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VESA© defines standards for mounting interfaces on monitors and TVs. The advantages of the VESA mount standard are many: It allows low-cost installation of displays into a broad range of applications while positioning screens for increased flexibility and ergonomic benefit. Use this guide to determine your monitor’s VESA compatibility and verify it will attach to a monitor mount product.
Remember when choosing a VESA mount, use Hole Pattern and Monitor Weight as the primary criteria for determining compatibility. Screen Size is only a factor when surrounding space constrains installation of a display. The table above reflects VESA guidelines for display manufacturers.
The VESA mount standard defines dimensions of the four-hole attachment interface on the back of displays and the screws used to fit those holes. It also dictates the placement of the hole pattern on the display. For attachment to VESA mounts, ideally the hole pattern should be centered on a display’s back
. A center-positioned pattern minimizes torquing forces applied to the mount, allowing it to hold a heavier load.
Ergotron carries a comprehensive line of monitor mounts, which are engineered in accordance with VESA’s Flat Display Mounting Interface (FDMI) Mounting Interface Standard (MIS). When choosing a display, look for VESA compliance for ease of attachment to any Ergotron monitor wall mount, desk mount or computer cart.
Use our Mount Finder to check if your display is VESA compliant. You’ll also find a selection of VESA mounts with which it is compatible.
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VESA MIS-D, 100/75, C compliant displays are equipped with either a 100 x 100 mm or 75 x 75 mm square hole pattern, using M4 screws for attachment of the mount to the display. This is the most common interface for monitors weighing under 30 lbs (14 kg); small TVs and computer monitors usually feature the MIS-D interface. Ergotron carries a comprehensive line of MIS-D-compatible VESA mounts.
Popular MIS-D VESA Mounts
LX Desk Arm
LX Dual Arm
VESA MIS-E, C compliant displays are equipped with a 200 x 100 mm rectangular hole pattern, using M4 screws for attachment of the mount to the display. Mid-size displays sometimes use this interface; typical monitors in this class weigh less than 50 lbs (23 kg). Ergotron carries MIS-E VESA mounts as well as an adapter kit that converts an MIS-D mounting plate to hold an MIS-E display.
Popular MIS-E VESA Mounts
MX Desk Arm
HX Desk Arm
LX Swing Arm
VESA MIS-F, C compliant displays have varied hole patterns that are spaced in 200 mm increments (e.g., 400 x 200 mm and 600 x 400 mm are both MIS-F hole patterns). M6 or M8 screws are used to attach the mount to the display. Heavier TVs with screens greater than 31" in size often follow this variant. In practice, some displays in this class deviate from the standard in minor ways. For example, a 300 x 300 mm hole pattern is not uncommon. This is why Ergotron VESA mounts for MIS-F displays are designed to handle irregular hole patterns.
Popular MIS-F VESA Mounts
TM Wall Mount
Custom Interface Adapters - If your monitor does not include a VESA MIS-D, MIS-E or MIS-F hole-mount pattern, a custom adapter interface may be available. Contact the monitor manufacturer or Ergotron to see if this option exists. If an adapter is not available, the display cannot be attached to VESA-compliant mounting solutions.
Most Apple displays are not VESA compliant. To attach a non-VESA-compliant Apple display to a VESA mount, you may need an adapter bracket.
Apple offers iMac computers with a built-in VESA interface. However, most iMac models from late-2012 to present cannot be retrofitted to include a VESA interface—the built-in VESA interface is only available at the time of purchase. If a VESA adapter is not available, use a custom adapter bracket. Update: Apple’s iMac Pro is now offered with the option of a VESA interface accessory that can retrofit the computer for attachment to a VESA mount.
In 1996, Ergotron-founder Harry Sweere traveled extensively to industry leaders around the world to lay the groundwork for the first mounting standard from the Video Electronics Standards Association (VESA). Acting as the committee’s Group Leader, in 1997 the first VESA FPMPMI mounting interface standard was released. He went on to become the lead author of the revised and current VESA standard known as FDMI, which was introduced in 2002. A true visionary, Harry saw the need for a universal attachment interface on the back of flat-panel screens and TVs, which would allow people to easily and affordably attach displays to ergonomic, articulating monitor mounts.
VESA and the VESA Mounting Compliant logo are trademarks of the Video Electronics Standards Association.