Corsair VOID v2 MAX RGB Dolby Atmos Spatial Audio Bluetooth 2.4GHz Wireless Gaming Headset Carbon &#...

Corsair VOID v2 MAX RGB Dolby Atmos Spatial Audio Bluetooth 2.4GHz Wireless Gaming Headset Carbon – CA-9011388-WW Full description Corsair. Dolby Atmos Spatial AudioImmersive surround sound delivers precise positional audio, helping you hear every detail and gain a competitive edge in games. Dual Wireless ConnectivitySeamlessly switch between 2.4GHz wireless and Bluetooth for gaming on PC, console, and mobile devices. Comfort-Focused Over-Ear DesignLightweight construction with plush ear cushions provides long-lasting comfort for extended gaming sessions. RGB Lighting & Carbon FinishCustomizable RGB lighting adds a modern gaming aesthetic, paired with a sleek carbon-coloured design. Clear Microphone PerformanceHigh-quality microphone ensures crisp voice communication for team chat, streaming, and calls.   Specifications Brand: Corsair Series: VOID v2 MAX Model: CA-9011388-WW Technical Specs Connectivity: Bluetooth 2.4GHz Wireless Driver Size: 50mm Impedance: 32k Ohms @ 1 kHz Frequency Response: 20Hz – 20 kHz Microphone Pick-up Pattern: Omni-directional Impendance: 2.2k Ohms Frequency Response: 100Hz to 8kHz Active Noise Cancellation: Yes Software & Features Software: iCUE Software Features: Corsair VOID V2 MAX RGB wireless gaming headset with Carbon finish Dual connectivity: Bluetooth & 2.4GHz wireless for versatile use Dolby Atmos spatial audio for immersive 3D sound experience RGB lighting customisable via Corsair iCUE software Comfortable memory foam ear cups for long gaming sessions General Lighting: RGB Battery: Long-lasting 70-hour battery with fast charging Supported Platform: PC;MAC;Playstation;Mobile Warranty Information Warranty: 2 Year Warranty   Corsair VOID v2 MAX RGB Dolby Atmos Spatial Audio Bluetooth 2.4GHz Wireless Gaming Headset Carbon – CA-9011388-WW Contact us if you would like to enquire about this product. ← BackThank you for your response. ✨ Name & Surname(required) Email(required) Message Submit Δ