Rediscover the magic of your favourite music with the STAX SRM-D10 II. Elevate your audio experience with high-resolution sound, precision engineering, and unmatched performance.
The SRM-D10 II utilizes hardware decoding and high-quality audio capacitors to deliver unparalleled sound quality, ensuring every note is crisp and everydetail is vivid.
With support for DSD sampling rates up to DSD256 and PCM sampling rates up to 384kHz/32bit, the SRM-D10 II can faithfully reproduce high-resolution audio formats, preserving the artist's original intention.
The SRM-D10 II is equipped with a high-quality power amplifier, providing outstanding performance and remarkable power, allowing you to experience music in its purest form.
A robust DC 580V DC bias enhances the amplifier's output, resulting in a more dynamic and powerful soundstage.
The aluminium alloy shell not only exudes a sleek, modern design but also offers higher strength and corrosion resistance, ensuring the SRM-D10 II is built to last.
The SRM-D10 II supports both USB digital and 3.5mm analog audio inputs, offering flexibility in connecting to a wide range of devices.
Designed to complement all STAX PRO-type headphones, the SRM-D10 II ensures that you can enjoy the full potential of your earspeakers.
- 200Vr.m.s / 100Hz-10kHz Output Voltage
- 53dB Gain
- ≤0.025% / 1kHz-10kHz THD
- AKM4493 DAC Chip
- Sample rates up to DSD256 and 384kHz/32bit PCM
- USB-C digital input
- 3.5mm analoge input
- 475g weight
Electrostatic - Supports all Stax PRO bias headphones
Digital USB-C, Analog 3.5mm
10 Hz - 30 KHz
STAX produce exclusively electrostatic headphones, or “earspeakers” as they call them, in Japan, since 1938. STAX chose the electrostatic technology for its ability to produce transparent sound, and low weight for comfort/ergonomics, both due to the driver design not employing fixed magnets and moving coils, as opposed to other common headphone driver designs. The minimal weight of the driver ensures a very quick response to the signal, creating a more faithful sound reproduction.