Xonar Essence ST

    Xonar Essence ST

    World's first Precision Clock Tuning for Revolutionary PC Hi-Fi audio

    - Industry-leading 124dB SNR
    - Built-in headphone amp drives every available headphone with <0.001% distortion
    - Nichicon "Fine Gold" capacitors offer great dynamic performance
    - Perfectly shielded EMI-free analog output path
    - Customize your sound color effortlessly via swappable OPAmp socket.

      World's first Precision Clock Tuning for Revolutionary PC Hi-Fi audio

      Industry-leading 124dB SNR

      Choosing only the best components and finest design, Xonar Essence STX achieves unprecedented 124 dB SNR – 64 times clear than on-board solutions, bringing top-o-the shelf audio experience for audiophiles.

      Precision clock tuning for perfect audio

      Xonar Essence ST is the world’s first audio card to focus on precision clock tuning to minimize audio jitter. The result is extensive musical details and lively sound image presented for revolutionary experience.

      Multi-channel Upgradable

      Essence ST is designed to allow full 7.1 surround enjoyment with future upgrade. The high fidelity Xonar H6 multi-channel extension board sold separately in the future provides 120dB signal-to-noise ratio, offering the ultimate surround sound quality ever in the market.

      Built-in headphone amplifier

      Most quality headphones require extra driving power from amplifier to perform their best, otherwise, they distort and lose details

      Driving with Ease and Quality

      Xonar Essence STX’s built-in headphone amplifier is ready to drive ANY headphone to it’s full performance stage, with under 0.001% distortion

      Designed in Essence to achieve Excellence

      EMI-free analog output path
      EMI shielding seals all analog output signals perfectly from noise, offering distortion-free audio enjoyment

      Independent power for analog signals
      Draw additional power from MOLEX ensures the power-sensitive analog signals treated with the cleanest power source

      Hyper-Grounding circuitry design
      Utilizing multi-layer PCB design to separate audio from noise