nx1

nx1 settings

Download nx1 config 2026
ShindeN nx1 settings and setup, including CFG, crosshair, viewmodel, sensitivity and more
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Mouse settings
Windows Sensitivity52%
DPI160013%
Sensitivity0.680%
Hz200012%
eDPI10880%
Scoped Sensitivity0.94%
ADS Sensitivity0.92%
Raw Input BufferOn57%
sensitivity 0.68
AIM Stats

Stats

Value

Avg

Overall avg

There are currently no data

Sensitivity compare

Avg 1.53

Video Settings
preview
Graphics Quality
Detail QualityLow78%
Cast ShadowsOff74%
Multithreaded RenderingOn76%
Experimental SharpeningOn9%
Texture QualityLow76%
UI QualityLow76%
V-SyncOff25%
Improve ClarityOff68%
DistortionOff77%
Anisotropic Filtering1x33%
BloomOff62%
Material QualityLow78%
VignetteOff77%
Anti AliasingNone34%
General
Resolution1920x108028%
Aspect Ratio16:930%
Aspect Ratio MethodFill69%
Display ModeFullscreen93%
Accessibility
Enemy Highlight ColorPurple (Tritanopia)7%
Keybinds
1
equip_primary_weapon
2
equip_secondary_weapon
3
equip_melee_weapon
4
equip_spike
e
use_equip_ability3
f
use_object
q
use_equip_ability2
x
use_equip_ability_ultimate
space
jump
shift
walk
c
crouch
mouse5
use_equip_ability1
FAQ
nx1 utilizes the WLMouse BEAST X Mini Black paired with a DPI setting of 1600 and an in-game sensitivity of 0.68, resulting in an eDPI of 1088. This combination, along with a 2000Hz polling rate and raw input buffer enabled, delivers extremely responsive and precise tracking, which is especially beneficial for high-level competitive play where accuracy and swift reactions are crucial.
nx1’s crosshair is crafted through a custom code that results in a compact, minimalistic design with no outlines, minimal length, and a static style. This setup is favored among top players as it reduces visual distractions, allowing for clear target acquisition and precise aiming during intense gunfights.
nx1 chooses to play Valorant at a 1920x1080 resolution with a 16:9 aspect ratio in fullscreen mode. All graphics settings, including bloom, vignette, distortion, cast shadows, and anti-aliasing, are turned off or set to their lowest values. This maximizes frame rates and minimizes visual noise, ensuring the smoothest and most consistent gameplay experience.
nx1 relies on the Samsung Odyssey G4 monitor, which is renowned for its high refresh rate and low latency. This monitor choice ensures that every frame is displayed with minimal delay, providing a crucial advantage in fast-paced competitive matches where reaction time can determine the outcome of engagements.
nx1 employs an efficient and intuitive keybind layout: primary, secondary, and melee weapons are bound to 1, 2, and 3 respectively, while abilities are assigned to Q, E, C, X, and Mouse5. This arrangement allows for rapid weapon switching and seamless ability usage, optimizing in-game responsiveness and control.
nx1 sets his minimap to a 1.2 size with a 0.95 zoom, keeps it oriented based on side, and enables vision cones and permanent region names. By not centering the player, he gains a broader view of the map, enhancing his situational awareness and strategic decision-making during matches.
nx1 uses the HyperX Cloud III headset, a model praised for its clear audio reproduction and comfortable fit. Top-tier audio gear like this is vital for detecting subtle in-game sounds such as footsteps and ability cues, which are critical for making informed plays and reacting to opponents.
While only the most recent sensitivity settings are provided, the current configuration—1600 DPI and 0.68 sensitivity—indicates a preference for a high eDPI setup. This suggests that nx1 values quick, precise movements, which can be advantageous for aggressive peeking and fast flick shots in Valorant.
nx1 opts for the Artisan Type-99 Matcha mousepad, known for its premium build quality and balanced glide. This mousepad provides both smooth movement and reliable stopping power, allowing nx1 to make both rapid adjustments and precise micro-corrections during high-pressure aiming situations.
nx1 disables most visual enhancements, such as bloom, vignette, distortion, and cast shadows, while enabling experimental sharpening and multithreaded rendering. This approach reduces unnecessary visual clutter, sharpens important details, and leverages system resources efficiently, all of which contribute to better clarity and optimal performance during competitive play.
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