ASUS Rog Clavis USB-C to 3.5mm Adapter Gaming DAC with AI Noise-Cancelling Mic

ASUS Rog Clavis USB-C to 3.5mm Adapter Gaming DAC with AI Noise-Cancelling Mic

Unlock a premium audio experience

The pocket-sized ROG Clavis USB digital-to-analog converter delivers a host of features to give any compatible headset a big upgrade. Its ESS 9281 QUAD DAC with a built-in amplifier and Master Quality Authenticated (MQA) rendering technology treats you to hi-fi-grade audio, while AI noise-canceling technology enhances headset microphones for crystal-clear voice communication. ROG Clavis is made out of aluminum and features

ASUS Aura Sync RGB lighting for a premium look. It includes a USB-C®-to-3.5 mm jack and a bundled USB 2.0 adapter to ensure compatibility with most headphones and a host of devices.

ESS 9281 QUAD DAC

The ESS 9281 DAC features QUAD DAC technology to provide lossless audio processing. Each of its four DACs devotes processing power to a subset of the audible frequency range, across lows, mids, highs to ultra-highs. The four signals are then combined to produce clearer sound with an impressive 130 dB signal-to-noise ratio, and an integrated amplifier supports up to 300 ohms of impedance. Hear every detail and enjoy crisp, clear sound for a true-to-life audio experience with ROG Clavis.

Built in MQA Renderer

Master Quality Authenticated (MQA) is an award-winning audio technology that delivers studio-quality sound and reveals every detail of the original recording. MQA rendering technology in ROG Clavis can connect to an MQA core signal including those from global streaming service apps such as TIDAL and complete the final "unfolding" of an MQA music file to provide incredible audio quality.

Exclusive Hyper-Grounding Technology

ROG-exclusive Hyper-Grounding technology utilizes a multi-layer PCB and a special layout design to prevent electromagnetic interference, resulting in pure, noise-free audio.

AI Noise-Canceling Technology

ROG Clavis uses AI to enhance headset communication. It detects sounds and compares them to those received from your headset microphone, and processes them to reduce over 500 million types of background noise while preserving vocal harmonics. This ensures that your voice comes across loud and clear even in noisy environments.