SteelSeries Arctis Nova 1 gaming headset

This lightweight gaming headset delivers focused audio for competitive play, combining high-fidelity drivers and 360° spatial sound to help you pinpoint in-game cues while staying comfortable during long sessions. It suits PC and console gaming setups and offers a simple wired connection for cross-platform use, according to the manufacturer.

Key Points

The Arctis Nova 1 concentrates on clarity and positional accuracy with its custom Nova Acoustic System and Hi-Fi drivers. The headset is ultra lightweight and uses AirWeave memory foam ear cushions to reduce fatigue during extended play. A retractable noise-cancelling ClearCast Gen 2 microphone lowers background noise by up to 25 dB, improving voice comms for multiplayer matches. The 3.5 mm connection ensures compatibility with PC, PlayStation, Xbox, Switch and many mobile devices. 🎧

Technical Specifications

• Name: SteelSeries Arctis Nova 1
• Drivers: Hi-Fi drivers with Nova Acoustic System
• Spatial audio: 360° Spatial Audio, compatible with Tempest 3D Audio for PS5 and Microsoft Spatial Sound where supported
• Microphone: ClearCast Gen 2 noise-cancelling, retractable, up to 25 dB noise reduction
• Connection: 3.5 mm wired jack
• Cushions: AirWeave memory foam ear cushions
• Colour: White

Benefits

The design prioritises a natural soundstage and accurate imaging so footsteps and environmental cues are easier to locate. ComfortMAX adjustments and breathable fabric cushions help manage heat and pressure, allowing longer play without constant repositioning. The wired connection avoids latency concerns that can affect wireless headsets during competitive play. Also, the retractable mic keeps the profile neat when not in use and reduces accidental knocks.

Usage Recommendations

For best positional awareness enable the 360° spatial audio option in supported games or console audio settings, and try the Pro-grade parametric EQ if you want to tune bass and mids to your preference. Consider that some advanced spatial effects depend on the platform's software support, so results may vary between systems. 🎮