xenom settings

xenom uses the Logitech G Pro X Superlight 2 Black mouse set at 800 DPI and a sensitivity of 0.22, resulting in an effective eDPI of 176. This relatively low sensitivity is favored by many professional players as it allows for more precise and controlled aiming, especially during high-pressure duels. Combined with a polling rate of 4000 Hz, this setup ensures ultra-smooth cursor movement and minimizes input lag, which is crucial for accuracy in competitive play.

xenom's mouse sensitivity has seen changes, with historical values showing a previous sensitivity of 0.3 and a higher eDPI of 240. This suggests that xenom has moved towards a lower sensitivity over time, which is a common trend among top-level players seeking greater precision and consistency in their shots. The adjustment indicates a refined approach to aiming, prioritizing accuracy over rapid, sweeping movements.

xenom uses a custom crosshair code designed for Valorant that results in a compact, minimalistic crosshair with no outlines or center dot and a small gap and length. This type of crosshair is popular among professionals because it provides a clear point of reference without obstructing the view of targets, enabling precise headshots and minimizing distractions during fast-paced engagements.

xenom plays on the ZOWIE XL2566K monitor, a model renowned for its high refresh rate and low input lag. Using a monitor like this allows for extremely responsive gameplay, giving xenom a visual edge in spotting and reacting to enemies quickly. The smoothness provided by high refresh rates is especially beneficial in Valorant, where split-second reactions can make the difference between winning and losing a round.

xenom opts for a competitive-focused graphics setup in Valorant: 1920x1080 resolution, 16:9 aspect ratio, and fullscreen mode, with almost all quality settings (such as bloom, vignette, distortion, cast shadows, detail, texture, and material quality) set to 'Off' or 'Low.' This configuration maximizes frame rates and minimizes visual clutter, ensuring that nothing interferes with spotting opponents and maintaining smooth, consistent performance during intense matches.

xenom relies on the Wooting 60HE+ keyboard, a model known for its rapid actuation and analog movement capabilities. His keybinds are set up for quick access to all abilities and weapons, using standard but efficient assignments such as 'C' for ability 1, 'Q' for ability 2, 'E' for ability 3, and 'X' for ultimate. Movement is mapped to the usual WASD configuration, with 'L-Shift' for walking and 'L-Ctrl' for crouching, ensuring that all essential actions are easily accessible for fast-paced play.

xenom uses the Artisan Type-99 Matcha mousepad, a high-end pad known for its balanced glide and control properties. This mousepad provides a consistent and smooth surface, which is essential for maintaining precise tracking and flick shots at the low sensitivity settings xenom prefers. The choice of mousepad plays a significant role in ensuring stable and accurate mouse movements during competitive matches.

While specific in-game audio settings aren't detailed in the profile, xenom’s technical setup suggests a focus on clarity and precision. Competitive players like xenom typically configure their audio to emphasize footsteps and ability cues, often lowering unnecessary ambient sounds to better isolate critical in-game information. This approach allows for improved situational awareness and faster reaction times to enemy movements.

xenom’s PC is powered by an AMD Ryzen 7 7800X3D processor and an NVIDIA GeForce RTX 4080 Super graphics card. This high-performance combination ensures that he can achieve extremely high frame rates and minimal system latency, both of which are crucial for maintaining a competitive edge in Valorant. Such hardware eliminates performance bottlenecks, guaranteeing smooth gameplay even under the most demanding scenarios.

xenom enables the raw input buffer and multithreaded rendering in his Valorant settings. Raw input buffer ensures that mouse movements are registered directly by the game without interference from the operating system, resulting in more accurate and responsive aiming. Multithreaded rendering leverages multiple CPU cores to improve performance, allowing higher and more stable frame rates, which is vital for consistent play at the highest level.