ATTA SHARK L90 Ultralight Wireless Gaming Headset, BT, 2.4G,

About this item

Multi-Device Tri-Mode Connection & <20ms Ultra-Low Latency: Enjoy flexible connectivity with our gaming headsets triple-mode design: Bluetooth 5.3 for PC, Switch, and mobile devices; 2-in-1 2.4GHz wireless dongle (USB-A & Type-C) for lag-free gaming on PS4, PS5, and laptops; and 3.5mm wired mode for consoles like Xbox. Note: Xbox Series only supports 3.5mm wired mode; button functions are unavailable.

Dynamic 7.1 Stereo Sound: Immerse yourself in a remarkable audio experience with 7.1 Surround Sound that enhances both gaming and music. Experience every detail, from cinematic scores to in-game sound effects. The gaming headset supports Xear software, enabling you to customize your audio with EQ adjustments, dynamic bass boost, virtual surround sound, and smart volume control. Note: Please plug in the 2.4G dongle before installing the software.

Foldable & Ultra-Light Design: Experience gaming and music on the go with this lightweight wireless headphones, weighing just 215g. Its foldable design ensures easy storage and portability. The skin-friendly fabric, memory foam, and breathable mesh surface provide all-day comfort for your ears and head. Plus, the cool RGB lighting effect adds a stylish touch, enhancing your gaming experience wherever you are.

Omni-Directional Noise-Canceling Microphone: The USB gaming headset features a detachable, flexible, omnidirectional noise-canceling microphone, adjustable to 360° for effortless teammate communication. You can also answer and hang up calls at any time. Click the "M" button to receive a voice prompt indicating whether the microphone is active.

Long-Lasting Battery Life: Enjoy immersive sound with 40mm drivers and a robust 800mAh battery offering up to 35 hours of gameplay at 50% volume without RGB lighting or 15 hours with RGB effects. Fully recharge in just 2 hours. With up to 200 hours of standby time via Bluetooth or 2.4G wireless, the pc headset automatically powers down after 5 minutes of disconnection to conserve energy.