VESA mount compatibility means a display and a mounting arm, stand, or wall bracket use the same hole pattern, and that the mount can actually carry the display's weight. The Video Electronics Standards Association (VESA) sets this pattern so a monitor from one company can bolt onto a mount from a completely different company, as long as the hole spacing, screws, and weight rating all line up.
Matching the holes is where compatibility checking starts, not where it ends; screw length, weight limits, and clearance around the back of the display all matter too.
Quick Summary
VESA compatibility means a display's mounting holes match a pattern the mount supports.
The two patterns you'll see most often are 75 × 75 mm and 100 × 100 mm, measured between hole centers.
A display and mount can share the same hole pattern and still be a bad match if the weight capacity, screws, or mounting surface don't line up.
Screen size doesn't reliably tell you the VESA pattern check the spec sheet or measure the holes yourself.
Some displays skip VESA holes entirely and need a model-specific adapter.
A display is VESA compatible with a given mount when its rear mounting holes line up with a pattern the mount is built for, and the mount can hold the display's weight.
VESA's Flat Display Mounting Interface (FDMI) standard lays out a family of hole patterns for attaching flat-panel displays to arms, stands, and wall mounts. Most credit card machine stands and TVs built for mounting have four threaded holes on the back, arranged in a square or rectangle. The two numbers in something like "VESA 100 x 100" are the horizontal and vertical distance between those holes, in millimeters, measured from center to center.
Getting monitor VESA compatibility right starts with that number. A monitor drilled for 100 x 100 mm will physically bolt onto a plate drilled for the same spacing that part is straightforward.
What it doesn't tell you is whether the mount's weight rating, screw depth, or tilt mechanism actually suit that display. Those come from the product specs on both ends, not from the VESA number by itself.
VESA is the organization behind the mounting standard; a VESA mounting pattern is the specific hole layout a display uses to attach to it.
VESA maintains the FDMI specification, and it covers a range of mounting interfaces rather than one fixed size. The point of the standard is that a monitor from one manufacturer and a mount from another can still work together, as long as both sides follow the same interface class.
A pattern is written as two numbers separated by an x: 75 x 75, 200 x 100, and so on, and it always refers to millimeter spacing between the four mounting holes, never the screen's diagonal size.
Not every display follows a VESA pattern, either. Some laptops, all-in-one computers, and compact monitors use their own mounting points or skip rear mounting holes altogether, which is one more reason to check the spec sheet before buying a mount rather than assuming it'll fit.
These numbers describe the horizontal and vertical spacing between the four mounting holes on the back of a display, measured in millimeters, center to center. M4
A 75 x 75 mm pattern puts the holes 75 mm apart in both directions, forming a square. 100 x 100 mm uses 100 mm spacing instead. These two are the patterns you'll run into most on desktop monitors, but VESA defines quite a few more; larger and heavier displays use wider spacing.
|
Pattern |
Horizontal Spacing |
Vertical Spacing |
Standard Screw |
Typical Display Type |
|
75 × 75 mm |
75 mm |
75 mm |
M4 |
Small- to mid-size monitors |
|
100 × 100 mm |
100 mm |
100 mm |
M4 |
Mid-size to larger monitors |
|
200 × 100 mm |
200 mm |
100 mm |
M4 / M6 |
Ultrawide monitors, small TVs |
|
200 × 200 mm+ |
200 mm+ |
200 mm+ |
M6 / M8 |
Large TVs, commercial displays |
Some monitors have both a 75 x 75 and a 100 x 100 set of holes on the same back panel, so they can take either size of mounting plate. Others only give you one. There's no fixed rule linking screen size to pattern; a 24-inch monitor from one brand might use 100 x 100, while a similarly sized monitor from another brand uses 75 x 75. Checking the spec sheet or measuring the holes yourself is really the only way to know.
Checking monitor VESA compatibility usually starts with the manufacturer's spec sheet; measuring the physical holes is the fallback when that information isn't listed.
Check the monitor's specification sheet or user manual. Manufacturers typically list the VESA pattern outright, something like "VESA mount: 100 x 100 mm."
Look for four threaded holes on the back of the display. They might be exposed, hidden behind the original stand, or set into a shallow recess.
Measure horizontally between hole centers with a tape measure or ruler, going from the center of one hole to the center of the one directly across from it.
Measure vertically between hole centers the same way.
Write down both numbers in millimeters, horizontal first, then vertical, e.g., "100 x 100."
Confirm the mount supports that exact pattern, or a range that includes it, before you order anything.
If the original stand is still attached, you'll usually need to remove it to reach the mounting holes. Some all-in-one displays and ultra-thin monitors set the holes into a shallow well, which can affect whether a mounting plate sits flush worth a quick check before you buy.
Once you know your VESA pattern, finding the right mount is much easier. Explore Hilipro's VESA-compatible POS mounts for Ingenico, PAX, and Verifone terminals:
- Swivel Wall Mount for Ingenico Lane 3000, 5000, 7000 & 8000
- Swivel Wall Mount for Ingenico ICT220 & ICT250
- Swivel Metal Wall Mount for PAX S80
- Swivel Wall Mount for Ingenico ISC250
- Swivel Wall Mount for Ingenico iPP320 & iPP350
- Swivel Wall Mount for Verifone MX915
- Swivel Wall Mount for Verifone VX805
No. A matching hole pattern tells you the mount and display can be bolted together; it doesn't tell you the mount can safely or properly support that display.
Evaluating VESA monitor arm compatibility means looking past the hole spacing at a handful of other things:
Weight capacity. Every mount has a maximum rated weight. A display can match the hole pattern perfectly and still be heavier than the arm or bracket was built to hold.
Screw diameter and thread. VESA interfaces commonly use M4 screws on smaller patterns and M4, M6, or M8 on larger ones, but it's worth confirming the exact size against both the display and the mount.
Screw length and depth. Screws that go in too far can hit internal components; ones that are too short won't hold securely.
Mounting surface and recesses. Curved backs, raised bezels, or recessed hole wells can stop a flat mounting plate from sitting properly.
Clearance for cables and ports. Ports near the mounting holes sometimes get blocked once the plate goes on.
Adapter requirements. If the hole spacing doesn't match the mount directly, you may need an adapter plate, and that adapter still needs to be rated for the display's weight.
Here's a practical example: a 27-inch monitor with a 100 x 100 mm pattern will physically attach to a monitor arm built for that same pattern. If the monitor is heavier than the arm's rated capacity, though, it's still a poor and potentially unsafe fit, even with the holes lined up perfectly.
If you already know your display's pattern and weight, comparing those two numbers against a VESA-compatible mounting solution narrows things down fast before you start browsing individual mounts.
Not sure which VESA-compatible mount fits your terminal? Contact Hilipro to get your VESA compatible terminal stands.
Mounting is sometimes still possible, but it comes down to whether a compatible adapter exists for that specific display.
Some displays, including a lot of all-in-one computers, ultra-thin monitors, and most Apple displays, don't have standard VESA mounting holes. In that case:
A model-specific adapter bracket may be available from the display manufacturer or a third party.
That adapter still needs to match a pattern the mount supports.
Adding an adapter changes the overall weight and balance, which can push the combination past what the mount is rated for.
It's worth confirming an adapter is actually built for your exact display model before buying one, rather than assuming any generic adapter will do; mounting points, depth, and weight distribution vary between models even within the same product line.
Before ordering a mount, running through these points helps avoid a mismatch after the fact:
Display's VESA pattern confirmed (from spec sheet or measurement)
Mount supports that exact pattern
Display weight falls within the mount's rated capacity
Correct screw diameter confirmed
Correct screw length and depth confirmed
Recesses or curved mounting surfaces checked
The mounting plate sits flush against the display
Cables and ports won't be blocked once mounted
Adapter requirements checked if the display has no standard VESA holes
Mounting surface (wall, desk, cart) meets the mount's installation requirements
If you're setting up more than one display at once say, for point-of-sale terminals, digital signage, or a bank of workstations you're often dealing with a mix of brands and sizes, which makes checking each one's pattern individually worth the extra few minutes.
If you're setting up multiple POS terminals or displays, checking each device's mounting pattern individually can help avoid compatibility issues. You can explore Hilipro to learn more about its mounting solutions.
VESA mount compatibility really comes down to two things working together: a matching hole pattern and a mount rated to handle the display's weight and hardware. The 75 x 75 mm and 100 x 100 mm patterns cover most desktop monitors, but larger displays use wider spacing, and screen size alone won't tell you which one applies; the spec sheet or a direct measurement will.
Checking the pattern, weight rating, screws, and mounting surface before you buy is what separates a mount that fits on paper from one that actually works once it's installed.
If you're unsure about the mounting requirements for a POS terminal, contact Hilipro about your mounting setup and confirm the compatibility details before ordering.
