Update 2017: AMD has revealed FreeSync 2, which builds on the already successful FreeSync technology and adds support for HDR content. AMD says FreeSync 2 offers two times the color space and brightness over sRGB.

Traditional monitors operate at a fixed refresh rate, commonly 60Hz, 120Hz or 144Hz. In games, frame rate (amount of generated frames per second) fluctuates accordingly to the intensity of the work required by the graphics card. This introduces a dilemma for gamers in particular. They can usually choose one of two main options that determines how the graphics card passes frames to the monitor: “VSync OFF” or “VSync ON”.

  • VSYNC OFF: The GPU sends frames to the monitor as soon as they are rendered, whether or not the monitor has finished its refresh and is ready to move on to the next frame.
    This will cause screen tearing (picture below) if things become unsynchronized, even on a 120Hz or 144Hz display.
  • VSYNC ON:  The GPU holds the frame until the monitor is ready to display it. This will eliminate screen tearing, but will increase input lag. This even happens on 120Hz and 144Hz monitors, but the input lag penalty is much shorter on these types of displays. If you have a great GPU, then input lag with this option will not be a significant problem.


VSync ON - screen tearing & input lag

The solution: AMD FreeSync

AMD FreeSync

AMD has worked on a solution to the problems connected to the “VSYNC ON” option: FreeSync. They have worked with VESA (Video Electronics Standard Association) to add support for Adaptive Sync into the DisplayPort 1.2a standard, which AMD then utilizes in their FreeSync technology. Actually, FreeSync monitors began shipping as of March 2015 and it will be exciting to see how well the developers and gamers will adopt it. It is an optional feature, however, so we won’t expect a lot of monitors with this feature built in them. AMD is working with monitor manufacturers, so we will see a handful of displays hit the market soon.  With AMD FreeSync, you will not get screen tearing or visual latency, you typically know from having VSYNC disabled. You won’t get the stuttering and input lag associated with VSYNC enabled either. Therefore, a good gaming monitor should have Adaptive Sync technology.

To take advantage of the benefits of AMD FreeSync technology, users will require: a monitor compatible with DisplayPort Adaptive-Sync, a compatible AMD Radeon GPU with a DisplayPort connection, and a compatible AMD Catalyst graphics driver. AMD plans to release a compatible graphics driver to coincide with the introduction of the first DisplayPort Adaptive-Sync monitors. The technology can not be used if you have a NVIDIA GPU, but NVIDIA has their own version labelled G-SYNC. AMD FreeSync have some advantages over NVIDIA G-SYNC, however.

  • No licensing fees for adoption
  • No expensive or proprietary hardware models
  • No communication overhead

The last benefit is essential to gamers, as AMD FreeSync technology does not need to poll or wait for the display in order to determine when it’s safe to send the next frame to the monitor. AMD FreeSync technology uses industry-standard DisplayPort Adaptive-Sync protocols to pre-negotiate supported min/max refresh rates during plug’n’play, which means frame presentation to the user will never be delayed or impaired by time-consuming two-way handshakes. The best part is that all this works up to a refresh rate of 240Hz, so we will see lots of 144Hz monitors compatible with AMD FreeSync soon, if they’re not already in the market already.

Major monitor manufacturers are extremely excited about this innovating technology. AOC, LG, ACER, ASUS, BenQ, Philips and ViewSonic all plan to release AMD-FreeSync compatible PC monitors or they already have. We will see a lot more of these kind of displays in the future, I promose you that! Some models will even have QHD (2560 x 1440) and UHD (3840 x 2160) resolution. AMD FreeSync is not limited to TN panels, so we will also see monitors with IPS panels who supports this feature.

Confirmed AMD FreeSync monitors

This is a list of monitors, which have or will have the AMD-FreeSync technology as of March 2017.

MonitorSizeResolutionFreeSync Range
Acer ​​XG270HU​​27"​2560x1440 TN40-144Hz
Acer XR341CK34"​3440x1440 IPS30-75Hz
Acer XZ350CU35"2560x1080 VA144Hz
Acer XF270HU27"2560x1440 IPS40-144Hz
Acer XF270H27"1920x1080 TN48-144Hz
Acer XF240H24"1920x1080 TN48-144Hz
AOC ​G2460PF24"1920x1080 TN35-144Hz
AOC G2770PF27"1920x1080 TN144Hz
AOC G2260VWQ621.5"1920x1080 TN48-75Hz
AOC G2460VQ624"1920x1080 TN48-75Hz
AOC AG271QX27"2560x1440 TN40-144Hz
ASUS MG278Q27"​2560x1440 TN40-144Hz
ASUS ​MG279Q27"​2560x1440 IPS30-90Hz
Asus MG248Q24"1920x1080 TN40-144Hz
BenQ ​XL2730Z​27"​2560x1440 TN40-144Hz
EIZO FORIS FS273527"2560x1440 IPS56-144Hz
​LG 29UM67​29"​2560x1080 IPS40-75Hz
​LG 34UM67​34"​2560x1080 IPS40-75Hz
LG ​27MU6727"​3840x2160 IPS40-60Hz
LG ​34UM5734"​2560x1080 IPS40-75Hz
Nixeus NX-VUE2424"1920x1080 TN30-144Hz
Samsung U24E590D24"​3840x2160 TN40-60Hz
Samsung U28E590D28"​3840x2160 TN40-60Hz
Samsung U24E850R
23.6"​3840x2160 PLS40-60Hz
Samsung U28E850R28"​3840x2160 PLS40-60Hz
Samsung U32E850R32"​3840x2160 PLS40-60Hz
Samsung S27E370DS27"1920x1080 PLS48-75Hz
Samsung S24E370DL24"1920x1080 PLS48-75Hz
Samsung C32F391FW32"1920x1080 SVA48-75Hz
ViewSonic VX2701mh​27"​1920x1080 TN30-144Hz
Iiyama GB2788HS-B127"1920x1080 TN45-144Hz
Acer XZ321Q32"1920x1080 VA48-144Hz
Acer BE270U27"2560x1440 IPS48-75Hz
Acer VE240Y24"1920x1080 IPS48-75Hz
Acer XF240YU24"2560x1440 TN40-144Hz
Acer XF290C29"2560x1080 IPS48-75Hz
Acer BX340CK34"3440x1440 IPS30-75Hz
Acer BX340C34"2560x1440 IPS48-75Hz
Acer BX320HK32"3840x2160 A-HVA30-75Hz
Acer BE240Y23.8"1920x1080 IPS48-75Hz
Acer XZ27127"1920x1080 VA48-144Hz
Acer H277HK27"3840x2160 IPS40-60Hz
AGON AG322FGX32"1920x108048-144Hz
AOC AGON AG251FZ25"1920x1080 TN48-240Hz
AOC G2778VQ627"1920x1080 TN48-75Hz
AOC G2770PGF27"1920x1080 TN48-144Hz
AOC U2879VF28"3840x2160 TN40-62Hz
HP ENVY 3232"2560x1440 WVA+48-70Hz
HP Pavilion 3232"2560x144048-75Hz
Iiyama GE2288HS22"1920x108047-75Hz
Iiyama GB2488HSU24"1920x1080 TN35-120Hz
Iiyama GB2888UHSU28"3840x2160 TNTBA
Iiyama B2783QSU27"2560x1440 TN48-70Hz
LG 29UM5829"2560x1080 IPS45-75Hz
LG 34UM5834"2560x1080 IPS45-75Hz
LG 27MU6827"3840x2160 IPS40-75Hz
LG 29UM6829"2560x1080 IPS40-75Hz
LG 34UM6834"2560x1080 IPS40-75Hz
LG 27UD6827"3840x2160 IPS40-60Hz
LG 27UD8827"3840x2160 IPS40-60Hz
LG 34UM8834"3440x1440 IPS40-75Hz
LG 34UC9834"3440x1440 IPS55-75Hz
LG 29UC8829"2560x1080 IPS40-75Hz
LG 27MP68HM27"1920x1080 IPS40-75Hz
LG 27MP68VQ27"1920x1080 IPS40-75Hz
LG 24MP68VQ24"1920x1080 IPS40-75Hz
LG 23MP68VQ23"1920x1080 IPS40-75Hz
LG 22MP68VQ22"1920x1080 IPS40-75Hz
Lenovo Y27F27"1920x1080 VA48-144Hz
Lenovo LI2264d22"1920x1080 IPS48-75Hz
Lenovo LI2364d23"1920x1080 IPS48-75Hz
Philips 279X62JSW27"1920x1080 TN48-69Hz
Samsung C27F59127"1920x108048-72Hz
Samsung C24F390FHC23.5"1920x108048-72Hz
Samsung C27F390FHC27"1920x108048-72Hz
Samsung S24F350FHW24"1920x108040-60Hz
Samsung S27F350FHW27"1920x108048-72Hz
Samsung LS24E37024"1920x1080 PLS48-75Hz
Viewsonic XG240124"1920x1080 TN48-144Hz
Viewsonic XG270127"1920x1080 TN30-144Hz
Viewsonic XG2700-4K27"3840x2160 IPS40-60Hz
Viewsonic VX2257-mhd22"1920x1080 TN48-76Hz
Viewsonic VX2457-mhd24"1920x1080 TN48-76Hz
Viewsonic VX2757-mhd27"1920x1080 TN48-75Hz
Viewsonic VX3218-shdw32"2560x1440 AD-PLS47-75Hz
Samsung C24FG7024"1920x1080 SVA48-144Hz
Dell SE2717H27"1920x1080 IPS48-75Hz
AOC AGON AG272FCX27"1920x1080 VA
AOC AGON AG322QCX32"2560x1440 VA

For various purposes, we’ve made a dedicated page to the list of FreeSync monitors. Feel free to link to our FreeSync monitor list from anywhere you would like. The list gets updated every week with new additions.