Best Gaming Mice for Low Latency to Buy in October 2025
Logitech G502 HERO High Performance Wired Gaming Mouse, HERO 25K Sensor, 25,600 DPI, RGB, Adjustable Weights, 11 Buttons, On-Board Memory, PC/Mac
- FREE HERO 25K SENSOR UPGRADE DELIVERS 1:1 TRACKING & 25,600 DPI.
- CUSTOMIZE WEIGHT WITH REMOVABLE 3.6G WEIGHTS FOR PERFECT BALANCE.
- 11 PROGRAMMABLE BUTTONS & RGB LIGHTING ENHANCE GAMING EXPERIENCE.
Redragon M612 Predator RGB Gaming Mouse, 8000 DPI Wired Optical Mouse with 11 Programmable Buttons & 5 Backlit Modes, Software Supports DIY Keybinds Rapid Fire Button
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CUSTOMIZABLE DPI FOR EVERY GAME NEED - SWITCH BETWEEN 5 DPI LEVELS EASILY.
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11 PROGRAMMABLE BUTTONS - TAILOR KEYBINDS FOR GAMING AND WORK EFFICIENCY.
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ERGONOMIC COMFORT GRIP - ENJOY PROLONGED GAMING WITHOUT FATIGUE OR DISCOMFORT.
Razer Basilisk V3 Customizable Ergonomic Gaming Mouse: Fastest Gaming Mouse Switch - Chroma RGB Lighting - 26K DPI Optical Sensor - 11 Programmable Buttons - HyperScroll Tilt Wheel - Classic Black
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ERGONOMIC DESIGN WITH THUMB REST FOR ULTIMATE COMFORT AND CONTROL.
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11 PROGRAMMABLE BUTTONS FOR QUICK MACROS AND ESSENTIAL GAME ACTIONS.
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HYPERSCROLL TILT WHEEL FOR FAST NAVIGATION AND PRECISION WEAPON SELECTION.
Logitech G203 Wired Gaming Mouse, 8,000 DPI, Rainbow Optical Effect LIGHTSYNC RGB, 6 Programmable Buttons, On-Board Memory, Screen Mapping, PC/Mac Computer and Laptop Compatible - Black
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ACHIEVE PRECISION CONTROL WITH 8,000 DPI SENSOR, ZERO SMOOTHING.
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CUSTOMIZE RGB LIGHTING AND SYNC WITH LIGHTSYNC FOR IMMERSIVE PLAY.
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ASSIGN COMMANDS AND KEY BINDS WITH SIX-BUTTON DESIGN FOR COMFORT.
Razer DeathAdder Essential Gaming Mouse: 6400 DPI Optical Sensor - 5 Programmable Buttons - Mechanical Switches - Rubber Side Grips - Classic Black
- 6,400 DPI SENSOR FOR ON-THE-FLY ADJUSTMENTS IN GAMING & CREATIVITY.
- DURABLE SWITCHES WITH 10M CLICKS ENSURE RELIABILITY FOR INTENSE GAMING.
- 5 PROGRAMMABLE BUTTONS FOR CUSTOM MACROS AND GAMEPLAY EFFICIENCY.
Redragon M908 Impact RGB LED MMO Gaming Mouse with 12 Side Buttons, Optical Wired Ergonomic Mouse with Max 12,400DPI, High Precision, 18 Programmable Macro Shortcuts, Comfort Grip
- ULTIMATE PRECISION: 12400 DPI WITH ADJUSTABLE SETTINGS FOR ALL NEEDS.
- MAX CUSTOMIZATION: 18 PROGRAMMABLE BUTTONS AND 16.8M RGB COLORS.
- UNMATCHED COMFORT: ERGONOMIC DESIGN ENSURES COMFORT FOR EXTENDED PLAY.
Redragon M695 Wired Gaming Mouse, 24,000 Max DPI Optical Gaming Mice with 7 Programmable Buttons, Ergonomic Natural Grip Build, Software Supports DIY Keybinds & DPI, Black
- VERSATILE DPI PRECISION: SWITCH BETWEEN 5 CUSTOMIZABLE DPI LEVELS SEAMLESSLY.
- ULTRA-DURABLE PERFORMANCE: 20M CLICKS ENSURE LASTING RELIABILITY IN ANY BATTLE.
- ERGONOMIC COMFORT DESIGN: NATURAL GRIP REDUCES FATIGUE FOR MARATHON GAMING SESSIONS.
acer Wired Gaming Mouse, 12,800 DPI RGB Ergonomic Computer Mouse with Optical Sensor, 8 Programmable Buttons, 12 Backlit Modes, Software for DIY Keybinds, Rapid Fire, USB Gaming Mice for Laptop, PC
- PRO-LEVEL CONTROL: ACHIEVE PRECISION WITH ADJUSTABLE 12,800 DPI SETTINGS.
- CUSTOMIZE YOUR PLAY: REMAP BUTTONS AND MACROS FOR ULTIMATE GAMEPLAY.
- SYNC & SHINE: ENERGIZE YOUR SETUP WITH 12 RGB LIGHTING EFFECTS.
Wired gaming mice generally have lower latency compared to their wireless counterparts. This is because the physical connection via a cable allows for instantaneous communication between the mouse and the computer, eliminating the potential delays that can occur with wireless transmission. Wired mice do not have to deal with potential wireless signal interference or the slight delay caused by wireless signal processing. Consequently, for gamers who prioritize the fastest possible response times, a wired gaming mouse can offer an edge in terms of performance and precision. However, it's important to note that advancements in wireless technology have significantly reduced the latency gap, and high-quality wireless gaming mice are now available that offer performance closely matching wired ones.
What is jitter, and how does it relate to mouse performance?
Jitter refers to the variability or instability in the latency of a signal being transmitted, which can result in unpredictable or fluctuating timings. In the context of mouse performance, jitter can manifest as erratic movement or irregular responses when the mouse is used. This can be particularly noticeable in activities that require precise control, such as gaming or graphic design.
Jitter in a mouse can be caused by several factors:
- Sensor Quality: Lower-quality sensors might struggle to accurately capture movement, leading to jittery cursor behavior.
- Surface: Using the mouse on a surface that is not optimal for its sensor can cause jitter. For example, shiny or reflective surfaces can confuse the optical sensor.
- Wireless Interference: For wireless mice, interference from other devices or poor signal strength can cause data transmission instability and result in jitter.
- Polling Rate: The rate at which the mouse sends data to the computer (polling rate) can also contribute to jitter. A lower polling rate might lead to more noticeable jitters because the cursor updates less frequently.
- Software Issues: Driver or software bugs can also introduce jitter by interfering with how the computer processes cursor movements.
To alleviate mouse jitter, a user might consider upgrading to a mouse with a higher-quality sensor, ensuring that the surface is optimized for their mouse type, minimizing wireless interference, or updating mouse drivers and software.
How to ensure your PC setup minimizes mouse latency?
Minimizing mouse latency is crucial for achieving precise and responsive control, especially in tasks like gaming or graphic design. Here are several steps you can take to ensure your PC setup minimizes mouse latency:
- Use a Wired Mouse: Wired mice generally have lower latency compared to wireless mice. If latency is a concern, opting for a wired connection can help reduce it significantly.
- Select a High-Performance Mouse: Choose a mouse that is designed for low latency. Gaming mice often have sensors and technology optimized for fast response times.
- Optimize Mouse Settings: Set the polling rate (report rate) to its highest setting (e.g., 1000Hz) through the mouse's software. This increases the frequency at which the mouse sends data to the computer, reducing latency.
- Use USB 3.0 or 3.1 Ports: Connect your mouse to a USB 3.0 or USB 3.1 port to ensure faster data transfer rates, though most modern mice function well on USB 2.0 if needed.
- Update Drivers and Firmware: Regularly update your mouse driver and firmware from the manufacturer’s website to ensure optimal performance and latency improvements.
- Adjust Operating System Settings: Disable mouse acceleration in your operating system settings (e.g., "Enhance Pointer Precision" in Windows) to ensure consistent mouse movements. Consider adjusting pointer speed settings to align with a more natural movement for you.
- Optimize PC Performance: Close unnecessary background applications to free up system resources. Ensure that other connected devices (such as external hard drives or USB devices) are not interfering with mouse performance.
- Adjust In-Game Settings: Reduce the graphical settings that impact CPU performance in games, as high CPU load can contribute to input lag. Look for settings related to input lag or mouse input in the game's options menu.
- Choose the Right Surface: Use a high-quality mouse pad that matches your mouse sensor type (optical or laser) to ensure smooth and precise movements.
- Check for Wireless Interference (if using wireless): If using a wireless mouse, ensure that there are no nearby devices causing interference, like other wireless devices, routers, or Bluetooth gadgets. Keep the mouse receiver close to the mouse to improve signal strength.
By implementing these strategies, you can effectively minimize mouse latency and improve overall responsiveness and precision in your PC setup.
How to measure the latency of a gaming mouse?
Measuring the latency of a gaming mouse involves determining the time it takes for a mouse action (like moving or clicking) to be registered on your computer. Here are some steps and methods to help you measure this latency:
- High-Speed Camera Method: Equipment Needed: A high-speed camera that records at a high frame rate (e.g., 1000 FPS or more). Procedure: Record the screen and mouse in the same frame while performing an action like clicking or moving. Play back the footage frame by frame to count the frames between the physical action (e.g., clicking a button) and the resulting action on the display (e.g., cursor moves or a UI button is activated). Calculate latency by converting the frame count to time based on the frame rate of the camera.
- Software Tools: Use software specifically designed for input latency testing. Some tools can measure latency by analyzing input data and comparing it to the output on screen. Examples include MouseTester which is primarily used for polling rate evaluation, but some software might provide more advanced latency insights.
- LED and Photodiode Method: Equipment Needed: A photodiode and an LED. Procedure: Connect the photodiode to a microcontroller or an oscilloscope to detect the LED's light intensity changes. Place the LED on your mouse or monitor and align the photodiode opposite it. Perform a mouse action (like pressing a button) that triggers the LED. Measure the time between the initial button press and the detected change on the photodiode. This requires a bit of electrical engineering know-how.
- Benchmarking Tools: Use a latency benchmarking tool or service that might offer insights into overall system latency, including mouse input. These are less about direct mouse latency and more about the system as a whole.
- Subjective Testing: While not precise, subjective testing can give a rough sense of latency. Professional gamers often develop a feel for latency, noticing differences through gameplay.
- Manufacturer's Data: Refer to the manufacturer’s specifications, although note that these are theoretical values and actual performance can vary depending on your setup.
In all cases, consider that the latency is not only dependent on the mouse itself but also on the entire system, including the computer's processing time, the display's input lag, and even USB polling rates.