What Is a 200×200 VESA Mount? | Hole Pattern Explained

A 200×200 VESA mount fits displays whose rear screw holes are spaced 200 mm apart, both horizontally and vertically.

If you’re shopping for a wall mount or monitor arm, the VESA pattern is the first thing to check. A 200×200 VESA mount matches displays with four mounting holes arranged in a perfect square, each side measuring 200 mm from center to center. That’s roughly 7.87 inches by 7.87 inches. The pattern mostly appears on larger monitors and mid-size TVs, and it belongs to the MIS-F standard family.

Getting this right matters because the hole pattern is only half the equation — the mount’s weight rating must also handle your display. The quickest way to confirm compatibility is to measure your screen’s rear holes before you commit to a mount.

What Does the 200×200 Measurement Actually Mean?

The number describes the distance between the centers of the four screw holes on the back of your display. The first number is the horizontal distance, the second is the vertical distance, both in millimeters. A 200×200 pattern means both are 200 mm, so the holes form a perfect square.

VESA (Video Electronics Standards Association) created this universal interface so any correctly sized mount can attach to any compatible display. The Wikipedia entry on the VESA mount standard explains that these patterns are defined by the horizontal and vertical hole spacing. In inches, 200 mm converts to about 7.87 in, making the full pattern roughly 7.87 x 7.87 in.

The 200×200 pattern is a member of the MIS-F category. Ergotron’s VESA standard guide notes that MIS-F displays use patterns in 200 mm increments, including 200×200, 400×200, and 600×400. These larger patterns are built for heavier and bigger screens.

Which Screens Use a 200×200 VESA Pattern?

Displays from roughly 31 inches up to 55 inches commonly carry the 200×200 pattern, though it’s not guaranteed for any specific screen size. A 55-inch TV might use 200×200, 300×300, or 400×400 depending on the brand and model. Sony’s support documentation, for instance, helps users identify the exact VESA pattern on their specific TV before selecting a mount.

Monitors in the 27-to-42-inch range often use smaller patterns like 100×100, but heavier pro displays and gaming monitors frequently step up to 200×200. You can’t judge by size alone — checking the manual is the only reliable route.

How Do You Measure a Display for VESA Compatibility?

Grab a tape measure and follow these steps to verify your screen’s pattern:

• Measure the horizontal distance between the centers of the left and right mounting holes.
• Measure the vertical distance between the centers of the top and bottom holes.
• Confirm both distances read 200 mm (about 7.87 in).
• Check the mount’s spec sheet to confirm it explicitly supports 200×200.

You’ll need to consider screw size and weight as well. M6 screws are the most common for 200×200 displays, but some models require M4, M5, or M8. Most mounts ship with a kit of assorted screws, so you can match the ones that fit your screen. The mount’s maximum load rating must also exceed your display’s actual weight — pattern match alone isn’t enough.

If the mount’s pattern list includes 200×200 and its load rating covers your display, you’re set. For a detailed look at tested wall mounts for this pattern, explore the guide to the best 200×200 VESA wall mounts available today.

Common Mistakes to Avoid When Matching a Mount

Several errors trip up buyers, and they all lead to a mount that doesn’t fit or a display that’s unsafe to hang:

• Confusing pattern with screen size. 200×200 does not mean a 200-inch or 200-cm display.
• Measuring edge to edge. Always measure center to center between holes.
• Assuming all 55-inch TVs qualify. Some use different patterns entirely.
• Ignoring the mount’s weight rating. A 200×200 pattern can support anywhere from 15 kg to 50 kg or more, depending on the specific mount model.
• Assuming screw size is universal. M6 is common, but the manual is the final authority.
• Using adapter plates without checking the combined load. Adapters work for smaller patterns, but the whole assembly must still meet the mount’s strength limits.

Adapter plates let you mount a display with a smaller pattern, like 100×100, onto a larger mount bracket. That only works when the adapter is rated for both the spacing and the combined weight of the display and plate.