The Cayin HA-2A is a compact, desktop tube headphone amplifier that uses five vintage NOS (New Old Stock) vacuum tubes for a warm, detailed, and musical sound, featuring single-ended Class A amplification, point-to-point wiring, and versatile outputs (6.35mm, 4.4mm, 4-pin XLR) with impedance matching for various headphones. It's praised for its rich harmonics, spacious soundstage, and ability to drive headphones with classic tube character, making it suitable for audiophiles seeking an immersive, analog-like listening experience. Get this amazing TUBE AMP now from the official dealer of Cayin in Bangladesh, Gears for Ears today with an official 1 year warranty.
At the heart of the system are five New Old Stock (NOS) vacuum tubes, selected for their superior sonic fingerprints. These vintage components provide a level of rich detail and an expansive soundstage that modern equivalents struggle to match. The result is a signature sound defined by exquisite musicality and that sought-after "classic warmth."
To truly honor the vintage hardware, the amplifier utilizes a Single-Ended Class A circuit. This design is intentionally purist, ensuring the unique tonal characteristics of each NOS tube are fully harnessed without interference. It provides a direct, transparent path for your music, resulting in a pure and emotionally engaging performance.
The internal architecture and bespoke wiring are meticulously engineered to preserve a specific acoustic profile. By focusing on rich harmonic qualities, the design ensures a balanced and mellow output. This prevents listener fatigue while maintaining the lush, "tubey" texture that audiophiles prize.
Consistency is guaranteed by a sophisticated multi-stage filtering system and a low-noise FET voltage regulator. To ensure your headphones are driven with absolute precision, the unit features Cayin’s proprietary Z11 core EI output transformer. This in-house development allows the amplifier to handle various headphone loads with ease, maintaining clarity and grip across the entire frequency range.