notice the wobble creating alterations to the strokes that you didn't intend.
It also depends on what you are doing. You might notice wobble more if you are doing line art but not notice it at all if you are using an airbrush.
OPTION 1 : Turn on smoothing
Applications have different brush smoothing options. Explore those to see if they eliminate or reduce the wobble.
OPTION 2 : Zoom in
Try zooming in on the canvas in (for example by 2X) and drawing the same stroke. The wobble will technically still be there but because it is a happening on the physical moment of the pen, if you zoom 2X with the canvas in it will have 1/2 the effect on the stroke.
OPTION 3 : Draw a faster
Wobble is often something that occurs when you are drawing slower. Try drawing the stroke faster, in most tablets this eliminates the wobble.
If your strokes are small and drawing faster would cause you to have less control, then try zooming in more. This will make your physical stroke longer, but keep them the same size on the canvas.
OPTION 3: Use vector tools and brushes
Instead of drawing your stroke manually, if your application supports it, use vector strokes.
These are my wobble samples across a number of tablets.
For some occasions and for some people they would prefer if a drawing tablet pen behaved more like a mouse.
For this reason drawing tablet drivers offer something that is called mouse mode.
Drawing tablets are absolute positioning devices. But enabling mouse mode will make them behave like a relative positioning device like a mouse.
Mouse mode is implemented in the tablet driver has no effect on the tablet hardware.
The tablet continues to use absolute positioning internally.
The driver takes the absolute positioning information it receives from the tablet and then translates that into relative positioning data when it sends data position data to the operating system.
In theory it shouldn't affect the quality of drawing.
In practice, it depends on what the driver is exactly doing.
Here's an example of the Wacom driver vs Huion driver in Krita on Windows.
As you can see the Wacom driver creates very jerky position data when mouse mode is enabled. It does not have to be like this, they could do better like Huion does.
Also, this difference is not due to hardware. I tested the same Wacom tablet with OpenTabletDriver also set to mouse mode (OTD calls this "Relative mode") and the lines were smooth.
This section is incomplete
XP-Pen (ver 3.4.7): Enabling Mouse Mode loses pressure sensitivity on Windows
Wacom: TBD
Huion: TBD
On Windows, Mouse Mode in some drivers may disable Windows Ink
You may need to restart an drawing application if you change the mouse mode setting.
In Wacom Tablet Properties app, select your pen, navigate to the Mapping tab, then under the Mode area you will see a setting you can switch between Pen and Mouse
Once you enable mouse mode, you'll see some new configuration options.
In the Huion driver, click Digital Pen, then enable or disable Mouse Mode at the bottom
Some drawing applications may get confused if they are running and mouse mode is switched on or switched off. So you may need to restart those apps.
Sometimes you will see that a driver does not have a mouse mode option for a pen display. The reason for this is probably that it would be somewhat unusual and a little bit unnatural to use append display in this way.
That means the tablet knows the (x,y) location of the pen precisely on the active area of the tablet.
The pen does not even have to touch the tablet. As long as the pen is close - about 10 mm typically - to the active area and within the bounds of the active area, the tablet knows the pen's position. This position detection without touching is typically called "support for hover".
That means that a mouse does not know its exact position on your desktop. The mouse has no idea what surface it is in contact with. In a general sense a mouse only knows that it is moving in relation to some surface.
The mouse does not now its location. The mouse only knows about changes in position - i.e. either it is moving or it is not moving.
The mouse reports this movement as a change in x position and a change in Y position (dx, dy)
What happens if you simply keep a pen or a mouse perfectly still and don't move them at all.
Drawing tablet will continuously report the (x,y) position of the pen.
In theory a mouse will report (0,0) indicating no movement. In practice mice don't even report the (0,0) because that data doesn't provide any interesting information to the computer.
One of the ways absolute and relative positioning really stand out is what happens when the input device jumps from one location to another
With the drawing tablet if you hold your pen let's say at the bottom left of the tablet - that means the operating system pointer will also be at the bottom left of your display. If you then pull the pen straight up and away from the tablet so that the tablet does not sense the pen's location and then you move the pen to the upper right hand, then suddenly the operating system pointer will suddenly appear at the upper right hand corner of the display
For a mouse if you try the equivalent thing something different will happen. If the pointer is at the bottom left and you suddenly pull the mouse away from the surface and then place it anywhere else, then you'll see that the pointer does not move.
All drawing tablets have a slight texture on their surface. The amount of texture varies quite widely. And people have strong opinions and preferences about it.
Pen tablets - the tablets without a screen - have various amounts of texture on the surface based.
Some tablets like the Wacom Intuos Pro (PTH-860, PTH-660, PTH-860) are known to have a lot of texture compared to older Wacom professional pen tablet models.
The consequences to a lot of texture is that it can wear down your nibs fast - especially if you are making lots of strokes over and over.
Also depending how much you are using the tablet, you may see over time that you will wear down the texture on the tablet. You'll mostly see this as regions where the tablet will look smooth or shiny. Despite the unattractive look, it doesn't intefere with using the tablet. The pen still feels like it has enough texture so it isn't a slippery feeling like an iPad.
Some tablets like the Wacom Intuos Pro (PTH-660, PTH-860) have a surface that has a replaceable textures.
These texture sheets can be very hard to find in 2023 - and they aren't cheap - but they offer two advantages:
You can get a texture more like what you want. Wacom offers them in Smooth, Standard, and Rough variants. Standard is what with the tablet out of the box.
If you damage your surface you can easily replace it.
Again, this is an incredibly rare feature for a pen tablet and only specific models of Wacom professional tablets offer this capability.
All pen display I know of have a little bit of texture.
The texture will either come from:
a matte film (that film is also usually providing an anti-glare treatment also)
an etched glass surface (the etched glass also provides an anti-glare treatment
Apple iPads
The surface of any Apple iPad is very smooth glass. Many people feel that using an Apple Pencil on an iPad screen feels "slippery". The pen seems to easily unintentionally "slide" as they draw because there is so little friction.
No drawing tablet by default has a texture that comes close to the feeling of paper.
There are some options that can increase the texture. In SOME cases they may give you something close to that feeling of drawing on paper.
Also you can use felt nibs - if they are available for your pen. These felt nibs also can provide some extra texture.
ExpresKeys is a Wacom-specific term, but people use it in general additional inputs for any tablet. Drawing tablets often have additional "inputs" such as:
Buttons (both physical and capacitive)
Dials
Touch-sensitive strips
Huion calls these buttons "Press Keys"
Some people love using these kind of inputs, but some people do not like them because either they
take up space on the tablet
are accidentally triggered
or their workflow just doesn't benefit from them
For these cases, you should be aware that these inputs can often be configured in the tablet driver to "do nothing".
You can map the buttons to take a variety of actions. Broadly the categories are
Mouse-related actions - right click, left-click, double click
System navigation - scroll left, scroll right, zoom in/out, pan, switch applications
System tasks - run application, open a file
Keyboard - Press a key, hold down a modifier key
Tablet drivers also let you configure how these buttons work depending on the app you are using.
For example you can set a button to
Increase brush size when you are using Photoshop
Increase opacity when you are using Clip Studio Paint
Increase the volume of your speakers under all other conditions
Undo | Redo
Zoom In | Out | to 100% | Zoom to Fit
Increase | Decrease brush size
Increase | Decrease burhs opacity
Rotate Left | Right | Reset to 0 degrees
Switch between tools (brush, eyedropper, etc.)
Select All | None | Invert | Lasso selection | color similarity selection
Go to layer above | below
Display toggle
Precision mode
Pan/Scroll
These are great for "paired" tasks
Zoom In / Out
Increase / Decrease brush size
Increase / Decrease brush opacity
Rotate canvas
Some rotary dials support turning as well as a third press action. This is useful for a situations where there are three related actions such as rotate right, ritate left, and reset rotation.
Wacom Intuos Pro PTH-660
With a little care and light maintenance your tablet will keep working for a long time. Here are some basic tips.
They are surprisingly expensive to replace. They can cost from $40 USD to $120 USD for a Wacom Pro Pen 3.
Because drawing tablet pens usually have a case of black plastic they can be difficult to see under some lighting conditions, also they can be mistaken for other pens, etc. To give them some additional visibility I use masking tape to add some some color to make it more visible and serve as a label.
Here is an example:
Pens are the most sensitive component because they have some small parts and some moving parts. A fall onto a floor can damage your pen:
The can completely break the internals of your pen. Your pressure may be less sensitive, stuck at a certain pressure value for example either 0% pressure or 100% pressure , have sudden changes in its pressure profile.
The nib can be broken and make it be stuck inside the pen and very hard to remove
Normal drawing is fine. But don't *mash* it or hit it on a surface. You can damage the pressure sensor or you might break the nib. Use it for drawing on your tablet and nothing else.
A pen tablet, has fewer moving parts and most of the time nothing bad will happen to it.
However, If you drop a pen display, you almost certainly will cause significant damage that cannot be repaired. For example, any of these things can happen:
The pen displays will not turn on again
The screen will crack
The display panel will break and not show a full screen or will show random color patterns
The ports can get damaged, preventing it from getting a display signal
The surface of your tablet will be in contact with your pen, that contact and the friction that comes from it will cause some wear. It's good for you to understand what this wear will look like and how you can control it. Read the two documents below.
Avoid doing any of these things:
Disassembling the tablet
Disassembling the pen
Using metal nibs with the pen
For a more general introduction to lag, see .
There is a separate kind of lag called .
I covered wobble extensively in this video on pen display accuracy ()
All were created using my a standard testing process: .
Some recent models with XP-Pen feature some excessive . This is something you should check into when looking into these models. Here are examples of of the line wobble in recent XP-Pen:
XP Pen Deco LW 8:06 in this video :
XP Pen Artist 16 (GEN2) 7:04 in this video:
XP Pen Artist 12 (GEN2) 5:45 in this video:
Learn more here:
Drawing tablets can simulate relative positioning when talking to a computer. This is called mouse mode. More here:
Note that the anti-glare treatment stops the display from being glossy - but it also introduces some thign called anti-glare sparkle:
You can buy protective sheets that you can stick on top of the surface of you drawing tablet which will provide the texture. More here: .
Keep water away from your tablet and pen. If you get them wet, consult this guide on dealing with potential damage: .
Periodically, clean your tablet. Some people recommend lightly cleaning your pen displays before you start drawing. More here: .
In general store your pens so that you avoid pressure on your nibs. More here: .
There are options to protect the surface from damage. See: .
If you are carrying your tablet with you or transporting it, consider some extra protection via a case. More here: .
Monitor your nibs and replace then when they are getting too worn down. Nibs that are worn down to flat surface may be scratching up your tablet. See more here:
To remove a nib see this guide:
Pen tablets require minimal amounts of power. They get enough power from a normal USB 2.0 port.
Pen displays require much more power than a pen tablet due to the embedded display panel. They may have a power adapter that you need to plug into the wall. Or they may be able to be powered with through a USB-C cable.
Huion Kamvas 13 (GS1331)
7W
Huion Kamvas 16 2021 (GS1562)
10W
Huion Kamvas Pro 19 2021 (GS1902)
18W
Huion Kamvas Pro 27
45W
Wacom One 2019 (DTC-133)
10W
Wacom Cintiq Pro 16 (2021)
25W
Wacom Cintiq Pro 22
60W
Wacom Cintiq Pro 27
85W
Pen tablets that have wireless support have built-in batteries that can usually last the entire day and do recharge quickly when they are plugged back in.
Pen displays DO NOT have batteries. They must get their power from a cable that is either attached to a computer or to power coming from a wall.
Leave the pen/tablet to draw dry for at least 48 hours. Keeping it in a dry warm (but not hot) place will help.
if your tablet is connected with any cables, disconnect the cables.
If your tablet is connected wirelessly, it may have an on/off button. Turn it off.
Remove the nib to help it dry faster
Keep the pen upright with the nib removed and pointed down to help drain water
Some pens buttons are a "rocker" type which can be removed and put back in. if you are confident you won't harm your pen this is one option.
Some people, disassemble their pens - but only try this if you find a good reference on YouTube and are confident around electronics.
Cleaning your drawing tablet should be a regular part of how you care for it. I recommend cleaning your drawing tablet once a month - and more frequently if needed.
Depending on the brand of tablet and the kind of tablet you'll find that manufacturers provide different advice for cleaning. For example, some manufacturers say it's OK to clean the tablet with isopropyl alcohol. While other manufacturers explicitly indicate that you should not use isopropyl alcohol.
Below are a few links I found from different brands about how to clean their tablets. It may not be comprehensive but it's a start.
STEP 1 - First, I remove dust from tablets, pens, and monitors with a microfiber duster. Specifically this one: the OXO Good Grips Microfiber Hand Duster ($12) that I bought on Amazon. The red microfiber brush can be detached and easily cleaned in a laundry machine and then dried on low heat.
STEP 2 - I gently wipe down the tablet with a damp cloth or towel
OPTION 1: If the tablet is a little greasy I may put a bit of soapy water on the damp cloth. I want to emphasize that the cloth is damp and not wet. You shouldn't have any water drops coming off the cloth.
See this page:
-
OPTION 2: Since September 2024, for pen displays I've switched from soapy water to using a screen cleaning sprays (WOOSH and MISTIFY). more here: .
2017/09/16
2021/05/31
2023/05/26
Store your pens so that the nib is not experiencing constant pressure. Some tablet users suggest that if the nib has a constant pressure applied to it, over time the pressure could damage the pressure sensor.
If you pen came with a case designed for it, that is the safest place to store it. These cases provide a lt of protection for the entire pen and the pressure sensor
In the photo below you can see how a case has extra room for the nib so nothing can press into it.
Below, three conceptual options are presented for storing a pen.
The one on the far right places no load on the pressure sensor
The one on the far left places the entire weight of the pen on the pressure sensor
The one in the middle places only the weight of the nib on the pressure sensor. This is the way I store my pens.
If the nib is broken in half and stuck deeply inside or there's not enough of it to grip then normal techniques may not get it out.
Here are some other options.
I used this iFixit set of precision tweezers. Specifically I used the one in the middle. I wasn't able to put both both ends into the pen. Instead, I put one end into the pen and pressed against the side of the nib to slowly pull the nib out a little bit at a time. Once enough was out, I used the tweezers normally to pull the nib out.
This method involves using a glue gun. Roughly the steps are:
put a very tiny amount of hot glue on the end of a toothpick
Then keep the toothpick touching the nib inside the pen for a minute as the glue cools
then pulling the toothpick which should hopefully cause the nib to come out
You've got to be careful to not get glue stick inside the pen.
Stick a heated needle into the nib and when the plastic of nib cools, pull it out. Some people suggest combining this technique with glue on the needle tip. Use this option with great caution. People have ruined their pens and made the problem worse with this hot needle technique.
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Removing the nib in the pen is a common maintenance task to deal with nibs that are wearing down and need to be replaced. You may also need to do this in an emergency if the nib is broken.
Your drawing tablet likely came with a nib remover. It's usually either a piece of metal or a metal part of a pen stand
Here's a simple nib remover.
This pen case has a nib remover (the small metal ring) built in.
If don't have a nib remover, it's not a problem you can use any instrument that can pinch the nib. Here are some options:
Tweezers
Needle-nose pliers
Fingernail clippers
A nib that has snapped off and left part of itself inside the pen may require some special techniques. See: .