Astell&Kern HC3 USB DAC

Please note the pictured In-Ear Monitors are not included.

Astell&Kern, the global premium audio leader has developed the AK HC3, a USB-C compatible Dual DAC cable with microphone connectivity that produces Hi-Fi grade sound on-the-go.

The multi-award-winning audio components manufacturer based in South Korea, has revealed a Hi-Fi grade USB DAC with microphone connectivity, the AK HC3. The lightweight, aluminium cable is a stylish addition to any device while coupling signature Astell&Kern performance with unmatched versatility. Successor to the sought after PEE51 (AK HC1), the compact AK HC3 makes it easy to enjoy real, uncompromising high-fidelity sound on-the-go. The AK HC3 adopts dual ES9219MQ from ESS, highly regarded by audio fans across the globe for its ability to produce MQA 8X in ultra-high quality with excellent control and low power consumption.

A versatile cable for entertainment and calls
The AK HC3 adds high-quality microphone support to the company’s signature hi-resolution sound to enable more entertainment and voice features – perfect for PC and laptop gaming, video conferencing as well as film or TV watching.

AK HC3 is compatible with any 3- or 4-pole 3.5-mm plug earphones and headsets, as well as in-line controller and microphone features of 4-pole earphones and headsets.

Plug and play anytime, anywhere
Connect directly to a Windows PC, Mac, smartphone or tablet with a USB-C port, without needing a separate conversion adapter, and enjoy high-quality sound. The AK HC3 uses power from the connected playback device so does not need to be charged or be connected to a separate external sound card, AMP or DAC.

The AK HC3 is also compatible with iOS devices using the included USB-C to Lightning adapter.

Unique, noise-free design
Unlike most DAC products, the AK HC3 incorporates a rear output design to minimise noise as much as possible. By processing the digital signal after it has travelled through the dual noise shielded cable, the resulting sound is far superior and virtually noise free.