How do you know which arm your monitor needs? Choose your VESA anchor well

Like almost everything that has to do with the word VESA, what we have in hand is a standard that, in this case, determines the separation between the anchor points, the maximum weight and the dimensions that the monitor can have. In the case of PC monitors, this rule applies to the monitor itself and is invariable (although there are different types), so what you have to be careful with when choosing a support or articulated arm for your monitor is on the arm or stand itself.

The VESA anchor standard for PC monitors

The VESA standard Defines the dimensions of the four-hole display installation interface, as well as the screws used to fit them. It also sets the placement of the hole pattern on the back of the screen.

When we say that a monitor has a VESA anchor, we mean those four screw anchor points on the back. The fact that the monitor has these perforations, which are reinforced with metal on the inside to support the weight, implies that the base is also removable so that we can simply use the screen, which allows us, for example, to hang the monitor on the wall or put it on in positions that we could not achieve with its base, such as placing one monitor on top of another.

Although the most normal thing is that the monitors have VESA 100 anchorage, it is not always the case, and in fact there are a total of 5 patterns for the standard that are the ones that we are going to see below:

Name Screen sizes Maximum weight Anchor hole pattern
FDMI MIS-B 4 to 7.9 inches 2 Kg 50 x 20 mm (VESA 50×20)
FDMI MIS-C 8 to 11.9 inches 4.5 Kg 75 x 35 mm (VESA 75×35)
FDMI MIS-D 12 to 23.9 inches 14 Kg 75 x 75 mm (VESA 75) and 100 x 100 mm (VESA 100)
FDMI MIS-E 24 to 30.9 inches 23.7 Kg 200 x 100 mm (VESA 200×100)
FDMI MIS-F 31 inches and up 113.6 Kg 200mm intervals (VESA 200, VESA 400, etc.)

The mounting interface standard for flat panel displays (Flat Display Mounting Interface, FDMI), also known as the mounting interface standard (Mounting Interface Standard, MIS) defined by VESA, has requirements that apply to docking the monitor. Generally, you can see that these holes are marked with a letter (for example, the C indicating that it corresponds to the C standard).

Therefore, if a 23.9-inch monitor has a VESA anchor, its internal structure must be capable of supporting up to 14 kg (even if the monitor is not that heavy) and you can use both 75 (VESA 75) and 2-inch mounting holes. 100 (VESA 100) millimeters.

If you look closely, only the B, C and E standards are not square but rectangular, and the anchor points are asymmetrical. There really are not many devices with a screen between 4 and 11.9 inches on the market, but if there are, they should integrate the mounting holes that we have captured in the table above. As for the VESA 200 × 100 standard, it is also rare to see, and in fact it is normal for monitors with these characteristics to apply a VESA 100 or VESA 200 anchor directly. As you can see, the rule is somewhat lax and the same monitor can be compatible with two patterns at the same time.

Today’s monitors only use three variants of the standard

Monitor with VESA mount

Actually and as we have dropped before, despite the fact that there are 5 VESA standards currently only three of them are used, since these generally cover the entire spectrum of needs (after all, Who works on their PC with a 10-inch screen?)

  • Displays that are compatible with VESA MIS-D, 100/75, C They are equipped with a square pattern of 100 x 100 or 75 x 75 mm, and are the most common for monitors weighing less than 14 kg. They use standard M4 screws to fix the screen to the anchor.
  • Displays compatible with the standard VESA MIS-E, C They have a 200 x 100mm rectangular hole pattern, and like the previous standard make use of standard M4 screws for mounting. This standard is usually used in larger and heavier monitors (23 Kg maximum).
  • Displays compatible with VESA MIS-F, C They have a greater variety, and their patterns can range from 400 x 200 mm to 600 x 400 mm, passing of course through 200 x 200 and 400 x 400 mm. In this case, M6 or M8 screws are used, and as you may already suppose, we will only find this standard on the largest monitors on the market, over 32 inches but also on screens up to 60 inches. In practice, many manufacturers deviate from this standard and opt for holes 300 x 300 mm apart.

Adapters and installation of Apple displays

Apple VESA

You should know that, if for example you have a VESA 100 monitor but you have obtained a support that has a VESA 75 anchor, all is not lost, since there are adapters to be able to install monitors from one interface or the other, thereby saving you from having to buy a different support (or change monitors). Of course, if this is your case, we recommend that you take into account the type of standard of the monitor and the weight that the support supports, do not try to install a monitor of more than 14 kg with a VESA 100 anchor.

Regarding the apple screens (be it an iMac or the monitor they sell), as always they are out of the norm and are not VESA compatible, at least not most. However, that does not mean that you cannot mount the device on an articulated arm, since specific adapters are sold that will allow you to do so … for a price, because they are quite expensive, as it happens with any product for those of the bitten apple. The last iMac Apple, however, do offer integrated VESA interface

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