BAT AUDIO X2

Single-crystal copper possesses an exceptionally high mid-to-low frequency energy sensation.
To retain its original advantages while enhancing the mid-to-high frequency response, we decided to adopt ultra-fine single-crystal copper wires, reorganizing them into a dispersed arrangement with ultra-high conductor volume.
A 4-core hybrid structure was employed, breaking through the conventional mixed weaving methods of multiple conductor types.
The 4:6 hybrid ratio allows the conductor to retain the mid-to-low frequency energy sensation while delivering a remarkable performance in the high frequencies.

Sound Direction

The mid-to-low frequencies of single-crystal copper are its advantage, allowing listeners to immediately feel the rich low-frequency energy sensation.

At the same time, the incorporation of 40% single-crystal copper with silver plating enhances the mid-to-high frequency details. Vocals exhibit the density and resolution of silver, while instruments display clear positioning and separation.
The soundstage background is profoundly deep and tranquil, exuding clarity and serenity.

Wire Rod Introduction

Single-crystal copper offers excellent mid and low-frequency energy.
To preserve this strength while enhancing mid and high frequencies,
we use ultra-fine single-crystal copper strands, increasing conductor quantity with a compact 4-core hybrid weave.
This breaks from conventional multi-core hybrid designs.
The 4:6 hybrid ratio maintains strong mid and low frequencies, while delivering refined high-frequency performance.

Wire Diameter Introduction

4-Core High-Capacity Wire – Balanced Sound & Wearability
AWG defines important conductor parameters.
22AWG provides greater capacity than standard conductors.
By abandoning traditional 8-core weaving and combining what were originally 2-core strands into one,
the structure is tighter, with less interference and reduced outer sheath material.
Thus, 4 cores achieve higher capacity than 8-core designs, with a lighter and more comfortable experience.
Importantly, this internal structure enables further innovation possibilities.

Anatomy of Conductor Technology

Practical Materials, Advanced Craftsmanship
We use imported high-purity 6N copper rods as raw material.
OCC continuous casting forms long crystal or single crystal grain boundaries.
Thermal casting reduces surface defects, producing smoother, more polished conductors.
Every strand is processed with Litz individual insulation, significantly increasing conductor surface area,
reducing high-frequency skin effect and providing oxidation resistance.