Nvidia Reflex tested: How it makes you a better esports gamer

"Frames win games," Nvidia likes to say, but there's more to esports mastery than raw frame rates. How those frames get delivered matters too. Latency—the time it takes for an on-screen execute to happen after you public press a button—reigns supreme in the winking-and-you're-dead competitive esports scene. If your game looks esthetic but feels sluggish, you'll find yourself outgunned away rivals playacting with cheap visual settings to increase responsiveness.

Enter Nvidia Unconditioned reflex, introduced alongside the GeForce RTX 3080 and RTX 3090. If you've detected of it before, you probably associate information technology with first-latency features beingness added to games the like Call of Obligation: Warzone, Valorant, and Fortnite. But Reflex is in reality Nvidia's overarching brand name for a wide chain of new latency-obsessed tools. Yes, the Low Latency Mode being added to games is part of it, but on Tuesday, Nvidia and its partners are likewise rolling extinct blisteringly double-quick 360Hz G-Sync Esports monitors with Reflex Latency Analyzer built in. If you've invested in well-matched accessories, Reflex Response time Analyzer keeps tabs along the entire pipeline from the millisecond you click your mouse to the millisecond the game renders your ordnance shooting, helping you place which parts of your system are acting A a bottleneck.

Nvidia's Reflex Latency Analyzer and the Reflex Low Latency Mode being introduced to leading esports games are 2 same different technologies, with two very different use cases, and perhaps two somewhat different audiences. But they're some focused on the same underlying goal: making your games more answering. You don't need one to use the other. And better yet, Unconditioned reflex Latency Analyzer's powers let us evaluate the effectivity of both, as asymptomatic Eastern Samoa measure how much faster your reactions would be if you invested in a pricier artwork card or a high freshen rate monitor.

Studies have shown that lower latency can meliorate your shot accuracy and stamp out-to-expiry ratios in competitive esports. Today, we're going to quantify responsiveness across a wide scope of scenarios. Buckle up.

Editor's note: This article is updated PR to mention the Reflexive API feature coming to new titles. The most recent additions are Rust, Overwatch, and Rainbow Sextuplet: Beleaguering.

Nvidia Reflex Low Latent period Mode

First, let's dig into the Nvidia Reflex Low Latency Mode you may already be seeing in the games you play. (For brevity, we'll promise the software SDK "Nvidia Unconditioned reflex" from here on out.) If you'ray just interested in raw bench mark results for a wide sort of scenarios, consider jumping straight to our benchmarking subdivision instead.

Nvidia Reflex is an optional set of APIs that developers rump choose to implement in their game to abbreviate latency. It kit and boodle particularly well in hard GPU-bound scenarios—if you'atomic number 75 playing an esports game along a higher-resolution monitor, or crank up complete the eye candy, you'll see the most significant responsiveness improvements, as you'll see in our benchmarks department.

reflex latency api — How Nvidia Reflex improves latency in games.

Technically, the Nvidia Unconditioned reflex SDK whole caboodle by zeroing out the render waiting line, allowing the game locomotive engine to tell the CPU to submit render work to the GPU just-in-time. That keeps your game from feeling sluggish. Because the CPU isn't under stress to supply a render queue, it can keep an eye out for mouse clicks until the last possible second, too.

We witnessed Reflex's increased click reactivity when playing Valorant at 60Hz on a GeForce GTX 1660 with visual settings cranked. With Reflex active, our pussyfoot delivered a blistering 0.5-msec reaction time across 100 clicks, comprised of generally 0.4ms and 0.5ms clicks. With Reflex injured, information technology averaged 0.6ms, with generally 0.6ms and 0.7ms clicks. That's the most noticeable example, but across the board, we witnessed slightly better mouse latency with Reflex on. This careful benefit might be a piece hidden with the mouse we old for testing, though, as the Asus ROG Chakram Core is ludicrously fast. Most mice take several milliseconds to register a come home, but this matchless averages 0.5ms. Sultry damn.

screenshot 58 — You need to activate the various Nvidia Reflex features in the visual options of games that support IT, like *Fortnite*.

Nvidia supplements Reflex with an elective "Encourage" feature that you can pick out to enable. Boost, appropriately, keeps your GPU hike up filaria higher thus that frames hit your display faster. That may help Reflex provide a benefit evening if you're already playacting with low visual settings. In games, the Nvidia Reflex menu setting has three options: Off, Happening, and On + Boost. Because activating Boost doesn't have any drawbacks aside from a higher power draw, there's none reason to leave information technology handicapped if you'rhenium using Automatic.

Nvidia Reflex is already based on by many an of the almost popular shooting games around. You can employ Nvidia Reflex in Fortnite, Overwatch, Rainbow Six: Military blockade, Valorant, Apex Legends, Call of Duty: Warzone, Call of Duty: Modern War, Call of Duty: Sinister Ops Cold War, Destiny 2,Eat,CRSED, Mordhau, Enlisted, andWarface. Better up to now, the feature whole works with GeForce nontextual matter cards sledding the whole way back to the GTX 900-series. You don't need a pricy RTX 30-series GPU to use it.

Succeeding page: 360Hz G-Sync esports monitors with Reflex Latency Analyser

360Hz G-Sync esports monitors with Reflex Latency Analyzer

The Nvidia Reflex Contemptible Latency Mode feature helps the legal age of gamers out at that place—people who neediness their games to some look into good and feel good. The new half of Nvidia's Reflex suite focuses on esports obsessives: people who play their games on low visual settings to eke KO'd every drop of responsiveness, and who don't mind disbursal money to optimize their setup.

asus rog swift 360hz monitor — The Asus ROG Swift PG259QNR we victimized for testing.

The Reflex Latency Analyser comes incorporated in four 360Hz G-Sync Esports monitors being disclosed Tues. These monitors are collective round a new G-Sync processor that includes a USB pass-through port that was itself carefully tuned to avoid adding response time. Nvidia also worked with peripheral makers to create Reflex-compatible mice that send packets with exact get across-timing data.

When you plug a Reflex-mixable sneak away into the designated USB port on the rear of your display, and configure an connected-screen box to identify your gag flashing, Reflex Latency Analyser tooshie measure out mouse latent period, PC and exhibit latency, and an gross scheme response time.

reflex latency pic — The Reflex Latency Analyser found in 360Hz G-Sync Esports displays lets you measurement each this.

That's very helpful info for latency optimization while you're tinkering with game settings operating theater hardware upgrades. Previously, you needed a 1000fps camera or specialized testing equipment to beat overall system latency. With Reflex Latency Analyser, it's displayed in real meter via a new on-screen display in GeForce Experience.

The RLA overlayer displays not one, not ii, merely ten different metrics. It's topped by FPS and render latency stats, just we're nigh interested in the items further down: Mouse Latent period, PC + Display Latent period, and System Latency. Sneak away Latency speaks for itself and is tied to your Inborn reflex mouse's left mouse click. PC + Display Latency is "Premeditated from the present moment the click is received by the OS to the end of display latency," per Nvidia. This measurement besides displayed by your monitor's on-block out display. System Latent period combines the other two prosody to measure awash end-to-end responsiveness. In whol three items, the "Average" measurement displays the average of the last 20 clicks and is more useful for analysis than the pure frame-to-frame numbers.

screenshot 75 — Nvidia's Reflex Latency Analyzer cover in the upper berth-right box ofReturn-Fall upon: World-wide Disrespectful.

Reflex Latency Analyzer is kicking forth with four Unconditioned reflex-compatible mice: The Asus ROG Chakram Core we used for examination, the Logitech G Pro Wireless, the Razer DeathAdder v2 Pro, and the SteelSeries Rival 3. You may need to download new firmware to enable Reflex support. If you don't have a Inborn reflex-compatible mouse, Nvidia's setup can't measure your sneak out latency, which prevents the untasted system latency from being careful as well. That aforementioned, if you have one of the most commonly used esports mice, RLA still works. From Nvidia's reviewer's guide:

"For mice that have not gone finished our validation cognitive process to become Automatic Latency Analyser Compatible, there is a mouse database that stores the average latencies of known mice as well, devising full Scheme Latency analysis still possible. We will be adding new mice to the database as well atomic number 3 continuing to corroborate novel per-click Unconditioned reflex Latency Analyzer Compatible mice."

Even if your mouse International Relations and Security Network't supported any, you can still track PC + Display Latent period with Nvidia's tools. That can be very helpful while you're optimizing your gamy settings or hardware setup.

360hz monitors — The monitors and mice currently compatible with Nvidia's Reflex Latency Analyzer.

Four monitors are kickstarting the RLA ecosystem: the Asus ROG Swift PG259QNR, the Acer Predator X25, the MSI Oculux NXG253R, and the Alienware AW2521H. These are all high-end 1080p, 360Hz G-Sync monitors, rocking the comparable advanced G-Sync processor and even the same AU Optronics panel. While bleeding-edge freshen up rates typically kick off with faster, but less vibrant (TN) panels, these unveiling 360Hz monitors feature article dual-driver IPS panels that maintain side-melting speeds without sacrificing discolour. Hallelujah. We're testing the Asus ROG Swift PG259QNR, and the virtually tactile suaveness of a 360Hz refresh grade hindquarters't be overstated. From games to mousing around the desktop, everything runs like butter, and Asus's hardware and software package polish is top-notch.

Because these displays entirely use the same fundamental computer hardware, Nvidia was capable to produce a recently G-Sync Esports feature that provides an identical experience across monitors. Activated via your display's options menu, G-Sync Esports puts the display into dynamic mode, disables variable backlighting, activates Nvidia's Dark Boost technology, and increases the gamma rating to show faint areas more clearly. That fanny impact contrast ratio aesthetics, but combative gamers will take account the tactical reward. Nvidia says it derriere help provide a uniform experience in high-end competitions.

Setting skyward Nvidia Innate reflex Reaction time Analyzer

Getting the Reflex Response time Analyzer running takes around work.

Nvidia is emotional a new edition of GeForce Live this week that supports the technology. To construe with the new RLA overlay, you'll need to enable empirical features in GFE, American Samoa well as the "in-game overlie" option.

gfe performance — Penetrate the pitch icon

Once that's done, you need to bid Alt + Z to come up the GFE sheathing. Select the Performance option, and in the Performance chit that appears, click the tiny gear wheel icon next to the "Performance overlay" option.

gfe latency overlay — How to ready up Nvidia's Reflex Latency Analyser overlay.

You'll see a great deal of options. Select Operation, pick out your overlay position, and select Latency. Now, when you press Altitude + R the Reflex Latency Analyzer overlay will appear onscreen.

nvidia reflex muzzle overlay — This Nvidia-supplied screenshot shows the Reflex Latent period Analyzer monitoring box complete a muzzle flash inDestiny 2.

You also need to use your monitor's computer menu tools to seamster the technology to your specific games, and the specific animations you'atomic number 75 tracking to mensurate reaction time. Reflex Latency Analyser works by tracking the luminance of a specific part of the screen—typically a gun muzzle flash. It then calculates how long-dated it takes for that area to change after you suction stop your mouse, to determine overall organization rotational latency. Nvidia's Reflex SDK for games includes a "latency marker" selection that displays a flashing boxful on the edge of the screen to work measurements easy and universal, simply currently, only Fortnite supports information technology. In other games, you'll need to position the monitoring rectangle manually over your gun's muzzle flash (or whatever early invigoration you'atomic number 75 measuring).

nvidia reflex osd — You'll need to function your monitor's OSD to move the monitoring box around.

To do so, head into your varan's menu and top dog to the G-Sync Processor option, then the Nvidia Reflex Rotational latency Analyzer section. From there you'll see all the options you indigence to resize the monitoring rectangle and move IT approximately as needed. Cotton on right over the center of your muzzle flash, and make it as small as accomplishable in the revolve around of the action. You don't want light bloom at the edges of the flashes affecting measurements if you can facilitate it.

Following Page: Our prove setup, benchmarks begin

Our exam setup

Phew! Now that you know everything you need to roll in the hay about Nvidia Reflex Bass Latency Mode, the Reflex Latent period Analyzer tool in new 360Hz G-Sync Esports monitors, and how they're totally misrelated to each opposite, rent out's use Latency Analyzer to measure metrics that we couldn't before. Are the Nvidia Reflex options in supported games worthy? Does upgrading to a more knock-down GPU Beaver State quicker monitor really matter? How does dropping visual options to double-bass affect responsiveness? Now we can touchstone IT.

We benchmarked Nvidia Reflex on our standard graphics card testing system, which includes 32GB of RAM and an Intel Core i7-8700K overclocked to 5GHz on all cores. You stool find the specifics here. We tested the GeForce RTX 3080 as a high-end alternative, and the original GeForce GTX 1660 for a many mainstream comparison. We tested Valorant and Fortnite with Nvidia Involuntary + Encourage enabled.

asus rog chakram core 3d — The Asus ROG Chakram Core.

We strung-out two mice up to the system: The Reflex-open Asus ROG Chakram Core was obstructed into the G-Sync module to measure mouse rotational latency, and we redact tape over the sensor to observe information technology from moving during testing. A secondary mouse was used for navigation to the testing spots. We set up repeatable testing scenarios in custom matches for each game, clicked the left mouse button to trigger an action, then waited for the animation to reset completely before doing it once again. We did that 20 multiplication, jotted down the average Mouse, PC + Display, and System Latency results, then repeated the process four more times. Each result below is the average of 100 clicks, put differently.

We kept an eye on the monitor's real-time latency metrics throughout the process. If any given mouse click resulted in an abnormally high latency far outside of the average, we obstructed the measurements and restarted the 20-click process over. Variables in the game, like Fortnite's mean solar day/night cycle operating theatre Counter-Strike's stochastic chickens, arse introduce small, but discernible variations in latency results if you aren't sure.

The numbers below show results from the Personal computer + Display measurement. Part of Reflex Latency Analyzer's appeal lies in its mouse metrics and the overall system latency metrics those help provide, which isn't easily mensurable with other means, but they're non especially accommodative unless you induce multiple mice to compare against each strange. Our Asus ROG Chakram CORE averaged a face-unfrozen 0.5 millisecond response time time pretty such across the board, and in the two tests where it averaged high, IT only bumped up to 0.6ms. The real latency changes across our benchmarks occurred in the PC + Display mensuration, so that's what we're focusing on.

Nvidia Reflex latency benchmarks

Let's start with Fortnite. Epic worked closely with Nvidia around the RTX 3080 launch, and Fortnite now supports the full Unconditioned reflex SDK every bit well as time period ray trace and DLSS. The Nvidia Reflex SDK works best in GPU-bound scenarios, and activating ray tracing without DLSS makes your art wit travail even at 1080p. First, Lashkar-e-Toiba's have a look at how Nvidia Reflex can help with responsiveness.

With the RTX 3080, using ray trace to go around the bottleneck from the CPU to the GPU can hard strike latency, only activating Nvidia Reflex claws back much of the pain. Flipping on Inborn reflex results in a humongous fifty-plus percent latency advance with RTX on, and it's a difference you can truly feel in the game. That's great news if you like playing with complete the eye glaze along, or opt to use a higher 1440p or 4K resolution, which are more apt to become GPU-bound. With Reflex, you can have your coat and eat it too, leastways to few stage.

Reflex doesn't deliver so much sterling results if you aren't GPU-certain, however. With beam of light tracing turned off, the staggeringly powerful GeForce RTX 3080 becomes identically responsive with Unconditioned reflex on or off.

Stepping downwards to the much more common GTX 1660 reveals Reflex's ongoing utility. That art card is nowhere near as powerful equally the RTX 3080, and it can become GPU-bottlenecked at 1080p even with ray trace unfit victimisation the Epic seeable planned. Turning Nvidia Reflex on significantly reduces reaction time with the GTX 1660 once again, bringing USA down into the rough 20-millisecond range considered optimal for competitive esports.

Riot's Valorant has taken the world by tempest, and it's an incredibly well-optimized game. Steady with visual settings maxed away at 1080p, Valorant remains unbelievably responsive regardless of whether you have Nvidia Inborn reflex on or soured. To put these numbers in greater context, they're roughly twice A fast As the 20ms latency mark well-advised the agonistic esports aureate standard. If your halting refreshes at 60 frames per second, that works out to a new frame every 13.3ms. These results are faster than that. Damn.

I'd gestate there to be more issue if the resolution were boosted to 1440p Beaver State 4K, where the GPU comes more into play, but this is a 1080p panel. I was hoping to Be able to use Nvidia's Dynamic Fantastic Resolution feature to increase the render output to 4K, but Nvidia's experts warned me that doing so wouldn't create wholly accurate metrics, due to the slight overhead that DSR imparts. Regrettably.

Next page: Benchmarking refresh rates and visual settings impact

Brush up rates and visual settings impact

But we butt test more stuff. Those Fortnite and Valorant metrics were taken connected a blistery 360Hz panel. Latency improves with high refresh rates. Most people have a 60Hz display. How does using that more common refresh rate affect Inborn reflex's capabilities? We locked the Asus ROG Swift PG259QNR's refresh rate to 60Hz exploitation Nvidia Control Panel to find out. (We consulted with Nvidia to substantiate that doing so wouldn't affect the Reflexive Rotational latency Analyzer's reliability.)

There are a smattering of takeaways hither. First, note how a good deal to a lesser extent religious music these games get moving from a 360Hz to a 60Hz panel—on that point's a marked downgrade crossways the board compared to early results. (We'll plunk into that more afterwards.) Unconditioned reflex continues to help importantly for the GTX 1660 in Fortnite, too as the RTX 3080 with ray tracing enabled. Valorant's responsiveness cadaver largely unaffected with Inborn reflex active at 1080p.

Let's keep that train of thought choo-chooing. We also time-tested Fortnite and Valorant with the proctor locked at 60Hz, 144Hz, and 360Hz refresh rates to illustrate the advantage that faster displays provide. We also threw in Parry-Strike: Global Disrespectful because it's massively popular—and to drive home the fact that Nvidia Reflex and Reflex Latency Analyzer are mutually exclusive. CSGO doesn't support the Nvidia Physiological reaction Low Latency Mode APIs, but you can still measure its rotational latency (and the latency of whatsoever game) with Nvidia's tools. We tested all three games with the highest visual settings possible, with Reflex remove and ray tracing disabled in Fortnite.

Latency scales downwardly as refresh rates lift, as you'd wait. Spell upgrading to a 360Hz monitor decidedly provides more responsiveness, 144Hz seems like the sweet spot, with diminishing returns thereafter—specially if you'Ra playing esports games with an ultra-virile GPU suchlike the RTX 3080.

Now let's do something completely different. We've been testing these titles with maxed-out graphics settings to mental testing the effectuality of Nvidia Reflex, which kicks in harder the heavier your GPU is being utilized. But many militant esports players play the direct opposite way, cranking down all the visuals to improve frame rates and response times. How does Nvidia Reflex hold up versus that standard? We tuned rearmost Fortnite (with beam tracing sour) and Valorant to find oneself out, victimization the panel's full 360Hz speeds.

As you can see, playing with low visual settings clay the just about responsive option. With the CPU being the bottleneck at that point, Nvidia Reflex's benefits are essentially zip in standard circumstances. It yet seemingly adds a bit of latency with the GTX 1660 on a 360Hz panel in Fortnite—though 18.8ms remains firmly in the "competitive-grade esports" family.

There are two considerations to livelihood in nou, though. First gear, the tooshie-rung visuals are ugly: jagged edges, low-res textures, you name it. Boosting the visuals in the lead higher to get obviate that is worthwhile for everyone simply the most competitive gamers, and Nvidia Reflex helps you nipper nearly of the responsiveness second.

S, even when you drop all visuals to low to make the C.P.U. your bottleneck, several scenes in some games can still become GPU-bound. Nvidia's Seth Schneider highlighted a tightlipped round toward the end of an Apex Legends map. When people start chucking thermite grenades, the game can suddenly impudent to being GPU-bound, and having Nvidia Reflex on sack greatly help with responsiveness in that scenario, he says.

Next page: Tail line

Bottom line

That was a long-acting ride full of exciting findings. Hopefully you sympathise the differences between the Nvidia Reflex feature establish in games and the Reflex Latent period Analyser found in monitors forthwith. Like I said, they're two very different tools with two selfsame different uses, but both can help you become a better esports player.

First, let's discuss the Nvidia Reflex Low Latency Manner feature in games. It won't help you across the board, but it can improve response time significantly if you become GPU-bound, roughly doubling responsiveness in situations where your graphics lineup is stressed. That's huge for casual esports gamers. Nvidia Reflex fire let you bump up visual details while keeping your games responsive. That's an all-around come through for your gaming experience. Better yet, activating Reflex ne'er really hurts responsiveness. There's no reason not to turn it on. This is a fantastic technology that can give you a real edge terminated your contest, as studies have shown that player accuracy and stamp out-to-death rates improve as response time goes down.

I surmise Reflex would be even more beneficial at 1440p and 4K resolutions, but the panel we used for testing is a 1080p exhibit, and we need its analyzing tools to measure latency metrics. (We'd love to see 1440p, 144Hz monitors with Inborn reflex Latency Analyzer inside.) Definitely try it though; since they've co-ordinated the Reflex API, both Fortnite and Valorant now include an option to picture some latency metrics onscreen in the game itself. You stern employment those to see if turning Reflex on makes a difference on your system even if you don't have a 360Hz G-Sync Esports showing, and to be honest, you'll belik feel it if Reflexive drops reaction time significantly. It's very noticeable in theFortnitescenarios that indicate the biggest improvements.

screenshot 67 — You tin seeValorant's indigene response time monitoring graphs underneath the RLA overlay in that screenshot.

Speech production of those 360Hz G-Sync Esports monitors, they're also very effectual, but aiming for a very different crowd—very competitive and deep-pocketed esports fanatics. Asus hasn't announced pricing for the gilded ROG Swift PG259QNR display we victimised for testing, but the non-"R" ROG Swift PG259QN simulate that lacks Reflex Rotational latency Analyzer capabilities costs $700. Expect to wage more for this enthusiast model.

You get much for your money, though. Performin on a 360Hz IPS monitor is simply reverend. Everything feels sosmooth. Some the visual quality of the panel and the build quality of Asus's monitor are top notch. This thing rocks. Reflex Rotational latency Analyzer is almost just a prize-adding ruby on go past.

asus rog swift 360hz monitor back — You need to plug your mouse into a specialized USB port on the rear of your monitor to economic consumption Nvidia's Reflex Latency Analyzer.

That's generally where I fall on Reflex Rotational latency Analyzer for actual gamers. The technology is terrific for reviewers like myself, allowing us to test the salmagundi of latency scenarios we walked through earlier. For median populate and casual gamers, it's overkill.

Only if you'Ra the sort of person WHO is disposed to invest hundreds and hundreds of dollars into a 360Hz display for peak competitive performance anyway, you'll probably find Reflex Reaction time Analyzer valuable. Being competent to see the latency bear on created by hardware changes and by tweaking specific visual settings in games seat help you fine-tune things so your game looks good and feels great, particularly if you're using the Nvidia Reflex Low Latency Mode in games. There's a lot you could play with. Nvidia's Reflex Latency Analyzer is a gravy for optimization geeks.

A large-mouthed part of the appeal lies in Reflex Latency Analyzer's ability to measure mouse responsiveness for true end-to-end arrangement latency, but that's the least compelling reason out to buy out in, leastwise for forthwith. Yes, measure system latency used to take such more equipment. But today, lonesome four mice support Reflexive Latency Analyzer. Once I realized the Asus ROG Chakram Core mouse enclosed in my reviewer outfit delivered 0.5ms of average rotational latency crossways the board, I couldn't really do anything else with the information. It just is what it is. Erst more than mice tote up Reflex Latency Analyser support, or once Nvidia adds a wider array of average rotational latency data for groundless mice to its database, the feature will be more persuasive. (Currently, Nvidia's database provides mean flick latency information for the top 30 esports mice, as tabulated by ProSettings.net, with plans to add more.)

This ROG Chakram Core is evenhanded as potent as the 360Hz ROG Swift monitor, though. Pinnacle-level gambling mice, including the others with Reflex Latency Analyzer backup, take several milliseconds to register a click. The ROG Chakram Core sends its signals in uncomplete a millisecond. IT's insane, and you can feeling it in moment-to-moment gameplay. If you're a competitive esports gamer, match it out even if you aren't interested in the 360Hz G-Sync Esports display ecosystem.

Inferior line? Nvidia Reflex tail end help make you a better esports gamer, regardless of which aspect you're examining. The Nvidia Reflex Low Latency Way lineament can drastically improve responsiveness if you like games to both look healthful and feel bully. On that point's no more reason not to crook it on. The Reflex Latency Analyzer in 360Hz G-Sync Esports monitors serves a much more recession crowd and needs fuller ecosystem support to sincerely glitter, but if you're invested in esports sufficient to flatbottom consider pick up a 360Hz panel, you'll get it an valuable tool around in your tinkering. We're excited aside what Nvidia's trying to nurture Here.

If you want to go fifty-fifty deeper down the reaction time rabbit fix, this extremely technical Nvidia explainer describing the Reflexive suite of technologies is extremely recommended.

Note: When you purchase something after clicking links in our articles, we May earn a small commission. Read our affiliate link policy for more than inside information.

Source: https://www.pcworld.com/article/393646/tested-how-nvidia-reflex-can-make-you-a-better-esports-gamer.html

Posted by: murraybrounrave.blogspot.com