Most gamers need 144Hz. Competitive FPS players benefit from 240Hz. Only dedicated esports competitors with the hardware to push 400 frames per second or more will see a real return from 540Hz. The reason comes down to math: upgrading from 60Hz to 144Hz cuts nearly 10 milliseconds from the time between frames, while jumping from 240Hz to 540Hz saves only about 2.3 milliseconds. The first upgrade is transformative, the second is a refinement.
That said, refresh rate is not a single number you can shop by. What you actually need depends on the games you play, the frame rates your GPU can sustain, and whether your cable and display can carry the signal in the first place. This guide breaks down what Hz really means, what limits it, how to match it to your games, and how to test and change it on your own PC.
What is refresh rate, and what does Hz mean? Refresh rate is the number of times per second your display redraws the image on screen, measured in hertz (Hz). A 144Hz monitor redraws the image 144 times every second. A 240Hz monitor does it 240 times. A 540Hz monitor does it 540 times.
Each of those redraws is a fresh window into the game world. The more often the window updates, the more current the information your eyes receive, and the smoother motion appears. At 60Hz, a fast-moving crosshair travels a noticeable distance between updates, which the brain perceives as blur or stepping. At 240Hz, that gap shrinks dramatically.
Refresh rate vs. frame rate: they are not the same thing This is the single most common misunderstanding in display shopping, so it is worth being precise:
Refresh rate (Hz) is a property of your monitor. It is the ceiling on how many images the display can show per second.Frame rate (FPS) is a property of your PC. It is how many images your GPU and CPU actually produce per second.The two work together, and the lower one wins. A 240Hz monitor fed 90 FPS by your GPU delivers a 90 FPS experience. A GPU pushing 300 FPS into a 144Hz monitor delivers a 144Hz experience. Buying a high refresh rate display without the hardware to feed it is one of the most common and expensive mistakes in PC gaming.
The frame time math that explains everything Refresh rate is easier to reason about when converted into frame time, which is the gap in milliseconds between each screen update. Divide 1,000 by the refresh rate:
Refresh rate
Frame time
Improvement over previous tier
60Hz
16.67 ms
Baseline
120Hz
8.33 ms
8.34 ms faster
144Hz
6.94 ms
1.39 ms faster
240Hz
4.17 ms
2.77 ms faster
360Hz
2.78 ms
1.39 ms faster
540Hz
1.85 ms
0.93 ms faster
Notice the shape of the curve. Moving from 60Hz to 144Hz removes 9.73 milliseconds of latency between frames. Moving from 240Hz all the way to 540Hz removes only 2.32 milliseconds, despite more than doubling the refresh rate and typically costing far more. This is why display experts describe high refresh gains as logarithmic rather than linear, and why the 60Hz to 144Hz upgrade is almost universally recommended while the 240Hz to 540Hz upgrade is not.
What impacts your actual refresh rate Your effective refresh rate is limited by the weakest link in a chain of four components: your GPU, your CPU, your monitor, and the cable between them. All four have to support your target.
Your GPU Your graphics card determines how many frames per second you can actually generate, and that number varies enormously by game and settings. A card that pushes 400 FPS in a competitive shooter at 1080p might manage 70 FPS in a ray-traced open world at 4K. To benefit from a 240Hz panel, you need to sustain roughly 240 FPS in the games you play most.
Resolution is the biggest lever here. Dropping from 4K to 1440p, or from 1440p to 1080p, dramatically increases frame rate on identical hardware. Lowering settings that competitive players do not need anyway, such as shadows, volumetric effects, and ambient occlusion, buys back significant headroom. Upscaling and frame generation technologies can also raise frame rates substantially, though generated frames improve visual smoothness more than they improve input responsiveness.
Which GPUs can drive which refresh rates The current generation on the market is NVIDIA's RTX 50 Series (Blackwell), AMD's Radeon RX 9000 Series (RDNA 4), and Intel's Arc B-Series (Battlemage). The table below maps each performance tier to the refresh rate it can realistically saturate.
Read it as two very different jobs. Competitive esports titles run at optimized low settings and produce enormous frame rates. Modern AAA games at high settings produce a fraction of that on identical hardware. The same card can be a 360Hz card in one game and a 90Hz card in another.
Tier
Representative GPUs
Esports titles (1080p/1440p, optimized)
Modern AAA (1440p, high)
Flagship
RTX 5090, RTX 5080
400+ FPS, saturates 360Hz and can approach 540Hz
100 to 144+ FPS, comfortably feeds 144Hz
High-end
RTX 5070 Ti, RX 9070 XT
300 to 400+ FPS, saturates 240Hz with headroom
80 to 120 FPS, feeds 120Hz to 144Hz
Upper mid-range
RTX 5070, RX 9070
240 to 350 FPS, comfortable at 240Hz
60 to 100 FPS, feeds 144Hz with upscaling
Mid-range
RTX 5060 Ti, RX 9060 XT 16GB
200 to 300 FPS, ideal for 144Hz to 240Hz
50 to 80 FPS at 1440p, stronger at 1080p
Entry
RTX 5060, Arc B580, Arc B570
144 to 240 FPS at 1080p
40 to 70 FPS, best paired with 1080p 144Hz
These are realistic targets rather than benchmark results, and they shift with the specific title, your settings, and your CPU. Two points of context are worth knowing when you shop:
AMD did not build a halo card this generation. The RX 9070 XT sits at the top of the RDNA 4 stack, positioned for 1440p high refresh and entry-level 4K, and it competes with the RTX 5070 and 5070 Ti class rather than the 5090. If you are targeting 540Hz at maximum settings, the top of NVIDIA's stack is currently the only option.Intel competes on value, not peak refresh. The Arc B580 delivers roughly RTX 4060-class performance with 12GB of memory at a budget price, which makes it a sensible 1080p 144Hz card. It is not the tool for chasing 240Hz and above.Your CPU Here is the detail that overturns a lot of high refresh buying advice: in competitive shooters at 1080p, your CPU usually runs out of headroom before your GPU does.
The split in labor explains why. The CPU prepares each frame by running game logic, physics, and draw calls, and that workload stays roughly constant no matter what resolution you play at. The GPU then draws the frame, and its workload scales steeply with resolution and settings. So the lower your resolution and settings, the more the CPU becomes your limiting factor.
This creates a result that surprises most buyers: the higher the refresh rate you chase, the more CPU-dependent your setup becomes. Chasing 240Hz or 540Hz pushes you toward low resolution and stripped-back settings, which is precisely the configuration where the GPU coasts and the processor becomes the wall. Counter-Strike 2 and Valorant are CPU-bound at competitive settings, which is why a mid-range GPU with a strong CPU will out-frame a flagship GPU with a weak one in those exact titles.
Two quick diagnostics tell you where you stand:
GPU usage sitting at 95 to 100 percent means you are GPU-bound, and a better graphics card will help. GPU usage sitting at 50 to 70 percent while your frame rate refuses to climb means you are CPU-bound, and a better graphics card will change nothing. Which CPUs are best for high refresh gaming Cache is the single most important CPU characteristic for high frame rate gaming. A large L3 cache keeps game data close to the processor and reduces trips to system memory, and that latency reduction is exactly what produces high, consistent frame rates in esports titles. This is why AMD's X3D chips, which stack additional 3D V-Cache onto the die, currently dominate gaming benchmarks.
Tier
Processor
Why it suits high refresh gaming
Fastest gaming
AMD Ryzen 7 9850X3D
Currently the fastest gaming processor available, though only marginally ahead of the 9800X3D
Best value for gaming
AMD Ryzen 7 9800X3D
8 Zen 5 cores with 96MB of 3D V-Cache. The consensus pick for pure gaming builds, at a much lower price than the chips above it
Gaming plus creation
AMD Ryzen 9 9950X3D
16 cores with 3D V-Cache. Matches the 9800X3D in gaming while adding substantial multi-threaded capacity
Mid-range value
Intel Core Ultra 7 270K Plus
Strong frame time consistency and far more multi-threaded performance than similarly priced non-X3D competitors
Budget
AMD Ryzen 5 9600X
The strongest pure-gaming option at the entry end for 144Hz targets
Previous-gen value
AMD Ryzen 7 7800X3D
Still an excellent high refresh chip if you are already on AM4 or AM5 and want to avoid a platform change
A few things worth knowing before you spend:
The gap between AMD and Intel is unusually wide in gaming right now. Testing from Tom's Hardware puts the Ryzen 7 9800X3D roughly 35 percent ahead of Intel's Core Ultra 9 285K in average gaming frame rates, with individual titles showing far larger margins. Intel's Arrow Lake Refresh (the Core Ultra 200S Plus series launched in March 2026) narrowed the deficit but did not close it.Intel remains competitive on value and productivity. If you stream, edit, or run heavy multi-threaded workloads alongside gaming, the Core Ultra 200S Plus chips make a strong case, particularly in the mid-range.More cores do not mean more frames. The 8-core 9800X3D matches the 16-core 9950X3D in gaming. Extra cores help productivity, not frame rate.Memory speed matters more than people expect. Fast DDR5 meaningfully raises frame rates in CPU-bound esports titles, so do not pair a high-end processor with slow memory.GPU power delivery on laptops GPU power delivery matters as much as the GPU model on laptops, because the same chip can be configured at very different wattages. The Predator Helios 18 AI (PH18-73-98GC) runs its NVIDIA GeForce RTX 5080 Laptop GPU at a 175W maximum graphics power, which is what lets it sustain the frame rates its 250Hz panel is built to display rather than throttling back partway through a session. On the processor side it pairs that with an Intel Core Ultra 9 275HX, a 24-core HX-class chip boosting to 5.40 GHz, which is the mobile tier built to feed high refresh panels rather than the lower-power chips found in thin-and-light machines.
Laptop buyers have less to decide here than desktop builders, since the CPU and GPU arrive already paired. The thing to check is that both are HX-class or equivalent flagship mobile silicon rather than a strong GPU bolted to a low-power processor.
Your monitor The panel itself sets the hard ceiling. A 144Hz monitor cannot display 240 FPS no matter how powerful your GPU is. Beyond the headline number, two panel characteristics matter enormously:
Pixel response time is how quickly each pixel can change color, measured in milliseconds. If pixels transition slower than the refresh interval, you get smearing that erases the clarity the high refresh rate was supposed to deliver. A 240Hz panel with sluggish 5ms response time will look worse in motion than a well-tuned 144Hz panel. OLED panels excel here, with response times as low as 0.01ms.Panel type shapes the tradeoff. OLED delivers near-instant response and perfect blacks. IPS offers strong color and viewing angles with good response times. Fast TN panels historically hit the highest refresh rates at the lowest cost, at the expense of color and viewing angles.Your cable and port This is the step most buyers skip, and it quietly caps performance. High refresh rate signals at high resolution require enormous bandwidth, and not every cable or port can carry them.
DisplayPort 2.1 defines three tiers: UHBR10, UHBR13.5, and UHBR20, with maximum bandwidths of 40Gbps, 54Gbps, and 80Gbps respectively. Cables supporting these tiers carry the DP40, DP54, and DP80 labels. By comparison, HDMI 2.1 tops out at 48Gbps.
Practical guidance:
1080p or 1440p at 144Hz: DisplayPort 1.4 or HDMI 2.1 is comfortable.1440p at 240Hz: DisplayPort 1.4 handles this, often with Display Stream Compression (DSC).1440p at 500Hz or above, or 4K at 240Hz: you want DisplayPort 2.1 with a certified DP80 cable. Lower tiers force DSC, which is visually lossless but can introduce brief handshake delays when switching modes or alt-tabbing.Two rules save a lot of frustration. First, a generic "DP 2.1" label on a cable means little; look for the VESA DP40, DP54, or DP80 certification. Second, the link only runs at the tier both your GPU and monitor support, so check both ends before buying a premium cable.
Laptop users driving an external high refresh display should check the port standard as well. Thunderbolt 5, found on machines like the Predator Helios 18 AI, carries up to 120Gbps, which is ample headroom for high refresh external monitors that older laptop ports would bottleneck.
What refresh rate is optimal for gaming? For most gamers in 2026, 144Hz to 165Hz is the sweet spot. It delivers the overwhelming majority of the perceptible benefit, it is achievable on mid-range hardware in most titles, and displays at this tier are affordable and widely available.
Here is how the three tiers compare in practice:
144Hz
240Hz
540Hz
Frame time
6.94 ms
4.17 ms
1.85 ms
FPS needed to saturate
144+
240+
540+
Best for
All-around gaming, single-player, most multiplayer
Competitive FPS, ranked play, fast-paced shooters
Esports competition, professional and semi-pro play
Typical resolution pairing
1440p or 4K
1080p or 1440p
1080p or 1440p
GPU demand
Moderate
High
Very high
Noticeable to
Nearly everyone coming from 60Hz
Most attentive players
Trained competitive players
The pattern that emerges from perception research is consistent: the jump from 60Hz to 120Hz delivers a far more noticeable improvement in smoothness than the entire leap from 240Hz to 1000Hz for most people. Ultra-high refresh rates are not useless, but their benefit shifts from obvious smoothness to subtle motion clarity. At 540Hz, one artifact that still persists is the phantom array effect, where the eye tracking a fast-moving object perceives discrete steps rather than continuous motion. Higher refresh rates reduce the spacing between those steps.
There is also a competitive-hardware argument worth knowing. NVIDIA has noted that esports professionals have long tuned their setups for very high frame rates, and that data from ProSettings.net and BattleRoyaleSettings.com showed 99 percent of battle royale professionals using 144Hz monitors or above, with 30 percent on 240Hz displays. The correlation is real, though it is worth remembering that professionals also have elite reflexes, low-latency network connections, and thousands of practice hours behind them.
Do not overlook adaptive sync For many players, variable refresh rate technology matters more than raw Hz. G-SYNC and FreeSync let the display refresh in step with your GPU's actual output, eliminating screen tearing and the stutter that occurs when frame rate falls below refresh rate. A 144Hz monitor with adaptive sync often feels smoother in real gameplay than a 240Hz monitor without it, because real frame rates fluctuate constantly. Treat adaptive sync as a baseline requirement, not a premium extra.
The type of game determines the refresh rate you truly need
This is the most useful filter, and it is the one most buying guides skip. What you play matters more than what the spec sheet says.
1. Competitive FPS and esports titles: 240Hz and above Counter-Strike, Valorant, Overwatch, Apex Legends, Rainbow Six Siege, and similar titles are built around flick shots, target tracking, and peeker's advantage. These games reward every millisecond of reduced latency and every improvement in motion clarity. They also run at extremely high frame rates because they are deliberately optimized to do so, which means a powerful GPU can realistically saturate a 240Hz or even 540Hz panel at 1080p or 1440p.
If you play ranked competitive shooters seriously, this is the one genre where 240Hz is genuinely justified and 540Hz is defensible.
2. Fast-paced action, racing, and fighting games: 144Hz to 240Hz Racing sims, action games, character action titles, and fighting games all involve fast motion and timing-sensitive input. They benefit clearly from high refresh rates, but they rarely sustain the extreme frame rates that competitive shooters do, and their skill ceilings are less sensitive to single-millisecond differences. 144Hz to 240Hz covers this category well.
3. Single-player, open world, and cinematic games: 120Hz to 144Hz Story-driven and open-world games are typically GPU-bound with demanding visuals, ray tracing, and large draw distances. Hitting 240 FPS in these titles is unrealistic on most hardware, and the experience benefits far more from resolution, image quality, and HDR than from refresh rate. A 120Hz or 144Hz display at higher resolution is the better allocation of budget here.
4. Strategy, turn-based, simulation, and card games: 60Hz to 120Hz Turn-based strategy, 4X games, city builders, RPGs with menu-driven combat, and card games have essentially no latency-sensitive input. Nothing in the gameplay loop rewards faster screen updates. High refresh rate is not harmful, but it delivers close to zero competitive value. Spend the budget on resolution, color accuracy, or screen size instead.
A note on consoles If you game on a console, most cap out at 120Hz output. A 240Hz or 540Hz monitor provides no additional benefit for console play, though it remains useful if the same display serves a gaming PC.
How to test your current refresh rate Before buying anything, confirm what your setup is actually running. Many monitors ship configured at 60Hz by default, which means a significant number of people who bought a high refresh display have never actually used it.
Check the refresh rate in Windows 11 Right-click on your desktop and select Display settings . Scroll down and select Advanced display . Look at the Choose a refresh rate dropdown. The current value is displayed there. If your monitor is capable of 165Hz but the dropdown reads 60Hz, you have found free performance.
Verify with an online refresh rate test Browser-based tools such as UFO Test and Testufo measure the refresh rate your display is actually delivering and show side-by-side motion comparisons. These are useful for confirming that a change took effect and for visually appreciating the difference between refresh rate tiers.
Confirm in-game frame rate Refresh rate only helps if your frame rate can meet it. Enable the frame rate counter in your GPU control panel, game overlay, or in-game settings, then play normally and watch the number. If you average 90 FPS in your main game, a 240Hz monitor will not change your experience until you upgrade your GPU or lower settings.
How to change your refresh rate in Windows 11
Follow these steps to set your display to its maximum supported refresh rate:
Right-click on the desktop and select Display settings . If you have multiple monitors, select the display you want to change. Scroll down and select Advanced display . Open the Choose a refresh rate dropdown and select the highest value listed. Click Keep changes when prompted. If the refresh rate you expect is not listed, work through these causes in order:
Cable: confirm you are using a DisplayPort or HDMI 2.1 cable rated for your target, not the low-spec cable that shipped in the box with an unrelated device.Port: make sure the cable is plugged into your discrete GPU, not the motherboard's onboard video output.Drivers: update your GPU drivers, then check your GPU control panel, which sometimes exposes higher modes than the Windows dropdown.Monitor OSD: some high refresh displays ship with an "Overclock," "Extreme Mode," or DFR setting that must be enabled in the monitor's own on-screen menu before Windows can see the top refresh rate.Laptops: if you are on a gaming laptop, confirm the internal display is being driven by the discrete GPU. Systems with a MUX switch can route the panel through integrated graphics, which caps performance. Machines with NVIDIA Advanced Optimus, including the Predator Helios 18 AI, handle this switching automatically, so the panel gets the discrete GPU when gaming without you having to toggle a setting and reboot.Predator hardware that matches the whole chain Everything above comes back to one idea: your refresh rate is only as good as the weakest link between GPU, panel, and connection. The advantage of a purpose-built gaming laptop is that the matching is already done.
Predator Helios 18 AI (PH18-73-98GC) The Predator Helios 18 AI is a clear illustration of a balanced high refresh chain, and its 250Hz panel lands right in the competitive tier this guide recommends for fast-paced shooters.
Component
Specification
Display
18" WQXGA (2560 x 1600) 16:10 IPS, 250Hz, NVIDIA G-SYNC
GPU
NVIDIA GeForce RTX 5080 Laptop GPU, 16GB GDDR7, 175W max graphics power
Processor
Intel Core Ultra 9 275HX, 24 cores, up to 5.40 GHz
Memory
64GB DDR5
Storage
2TB PCIe NVMe Gen 5 SSD
Connectivity
Thunderbolt 5, Wi-Fi 7, HDMI, RJ-45
OS
Windows 11 Home
Three details matter specifically for high refresh gaming:
The GPU can actually feed the panel. A 250Hz display needs roughly 250 FPS to be fully used, and an RTX 5080 running at 175W with DLSS 4 Multi Frame Generation is genuinely capable of that in competitive titles at this resolution. This is the pairing most buyers get wrong when they shop for refresh rate alone.G-SYNC is built in. As covered above, adaptive sync often matters more in practice than raw Hz, because real frame rates fluctuate constantly. Having it native to the panel means no tearing and no stutter when a demanding scene pulls you below 250 FPS.NVIDIA Advanced Optimus removes the GPU routing problem. The internal display switches to the discrete GPU automatically for gaming, so you avoid the single most common cause of a high refresh laptop quietly underperforming.Sustaining those frame rates also depends on cooling, which is why the 6th Gen AeroBlade 3D fan design with 0.05mm metal blades matters more than it might appear on a spec sheet. Frame rate that collapses after twenty minutes of thermal load is not frame rate you can rely on in a ranked match.
For other configurations and screen sizes, the wider Predator Helios range covers the same principle at different price points.
Predator monitors for desktop setups On the desktop side, Predator gaming monitors span every tier in this guide. The Predator X27U OLED sits at the extreme end: a WQHD OLED display running at a 540Hz refresh rate with 0.01ms pixel response, G-SYNC Compatible certification, and Dynamic Frequency and Resolution that lets you switch between 540Hz at WQHD and up to 720Hz at HD resolution depending on the title. That dual-mode approach is a smart answer to the tradeoff at the heart of this article: run maximum refresh for competitive sessions, then switch back to full resolution for visually rich single-player games.
If 540Hz is more than your library demands, the broader Predator range covers the 144Hz to 240Hz tiers where most gamers should be shopping, including OLED, Mini LED, and ultrawide options.
The bottom line Refresh rate follows a curve of diminishing returns, and knowing where you sit on that curve saves real money. If you are still on 60Hz, moving to 144Hz is the single highest-impact display upgrade available and will transform how every game feels. If you already game at 144Hz and compete in fast-paced shooters, 240Hz is a worthwhile step that most attentive players can perceive. If you are chasing 540Hz, be honest about whether your GPU can produce those frames and whether your genre rewards them, because for the vast majority of players that budget delivers more enjoyment spent elsewhere.
Whatever tier fits your play style, match the whole chain. Confirm your GPU can generate the frames, your panel can display them, and your connection can carry them. That is exactly what a system like the Predator Helios 18 AI is built to deliver, pairing a 250Hz G-SYNC display with an RTX 5080 that can genuinely feed it, so the refresh rate on the box is the refresh rate you actually get. For desktop builds, Predator gaming monitors cover the same principle from 144Hz all the way to 540Hz.
Frequently asked questions Is 144Hz enough for gaming in 2026?
Yes, for the large majority of gamers. 144Hz delivers most of the perceptible smoothness benefit over 60Hz, runs comfortably on mid-range hardware, and suits every genre outside high-level competitive shooters. Only players who compete seriously in fast-paced FPS titles have a strong case for going higher.
Can you actually see the difference between 240Hz and 540Hz?
Trained competitive players can perceive a difference in motion clarity, particularly when tracking fast-moving objects, but it is far subtler than the jump from 60Hz to 144Hz. The improvement at that tier comes mainly from reduced motion artifacts rather than an obvious increase in smoothness, and most casual players will not reliably notice it.
Do I need a 540Hz monitor?
Almost certainly not. A 540Hz display only pays off if you play competitive esports titles that your hardware can run at 400 to 540 frames per second, and if you compete at a level where fractions of a millisecond affect outcomes. For everyone else, that budget delivers more value spent on resolution, panel quality, or a stronger GPU.
Does a higher refresh rate improve your aim?
Indirectly. Higher refresh rates reduce input latency and improve motion clarity, which makes tracking targets easier. Research and industry data show a correlation between high refresh setups and better competitive performance, though skill, practice, and network latency remain far larger factors than display refresh rate alone.
What frame rate do I need for a 240Hz monitor?
You need to sustain around 240 FPS to fully use a 240Hz display. Below that, the monitor simply displays the frames your GPU produces. Adaptive sync technologies like G-SYNC and FreeSync keep the experience smooth when your frame rate falls short, which is why they are worth enabling regardless of your refresh rate.
Is refresh rate more CPU or GPU dependent?
Refresh rate itself is a property of your monitor, but the frame rate needed to fill it depends on both. In simple terms, the CPU sets your frame rate ceiling and the GPU determines whether you reach it. At low resolutions and settings, which is how competitive players configure their games, the CPU is usually the limiting factor. At 1440p and 4K with high settings, the GPU becomes the limit. Counter-intuitively, the higher the refresh rate you chase, the more CPU-dependent your build becomes.
What is the best CPU for high refresh rate gaming?
The AMD Ryzen 7 9800X3D is the consensus pick for pure gaming builds, with the Ryzen 7 9850X3D slightly faster and the Ryzen 9 9950X3D adding productivity capability at the same gaming performance. AMD's advantage comes from 3D V-Cache, which reduces memory latency and lifts frame rates in cache-sensitive esports titles. Intel's Core Ultra 200S Plus series is competitive on value and multi-threaded work, particularly the Core Ultra 7 270K Plus in the mid-range.
Do I need a better CPU or a better GPU for higher FPS?
Check your GPU utilization while gaming. If it sits near 100 percent, the GPU is your limit and upgrading it will raise your frame rate. If it sits well below that while your frame rate stays flat, the CPU is your limit and a new graphics card will not help. Esports titles at 1080p are usually CPU-limited, while AAA titles at higher resolutions are usually GPU-limited.
What GPU do I need for a 240Hz monitor?
For competitive esports titles at 1080p or 1440p, an upper mid-range card such as an RTX 5070 or RX 9070 will comfortably hold 240 FPS. For modern AAA games at 1440p, reaching 240 FPS requires flagship hardware and usually upscaling. Note that in CPU-bound esports titles, your processor matters as much as your graphics card, so a balanced build beats an expensive GPU paired with a weak CPU.
Do AMD and Intel GPUs support high refresh rate gaming?
Yes. AMD's Radeon RX 9000 Series supports high refresh gaming with FreeSync adaptive sync and FSR upscaling, with the RX 9070 XT at the top of that stack for 1440p high refresh play. Intel's Arc B-Series supports variable refresh rate and XeSS upscaling and is well suited to 1080p at 144Hz, though it is not positioned for the 240Hz and above tier. The main practical difference at the extreme end is that the highest refresh targets currently need the top of NVIDIA's stack.
Is refresh rate or resolution more important?
It depends on what you play. Competitive shooter players should prioritize refresh rate, typically at 1080p or 1440p. Players who favor single-player, open-world, and visually rich games should prioritize resolution and panel quality. Dual-mode monitors that trade resolution for refresh rate on demand let you have both.
Why is my 165Hz monitor only running at 60Hz?
Windows often defaults new displays to 60Hz. Open Display settings, select Advanced display, and choose the highest value in the refresh rate dropdown. If the higher rate is not listed, check that you are using an adequate cable, that it is connected to your discrete GPU rather than the motherboard, that your GPU drivers are current, and that any overclock or performance mode in the monitor's on-screen menu is enabled.
Does refresh rate matter outside of gaming?
Yes, though modestly. Higher refresh rates make cursor movement, scrolling, and window animations noticeably smoother, and some users report reduced eye strain during long sessions. The benefit is real but small compared to the gaming case, and 120Hz captures nearly all of it.
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