How can I reduce input lag?

Input lag’s a killer, right? Here’s how to surgically remove it from your system:

Check for sneaky settings: Dynamic contrast, image smoothing – these “enhancements” are lag-fests. Nuke ’em. Also, watch out for game modes that “optimize” the image – often they introduce processing delays.

Screen scaling is the enemy: Any upscaling or downscaling adds lag. Set your resolution to native and leave it be.

Max out your refresh rate: This is non-negotiable. 144Hz? Aim for 240Hz. The higher, the better. This isn’t just about smoothness – it directly impacts response time.

TV settings are crucial: Many TVs have “game modes” – but even these can have hidden lag. Look for options to minimize processing, like disabling motion interpolation or any “picture smoothing” features. Some even have dedicated low latency modes – find it and use it.

V-Sync: OFF. Always. It’s a relic. The screen tearing is less problematic than the significant input lag it introduces. Use adaptive sync technologies like FreeSync or G-Sync instead for a tear-free experience without the latency penalty.

Beyond the obvious: Consider your router and connection quality. Wired is always better than wireless for the lowest ping. Even slight packet loss can feel like extra lag. Upgrading your internet connection can drastically help.

Controller matters: Wireless controllers? More lag. Wired controllers offer a direct connection, minimizing latency. Battery life isn’t worth the extra milliseconds.

Driver updates: Outdated graphics drivers can be the source of unexpected input lag. Keep them fresh!

How can I realistically reduce ping?

Let’s dive deep into conquering high ping, a gamer’s nemesis. This isn’t just about tweaking settings; it’s about understanding the underlying network flow.

1. Bandwidth Hogs: The Usual Suspects

Close unnecessary browser tabs: Each tab consumes bandwidth. Think of it as a tiny, persistent leech on your connection. Aggressive tab closure is your first line of defense. Prioritize what you need; ruthlessly cull the rest.
Pause torrents and downloads: Torrents, especially, are notorious for saturating bandwidth. Pause those downloads. That massive file can wait; your gameplay cannot.

2. Router Reboot: The Quick Fix

A simple router reboot often clears temporary network glitches. It’s like pressing the “reset” button on your internet’s brain. Unplug it, wait 30 seconds, plug it back in. Simple, yet surprisingly effective.

3. Wired is Superior: The Cable’s Edge

Wi-Fi is convenient, but its inherent instability often leads to unpredictable ping spikes. A wired Ethernet connection provides a much more stable and consistent pathway for your data, drastically reducing latency. Embrace the cable – it’s your path to low-ping nirvana.

4. DNS Optimization: Finding the Fastest Route

Your DNS server acts as your internet’s address book. A slow or overloaded DNS server can significantly impact your ping. Experiment with different DNS providers like Google Public DNS (8.8.8.8 and 8.8.4.4) or Cloudflare DNS (1.1.1.1 and 1.0.0.1). The difference can be substantial.

5. Ping Optimization Software: Advanced Tactics

Various software solutions claim to optimize ping. These often employ techniques like route optimization and packet prioritization. However, proceed with caution. Ensure the software is reputable and doesn’t compromise your system’s security. Research thoroughly before installing anything.

Bonus Tip: Network Mapping and Troubleshooting

For persistent high ping issues, consider using network diagnostic tools to pinpoint bottlenecks. These tools can help you identify problematic devices or network segments, allowing for more targeted troubleshooting.

Does FPS affect input lag?

Higher FPS generally means lower input lag. Think of it like this: more frames per second means your actions are translated into the game world more quickly. A smoother, higher frame rate image directly correlates to more responsive controls.

However, there’s a nuance. While the relationship between FPS and input lag is generally positive (more FPS = less lag), some graphics cards handle this differently. AMD cards, anecdotally, often require a *higher* FPS than Nvidia cards to achieve the same level of low input lag. This isn’t a hard and fast rule, and depends on a variety of factors including the specific GPU model, game engine, and even driver versions.

Here’s a breakdown of why this might be the case:

Driver Optimization: Nvidia has historically been praised for its driver optimization, leading to potentially lower input lag at lower FPS compared to AMD.
GPU Architecture: Differences in the underlying architecture of AMD and Nvidia GPUs could contribute to variations in latency.
Game Engine Differences: How a specific game engine handles frame rendering can affect the impact of FPS on input lag, regardless of the GPU.

Ultimately, while aiming for a high FPS is crucial for minimizing input lag, the sweet spot will vary depending on your specific hardware and game. Experimentation and careful observation of your gameplay experience are key to finding the optimal FPS for your setup.

Why is my ping constantly high?

Lagging out? High ping ruining your gaming experience? Let’s diagnose this digital disease!

The Usual Suspects: Your Gear

Your Router: Is it a dinosaur? A cheap, outdated router is a common culprit. Consider upgrading to a gaming router with features like QoS (Quality of Service) to prioritize game traffic. Check for firmware updates – often a simple fix. Physical location matters too; avoid placing it near microwaves or other electronics that interfere with Wi-Fi signals.
Your Rig: Is your PC ready for battle? Outdated hardware, background processes, and a lack of optimization can all contribute to high ping. Ensure your drivers are up-to-date, close unnecessary apps, and consider upgrading if necessary. A clean system is a fast system! Regularly clear your temporary files and run a disk cleanup.
Modem Cache: A clogged modem can slow down your connection speed significantly. Power-cycling (unplugging and plugging it back in) often helps clear the cache. Consult your modem’s manual for specific instructions on how to do a factory reset if necessary.
Router Cache: Similarly, your router can build up a cache that impacts performance. A reboot often resolves this. Check your router’s manual to see how to access its settings and clear its cache.

Beyond the Basics: Deeper Dives

Internet Service Provider (ISP): Your ISP’s infrastructure plays a huge role. Check if your ISP is experiencing outages or congestion, especially during peak hours. Consider upgrading to a faster plan if consistently high ping persists.
Network Interference: Other devices on your network can compete for bandwidth. Identify bandwidth hogs and limit their activity during gameplay. Consider using a wired connection (Ethernet) for the most stable connection.
Background Applications: Streaming services, torrent clients, and even updates can consume significant bandwidth. Close unnecessary applications before gaming.
VPN Use: VPNs can increase ping due to added distance and encryption overhead. Consider disabling your VPN if it’s not necessary for your gameplay.

Troubleshooting Tips: Run a speed test regularly to monitor your internet connection and ping. Use tools like pingplotter to trace your connection path and identify potential bottlenecks.

How to achieve zero latency on a PC?

Zero latency? A gamer’s holy grail! While true zero latency is impossible, we can drastically minimize it. Windows Game Mode is your first line of defense. Think of it as a battlefield marshal, prioritizing your game’s processes over background tasks. This means your CPU focuses its precious cycles on registering your inputs and rendering the game world, translating to snappier responses and a smoother experience. Enabling it is simple: Start Menu > Settings.

But Game Mode is just the tip of the iceberg. To truly conquer lag, you need a holistic approach. Consider these factors:

Hardware: An outdated CPU, insufficient RAM, or a struggling GPU are major latency culprits. Upgrading these components dramatically improves performance. Think of it as upgrading your weapons in a raid – better gear means easier victories.

Drivers: Outdated or corrupted graphics drivers are latency landmines. Always keep your drivers updated for optimal performance. This is like sharpening your blade before battle – vital for success.

Background Processes: Close unnecessary applications running in the background. Streaming services, resource-intensive software, and even your antivirus can steal precious processing power, adding to your ping. Think of it as clearing out the battlefield debris – gives you more room to move.

Network: If you’re playing online, a stable and fast internet connection is paramount. Wired connections are generally superior to Wi-Fi for minimal latency.

Game Settings: In-game settings significantly impact performance. Lowering graphical settings like resolution, shadows, and textures can drastically reduce latency, particularly on older hardware. Think of it as choosing the right tactic – sometimes you have to choose between high-quality graphics and low-latency gameplay.

What causes input lag?

Input lag, that agonizing delay between your command and your in-game action? It’s a total performance killer. Buffering is a big culprit; your system’s holding onto your inputs before processing them. Think of it like a backlog of commands waiting their turn. The more stuff your system’s juggling – high resolution textures, complex animations, tons of background processes – the longer that queue gets.

Then there’s hardware limitations. A weak CPU or GPU struggles to keep up, leading to noticeable lag. Your monitor’s refresh rate plays a huge role too. A lower refresh rate means fewer updates per second, directly impacting how quickly your actions are displayed. Even your peripherals, like a high-latency mouse or controller, can contribute.

Network issues can also sneak in, especially in online games. High ping translates directly into delayed input, making you feel sluggish and unresponsive. That’s why a stable, low-ping connection is crucial for competitive play. You need to minimize every source of delay – from your controller to the game server and back to your screen – to shave off those precious milliseconds that separate victory from defeat.

Is a ping of 700 bad?

A 700ms ping is significantly detrimental to competitive online gaming. Anything above 100ms introduces noticeable lag, impacting reaction time and decision-making, crucial elements in esports. This high latency translates to delayed inputs, making precise actions difficult and increasing the likelihood of losing engagements.

Understanding Ping’s Impact: High ping manifests as delayed visual feedback (seeing enemy movement later than it actually happened), delayed input registration (your actions appear later than intended), and increased rubber-banding (your character suddenly jumping back to a previous position). These issues are exponentially worse at 700ms compared to the ideal range.

Target Ping Ranges in Esports:

Ideal:
Good: 20-50ms – Minimal lag, providing a competitive edge. Many professional players strive for this range.
Acceptable (but suboptimal): 50-100ms – Noticeable lag begins to creep in, impacting precision. Consistent performance within this range is manageable, but significant improvement is desired.
Unacceptable (for competitive play): > 100ms – High latency significantly impacts gameplay, introducing frustrating delays and hindering performance. Addressing this is crucial for competitive viability.

Troubleshooting High Ping (700ms): Investigate network congestion (multiple devices sharing bandwidth), router issues (firmware updates, configuration), ISP limitations (contact your provider), and server location (select servers geographically closer). Consider wired connections over Wi-Fi for improved stability and lower latency. Advanced techniques, such as QoS (Quality of Service) prioritization on your router, can also improve your online gaming experience.

In short: A 700ms ping is unacceptable for competitive gaming. Prioritize troubleshooting and optimizing your network connection to reach a ping below 100ms for improved performance. Even aiming for 50ms or lower will significantly enhance your competitive edge.

Does FPS affect ping?

FPS and ping are distinct metrics in online gaming. Ping, or latency, measures the time it takes for data to travel between your computer and the game server. This is primarily determined by your internet connection’s speed and quality, including factors like your internet service provider (ISP), network congestion, and the physical distance to the server. A faulty router can also significantly increase ping by introducing bottlenecks or packet loss.

Frames per second (FPS), on the other hand, represents how many frames your computer renders per second. This is entirely dependent on your hardware – your CPU, GPU, RAM, and the game’s optimization. A high FPS contributes to smoother gameplay and better responsiveness, but it doesn’t directly impact your ping. While extremely low FPS *might* indirectly affect your reaction time, causing you to react slower to in-game events, it doesn’t alter the underlying network latency.

Think of it this way: ping is the speed of the road to the server, while FPS is the speed of your car. A fast car (high FPS) won’t help if the road (ping) is congested.

Therefore, optimizing your network connection (using a wired connection, improving your router’s placement, checking for network interference) will directly reduce ping. Upgrading your PC components will increase your FPS, but won’t necessarily lower your ping unless those upgrades inadvertently improve your network connection’s performance.

Is 10ms ping good?

10ms ping? That’s exceptional. For most gamers, anything under 20ms is excellent, putting you in the top tier of responsiveness. Professional esports athletes often strive for this, but even they rarely see consistently sub-10ms pings. You’re talking about practically instantaneous feedback.

The ideal gaming ping range is generally considered 20-50ms. Anything in that range is great for competitive play, allowing for smooth gameplay and minimal lag. However, different games have different sensitivities to ping. A fast-paced shooter like Counter-Strike will punish even slightly higher ping more severely than a slower, turn-based strategy game.

Factors affecting ping beyond your control:

Server location: Closer servers always mean lower ping. Consider where game servers are located geographically.
Network infrastructure: Internet congestion at any point between you and the server impacts ping. A congested ISP network can be a big culprit.
Game server health: Even with an amazing connection, a poorly managed or overloaded game server can cause high ping.

Things you *can* control to optimize your ping:

Wired connection: Always prioritize a wired Ethernet connection over Wi-Fi. Wi-Fi is more susceptible to interference and drops.
Router placement: Keep your router in a central location, away from interference sources (microwaves, cordless phones).
QoS settings (Quality of Service): Many routers offer QoS, allowing you to prioritize gaming traffic. This can reduce the impact of other network activity on your ping.
Background applications: Close unnecessary applications running in the background while gaming to free up bandwidth.

With a 10ms ping, you’ve got a massive advantage. Focus on consistent gameplay and keep those other factors optimized. That sub-10ms is a gift many players would kill for!

What settings affect input lag?

Minimizing Input Lag in Games Like CS:GO

Input lag, that delay between your action and its in-game effect, is a gamer’s nemesis. In fast-paced games like CS:GO, even small amounts can significantly impact your performance. Let’s tackle how graphics settings contribute to this.

Graphics Settings and their Impact:

Resolution: Lower resolutions (e.g., 1280×720 instead of 1920×1080) drastically reduce the processing load on your GPU, directly impacting input lag. The difference can be noticeable, especially on less powerful hardware.
Shadows: Shadows are computationally expensive. Disabling them or setting them to low quality frees up significant processing power. Experiment with different shadow settings – medium might be a good compromise between visual quality and performance.
Anti-Aliasing (AA): AA smooths jagged edges, but it’s a major performance hog. Turning it off or choosing a less demanding AA method (like FXAA instead of MSAA) can significantly reduce input lag. The visual difference might be subtle, but the performance gain is often substantial.
Texture Quality: Lowering texture quality reduces the amount of data the GPU needs to process. It’s less impactful than resolution or shadows, but it can still make a difference, especially when combined with other optimizations.
Effects (Bloom, Depth of Field, etc.): These visual enhancements are often resource-intensive. Disabling them, or reducing their quality, can improve performance and reduce input lag.
View Distance/Draw Distance: Reducing the distance at which the game renders objects minimizes the number of polygons your GPU has to process, resulting in improved performance. Experiment to find the balance between visual fidelity and performance.

Beyond Graphics: Other Factors Affecting Input Lag:

Network Connectivity: High ping and packet loss are major contributors to input lag. Ensure a stable internet connection with low latency.
CPU and GPU Performance: An underpowered CPU or GPU can struggle to keep up, leading to higher input lag. Upgrading your hardware may be necessary for optimal performance.
Game Settings (Beyond Graphics): Check your in-game settings for options related to rendering quality, mouse response, and input polling rate. A higher polling rate generally leads to more responsive controls.
Background Processes: Close unnecessary applications running in the background to free up system resources and reduce potential performance bottlenecks.
Drivers: Ensure your graphics drivers are up to date. Outdated drivers can cause performance issues and introduce input lag.

Testing and Optimization: Experiment with different settings to find the optimal balance between visual quality and performance. Use an in-game benchmark or FPS counter to measure the impact of each change. Start by disabling the most demanding settings first and gradually adjust others based on your hardware capabilities and preference.

Why do I have such high ping despite having good internet?

High ping despite good internet speed is a common frustration. Let’s break down the potential culprits, focusing on factors often overlooked:

Network Infrastructure:

Router & Modem Age & Firmware: Outdated firmware introduces vulnerabilities and often lacks performance optimizations. Regularly check for updates from your manufacturer. Consider upgrading to a router/modem specifically designed for gaming if your current one is struggling. Older hardware simply can’t handle the demands of modern online gaming.
Router Placement & Interference: Wireless signals are susceptible to interference from other electronics (microwaves, cordless phones). Ideally, position your router centrally, elevated, and away from walls and other devices. Consider using a wired connection if possible, especially for your gaming PC. Using 5 GHz Wi-Fi instead of 2.4 GHz can significantly reduce interference and improve performance.
Network Congestion: Even with good internet speed, high traffic on your local network or your ISP’s network can impact ping. Are other devices streaming or downloading heavily? Consider using QoS (Quality of Service) settings on your router to prioritize gaming traffic.

Client-Side Factors:

PC Optimization: A poorly optimized gaming PC, especially one with background processes consuming resources, will experience higher ping due to latency in processing game data. Ensure your drivers are up to date and your operating system is lean and efficient. Close unnecessary applications before gaming.
Background Processes: Antivirus scans, updates, and other background processes can significantly impact performance. Temporarily disable non-essential processes during gameplay to see if it resolves the issue. Consider scheduling system maintenance for off-peak times.
Overheating Components: Overheating components can lead to system throttling, impacting ping. Ensure your PC has adequate cooling. Regularly clean dust from fans and heatsinks.
Cache Issues: While less likely a direct cause of high ping, clearing DNS cache and browser cache may sometimes resolve minor network inconsistencies.

Beyond the Obvious:

ISP Issues: While you mentioned good internet speed, check your ISP’s service status. Network outages or congestion in your area can affect ping.
Game Server Location: High ping can be due to the game server’s geographical distance from you. Consider playing on servers closer to your location.
Internet Packet Loss: High ping might actually mask underlying packet loss. Monitor your network connection for packet loss using tools like pingplotter – this reveals where bottlenecks occur in the network path.

How can I reduce BIOS latency?

Yo, what’s up, gamers! Latency in your BIOS? That’s a BIG no-no for smooth gameplay and killer streams. One of the easiest tweaks to significantly reduce that lag is messing with your RAM timings. We’re talking about those XMP profiles – they’re your secret weapon against input lag. Think of it like this: tighter timings mean faster data transfer to your CPU, resulting in snappier responses and fewer hiccups. Experiment with those profiles, but remember, higher frequencies aren’t always better! Sometimes, a slightly lower frequency with tighter timings can actually outperform a faster, looser setup. You’ll need to benchmark and see what works best with *your* specific hardware. Don’t just blindly crank those settings – stability is key! A blue screen of death mid-stream? Not a good look. Check your CPU and motherboard documentation – they’ll help you understand the available options and limits to avoid any system instability. Finally, remember to check for BIOS updates regularly. Newer versions often include performance improvements and bug fixes which can dramatically impact your latency. Happy fragging!

Is a ping of 120 bad?

A ping of 120ms? Yeah, that’s definitely on the higher side. Ideally, you want to see something between 40-60ms or lower for a smooth online experience. Anything above 100ms is going to start causing noticeable lag, especially in games. Think rubberbanding, delayed actions, and overall frustration. This is because it takes 120 milliseconds for the signal to travel to the server and back. That might seem small but it’s a significant delay in fast-paced gaming.

Factors affecting ping: Your internet connection (obviously!), server location (further away = higher ping), network congestion (lots of people online at the same time), and even your router configuration can all play a role. Sometimes, restarting your router or modem can help.

What to do if your ping is high: First, run a speed test to see if your internet is performing as expected. If not, contact your ISP. Try closing unnecessary programs running in the background; they might be using bandwidth. Consider a wired connection instead of Wi-Fi for a more stable connection. If you’re still having issues, look into things like QoS (Quality of Service) settings on your router to prioritize gaming traffic. Lastly, consider the server you’re connecting to. If you’re consistently getting high ping on a specific server, try a closer one.

Does ping affect FPS?

Ping directly impacts your in-game experience, not your FPS. FPS (frames per second) is determined by your hardware and game settings; ping is the latency of your connection to the server. A ping over 150ms introduces noticeable lag, severely impacting responsiveness and making precise actions difficult, like aiming or reacting to events. This isn’t a visual issue like low FPS; it’s about delayed feedback. Below 50ms is ideal, offering a competitive edge – you react faster, your actions are more accurate, and you minimize that crucial delay between input and on-screen effect. Anything between 50-150ms is playable, but the higher you go, the more it hinders your performance. While high ping won’t directly reduce your frame rate, the resulting lag can make high FPS meaningless because you’re reacting to outdated information.

Think of it like this: high FPS is a sharp, high-resolution image, but high ping is watching that image through a blurry, delayed screen. You might see everything clearly, but you’re always a step behind. For competitive gaming, that delay is catastrophic. Consistent low ping is a far more significant factor in winning than a marginally higher FPS. It’s a fundamental aspect of online competitive play; minimizing it is crucial for consistent performance.

Factors influencing ping beyond your ISP include server location, network congestion (especially during peak hours), and the routing path your data takes. Regularly testing your ping (using tools like pingtest.net) and optimizing your network setup can make a massive difference in your gameplay.

Is a ping of 120 good?

A ping of 120ms is generally considered decent, but not ideal. Let’s break down ping and what it means for your online experience.

Ping, or latency, measures the time it takes for a data packet to travel from your computer to a server and back. It’s measured in milliseconds (ms).

Ideal Ping Ranges:

•Excellent: Under 20ms. This is practically perfect and rarely seen outside of local networks or extremely high-end connections.

•Great: 20-50ms. You’ll experience very smooth gameplay with minimal lag.

•Good: 50-100ms. Noticeable lag is unlikely, though some minor delays may occur in fast-paced scenarios.

•Decent: 100-150ms. This is where a 120ms ping falls. You might experience occasional lag, especially in competitive games requiring quick reflexes.

•High: 150ms+. Lag becomes increasingly noticeable and significantly impacts gameplay. Online gaming becomes frustrating above 250ms.

Factors Affecting Ping: Your ping isn’t solely dependent on your internet connection speed. Other factors include:

•Server Location: Servers farther away result in higher ping.

•Network Congestion: High traffic on your network or the internet can increase ping.

•Hardware Limitations: An outdated router or overloaded computer can contribute to higher ping.

•Internet Service Provider (ISP): The quality of your ISP’s service directly impacts ping.

Improving Your Ping:

•Choose Servers Closer to You: Opt for game servers located geographically nearer.

•Upgrade Your Internet Plan: Consider a higher-speed internet connection with lower latency.

Optimize Your Network: Close unnecessary applications, check for network congestion, and consider a wired connection instead of Wi-Fi.

Update Your Drivers & Hardware: Ensure your network card drivers and other hardware are up-to-date.

Is 60 frames per second good, or is 120 frames per second better?

The simple answer is 120 FPS is better than 60 FPS for gaming, offering a smoother, more responsive experience with reduced motion blur. This translates to a tangible competitive edge, particularly in fast-paced games.

However, the difference isn’t always night and day. The perceived improvement depends on several factors:

Your monitor’s refresh rate: A 60Hz monitor can’t display 120 FPS; it will cap at 60. You need a 120Hz (or higher) monitor to fully utilize the higher frame rate.
Game genre: The benefit is more pronounced in fast-paced games like shooters and racing games where quick reactions are crucial. In slower-paced games, the difference might be less noticeable.
Your individual perception: Some people are more sensitive to differences in frame rates than others. What feels significantly smoother to one person might be barely perceptible to another.
System limitations: Achieving a stable 120 FPS requires a significantly more powerful system than maintaining 60 FPS. Consider your hardware capabilities before aiming for 120 FPS.

Let’s break down the advantages of 120 FPS:

Increased smoothness: Higher frame rates result in smoother animation and transitions, making the gameplay feel more fluid and natural.
Reduced input lag: While often subtle, lower input lag at 120 FPS can lead to faster reaction times, giving you a slight advantage in competitive scenarios.
Less motion blur: Motion blur is significantly reduced at higher frame rates, leading to clearer visuals and better target acquisition.

In summary: While 60 FPS is perfectly playable and acceptable for many games, 120 FPS offers a superior experience in terms of smoothness, responsiveness, and visual clarity, provided you have the necessary hardware and display. The practical benefit will vary depending on the game and individual preferences, but for competitive gaming, the advantage of 120 FPS is undeniable.

What is the input lag for 144Hz?

A 144Hz monitor’s input lag is remarkably low. The theoretical minimum is around 3.47ms, but real-world measurements often hover slightly above this, perhaps around 4ms. That’s a negligible difference – a mere 0.53ms above the minimum – practically imperceptible in gameplay. This makes 144Hz displays incredibly responsive, offering a significant competitive edge in fast-paced games.

Understanding Input Lag: Input lag isn’t solely determined by the monitor’s refresh rate. Factors like the display panel type (TN, IPS, VA), processing power of the graphics card, and even the game’s settings all contribute. While a higher refresh rate minimizes the monitor’s contribution to input lag, optimizing these other components is crucial for achieving the lowest possible latency.

Refresh Rate vs. Input Lag: It’s important to distinguish between refresh rate and input lag. Refresh rate dictates how many times per second the screen updates its image, while input lag measures the delay between an action and its display on screen. A high refresh rate *reduces* the potential for input lag, but doesn’t eliminate it entirely.

The Importance of Low Input Lag: In competitive gaming, even fractions of a millisecond can be the difference between victory and defeat. Low input lag translates to more precise aiming, faster reaction times, and a smoother, more responsive gaming experience. For genres like FPS and fighting games, this difference is substantial.

Beyond 144Hz: While 144Hz offers excellent responsiveness, higher refresh rates (240Hz, 360Hz) offer even lower input lag, though the gains diminish at higher frequencies. The diminishing returns need to be weighed against the significantly higher cost of these higher refresh rate monitors.

Minimum Input Lag for Common Refresh Rates (Approximate):

Refresh Rate | Minimum Input Lag (ms)

60Hz | ~8.33

75Hz | ~6.67

120Hz | ~4.17

144Hz | ~3.47

240Hz | ~2.08

Note: These values are theoretical minimums and real-world results may vary.