All mice contain a small circuit board inside to handle the connection between inputs and the computer. Some are more complex than others, which is why these so-called Microcontroller Units (MCUs) are needed, which are essentially specialized miniature computers. Most modern mice today are equipped with more complex microcontrollers to manage things like stored profiles and CPI settings and to ensure a smooth connection, especially in wireless mice.
The resolution of a mouse, also known as CPI, indicates how many pixels the cursor on the screen moves when you move the mouse one inch on the mousepad or table. Many mouse manufacturers and some online sources use the term DPI to refer to the same thing. However, DPI stands for ‘Dots per Inch’ and refers more to screen resolutions, while CPI stands for ‘Counts per Inch’ and directly relates to the sensitivity of a mouse. The higher the CPI of a mouse, the “finer/more precise/more frequent” the sensor can scan the surface. However, this does not mean you should play with the highest CPI.
The polling rate, also known as the report rate, is the frequency at which the mouse communicates with the computer and makes inputs (responds). The polling rate is measured in Hz and can vary between 125 Hz and 8,000 Hz depending on the brand and model of the mouse in question. For example, a mouse with a polling rate set to 1,000 Hz will update its position on the screen 1,000 times per second, or every 1 ms. The higher the polling rate, the more “real-time” the cursor movement you see on the screen will be.
The Lift-Off Distance (LOD) refers to the height at which a mouse sensor stops tracking the surface it’s on. A high LOD means that the mouse continues to track even when lifted off the surface. Therefore, a low LOD allows tracking to stop sooner, preventing unwanted mouse behavior. On the other hand a higher LOD means the mouse will draw more energy which often results in a crispier feeling but for the cost of less battery life.
Many of the latest high-end gaming mice offer the option to enable Motion Sync, which synchronizes SPI reads with USB polling, resulting in less jitter. This feature is often found in PixArt 3370 or newer sensors. Motion Sync has its pros and cons, and whether or not to use it often depends on the games you play and how much you notice these extremely fine differences.
When correctly implemented, Motion Sync promises higher sensor reactivity by synchronizing the signals the mouse sends at the exact intervals the PC is looking for these data. This leads to more consistent data exchange, which helps in tracking targets better. However, while Motion Sync is enabled and the sensor tracks more consistently, it pushes data to the next polling event, leading to a minimal higher input delay of a few milliseconds, depending on the MCU and sensor used, which polling rate is utilized, and how much power the components are allowed to draw (LP, HP, Corded / God Mode). In short, Motion Sync is comparable to VRR technologies like G-Sync, where one must decide if they are willing to sacrifice a minimal delay for a smoother experience on the monitor.
I currently recommend disabling Motion Sync
Under each mouse button, there is a microswitch (switch) that creates the clicking sound and sends the input signal to the computer. A microswitch consists of an outer plastic housing and a small button connected to the internal mechanism. The inside of a switch contains a spring and two metallic contact points that close upon activation to complete the circuit. Currently, two types of microswitches are used in mice – the good old mechanical switches and the newer optical switches. What makes microswitches so essential for mice is that they require very little force to activate, often just 50g. Once activated, they respond almost instantaneously.
There are many manufacturers of microswitches. The more well-known ones include Omron, Kailh, Huano, Razer, and TTC.
Debounce is the time a switch takes to register a keypress or mouse click. In mechanical keyboards and gaming mice, the switch can “bounce” several times when pressed, causing the device to register multiple inputs for a single press. Debounce time helps eliminate this issue by ignoring additional inputs that occur within a predetermined timeframe after the first press. However, the higher the debounce, the higher the delay of the registered “clicks.” Therefore, one aims to have as low a debounce as possible without “double clicks.”
Measurement values relative to the base (0ms) of the Zaunkönig Mk2 & Razer Viper 8k
Click latency is the time delay between the physical click of a mouse button and the subsequent action performed on the screen. In gaming, this delay can significantly impact the player’s performance, especially in competitive gaming. For example, in first-person shooter games, the delay between clicking the mouse button to shoot and the action executed on the screen can mean the difference between winning and losing. Several factors can influence click latency, including the hardware and software used, the type of connection, and the computer’s processing speed. Gaming mice designed for competitive gaming typically have low click latency to provide a fast and responsive gaming experience. Some gaming mice also have customizable click latency settings, allowing players to adjust the response time according to their preferences.
The capacity of the battery is indicated in mAh, which stands for milliampere-hours. It is a unit for measuring the electrical charge stored in a battery. The higher the mAh number, the more charge the battery can store, and the longer it will last.
Important note:
The battery life always refers to the “best” mode that generally consumes the most power. This means:
NVIDIA G-SYNC Displays with Reflex feature the world’s first and only System Latency Analyzer, capable of detecting clicks from Reflex-compatible mice and measuring the time it takes for the resulting pixels (muzzle flash) to change on the screen. Start every fight with the confidence and assurance that your PC is operating with the lowest possible system latency.
Paracord is typically a woven or braided (not to be confused with traditional heavy braided cables) nylon cable, used in a variety of applications. Paracord became famous for its use in the military and climbing industries and is considered incredibly durable. When used in gaming mice, Paracord cables are usually lighter than traditional mouse and braided cables. The light design and flexibility allow for more freedom of movement, resulting in easier movements and quick pivots during gameplay. Besides the lower weight, Paracord also offers less “cable drag” because nylon has lower friction. Combined with a mouse bungee, the negative aspect of using a wired mouse practically disappears for most users. However, it’s noteworthy that not all wired gaming mice include a Paracord cable, and not all Paracord cables are the same. This is important to consider when purchasing a new mouse, as a wireless mouse may still be lighter or more free in movement.
Disclaimer: The data and mousepad specifications on my website are provided “as is, as available” without any warranty. I assume no responsibility for any damages that could be caused by errors on my site. Please verify all information directly on the manufacturers’ websites.
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More InformationIt features customizable side button covers that allow users to remove or attach buttons based on their specific needs and preferences. This versatile design ensures that gamers can customize the mouse for their desired functionality, regardless of their dominant hand.
NO LAG, NO DELAY, LOW POWER – 2.4GHz WIRELESS / WIRED TECHNOLOGY
You can use it wirelessly or wired without delay. With the latest MCU and algorithm, it offers wireless, consistent connectivity with a stable report rate of 1 ms. Combined with Pixart’s flagship low-power sensor, it also allows the mouse to have an outstanding battery life of 100 hours.
Comes with the next-generation receiver and 2.4GHz adapter.
ULTRALIGHT WEIGHT
“Simple, but not simpler.” We always had this in mind when designing the X2 structure. We designed as simple a structure as possible while maintaining its durability. The result is a high-performance gaming mouse that is lighter than the egg in your hand.
Pulsar Blue Encoder
Introducing the Pulsar Blue Encoder, a recent breakthrough as a result of successful collaboration with our trusted encoder manufacturing partner. This encoder is designed to provide users with a delightful tactile spinning sensation while operating quietly and smoothly. Moreover, its built-in dust protection mechanism ensures a higher level of reliability by minimizing the risk of potential errors from micro dust particles.
AS FAST AS LIGHT, OPTICAL SWITCH
Optical switches avoid double-click issues, as they have no physical contacts susceptible to wear and bounce, unlike mechanical switches. They use light-based detection, making unintended double clicks less likely. They are also fast due to this light-based detection mechanism, providing quick and precise responses. Furthermore, the switches are pre-sorted in 3 stages to offer you light click switches.
THE MOST EFFICIENT AND POWERFUL SENSOR
Introducing the X2A Mini, equipped with PixArt’s latest flagship sensor, the PAW3395. With its impressive capabilities, including high performance at 26000CPI, 650IPS, and 50G acceleration, it’s optimized to offer a premier competitive gaming experience. The main chip processor has been upgraded to the industry-leading Nordic MCU, providing exceptional energy efficiency and precise, fast processing. As a result, battery life is extended, and the battery reading is now highly accurate, allowing you to enjoy extended gaming sessions without worry.
PixArt Motion Sync Technology
This latest flagship sensor from Pixart has the highest specifications on the market with extreme precision of 99.6% resolution accuracy. However, this doesn’t mean the sensor tracks more accurately. To make your sensor’s tracking more accurate, Motion-Sync technology is integrated into the sensor. Your PC extracts information from another sensor at a rate that doesn’t perfectly match the signal the mouse sends out when it extracts information from another sensor. The Motion-Sync technology intelligently synchronizes their signals at the exact intervals your PC extracts information. This allows for very accurate tracking. However, this may lead to a slight motion delay (less than 1ms) that is not noticeable during in-game play. You can turn this technology on and off with the Pulsar Fusion software.
FULLY CUSTOMIZE TO YOUR LIKING
Customize everything precisely with our software. Reassign buttons, create macros, set debounce time to up to 2 ms, and more.
4K Polling Rate
Experience enhanced cursor movement with the new Pulsar 4K Wireless Dongle, providing smoother and sharper performance. Especially valuable for high refresh rate monitors, the high polling rate ensures a more current data flow, perfectly matching the faster frequency of the display. By providing up to 4 times more data reports per second, the lag between the latest report and your monitor’s frame presentation is significantly reduced compared to a 1000 Hz polling rate, leading to a seamless and current cursor experience.
* Separate purchase of the 4K dongle required.
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