However AMD supplied some data showing exactly what we need to know.īy concentrating on a focused period of time, we note the performance difference between AMD FreeSync technology maintains consistent performance. Unfortunately due to CeBIT and other embargo articles I have not yet been able to verify performance with FCAT. Above a video we took with the ACER FreeSync enabled panel. Mind you that the video is recorded at 30 FPS, meaning stuttering will occur on your side that you do not see in a real-world situation on the compatiber monitor - but yes, you will see that in a recorded video. We'll give it a try though, but the stutters you see in the video below with Adaptive Sync enabled do NOT show on screen at all. Now we did record a video, but the camera and then conversion on YouTube will make things worse again, only a high-speed camera could in fact show you what is being rendered. To really understand AMD FreeSync / Adaptive Sync you'll need to experience it with your own eyes. Check out the next section to see how.Now the problem with explaining and describing what you will see with your eyes, is that we can't really show it.
You might see a noticeable improvement in your games’ smoothness, with the adaptive sync feature eliminating tearing at lower framerates. While your monitor might not pass NVIDIA’s rigorous internal testing standards, you can still try it out with the G-SYNC Compatible program. What if you have one of the hundreds of FreeSync monitors not on the list above? Don’t worry. In fact, at least one FreeSync monitor that’s not on the market yet, the new Razer Raptor, will be certified for G-SYNC before it’s even released. This list will grow as NVIDIA keeps testing a wider array of gaming monitors. It’s FreeSync! Only it’s called G-SYNC because you have an NVIDIA card. These twelve monitors are:ĭespite lacking the specialized G-SYNC hardware in G-SYNC-branded monitors, these monitors will automatically have G-SYNC enabled in NIVIDA’s driver if you connect them with adaptive sync enabled by the monitor itself. At CES, NVIDIA engineers told us they had independently tested hundreds of FreeSync monitors and found that only twelve passed its rigorous tests for panel quality, refresh consistency, color accuracy, and a gauntlet of other criteria. But it’s also selected a few FreeSync monitors that it thinks are worthy of its G-SYNC blessing (if not the official branding). Now, NVIDIA is making it very clear that it thinks the more expensive G-SYNC option, with NVIDIA hardware driving both the GPU and the monitor, is the superior choice.
NVIDIA’s new support for FreeSync monitors is via a program called “G-SYNC Compatible.” NVIDIA GPUs now work with FreeSync monitors with “G-SYNC Compatible” enabled in the configuration tool. As of NVIDIA driver version 417.71, released on January 15, 2019, this is no longer a problem.
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Here’s a more technical breakdown of G-SYNC and FreeSync.īut for several years, PC gamers with NVIDIA cards have lamented their lack of access to the adaptive sync/FreeSync capabilities on cheaper monitors. This module is manufactured and supplied by NVIDIA to its hardware partners, which is why G-SYNC monitors are almost universally more expensive than FreeSync monitors. Unlike FreeSync, which doesn’t need any additional hardware, G-SYNC monitors include a tiny computer module inside them to manage the syncing of frames rendered by the GPU and displayed by the screen. G-SYNC is NVIDIA’s branded alternative to adaptive sync/FreeSync.
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