Our Audiophile Streaming Architecture (ASA) G3 transforms the Symphonia into a true citizen of the Internet of Things, all without sacrificing a single note of sound quality or the versatility of its sources. From the very beginning, the ASA G3 was built with a crystal-clear mission: to unlock the full potential of sound while offering unparalleled choice of sources.
At its core are powerful network boards that process incoming signals via Wi-Fi, LAN, and USB Master Mode. This enables the Symphonia to access not only on device streaming services like Deezer, Qobuz, and Tidal but also high-resolution local network files up to 384/32 (HD) as well as native DSD 256. Streams from mobile devices, whether through Connect or AirPlay (under certification), are delivered with the highest possible fidelity.
Adding to this symphony of features is the ability to play uncompressed FLAC files via aptX HD Bluetooth technology - a blend of convenience and sound fidelity that embodies the best of both worlds.
Nowhere is this blend of comfort and quality more evident than in the intricate handling of DSD playback. The ASA G3 is capable of streaming DSD files natively from the network. These streams are delivered directly to our groundbreaking True-1Bit Converter, where they are processed as a native bitstream without the otherwise typical - and often detrimental - conversion steps.

The converter architecture built into the Symphonia, featuring both a dedicated PCM and a dedicated DSD converter, is truly groundbreaking because it challenges - and surpasses - a long-held norm with superior sound quality. Conventional converters process DSD signals by converting them into PCM, an approach we fundamentally reject. This harmful conversion defies our philosophy and inspired the development of the True-1-Bit Converter, which processes DSD files natively, with no conversions, delivering data in its purest form: an unadulterated 1-bit stream. Seamless playback and the highest-quality reproduction come together in perfect harmony, thanks to the revolutionary T+A Path Separation Technology.
On the PCM side, the Symphonia employs a derivative of the T+A Double Differential Converter, whose circuitry compensates for tonal nonlinearities with exceptional precision. The outcome is astonishing: breathtaking linearity and dynamic range, paired with virtually zero harmonic distortion, exemplify the meticulous engineering behind this achievement.
While we believe in delivering unaltered music reproduction, we also understand the importance of tailoring our devices to the unique preferences and needs of each listener. That’s why the Symphonia provides custom algorithms for its PCM Double Differential Converter, allowing users to fine-tune the sound to their individual taste, making every listening experience as personal as it is soncially perfect.

A T+A streaming integrated amplifier is designed to be the central hub of your musical home. That’s why we’ve equipped the Symphonia with the range of connections needed for truly universal use.
With two digital, two analog, and two USB inputs, as well as an HDMI interface, the Symphonia seamlessly connects to virtually any source. Meanwhile, an integrated phono module ensures that even the most classic of sources benefits from the Symphonia’s remarkable sound performance. A preamp output and subwoofer connection allow the Symphonia to integrate harmoniously into existing systems, making it a versatile and indispensable part of any audio setup.
The Symphonia isn’t just another device - it’s a carefully crafted command centre for all your musical needs, offering connection, clarity, and uncompromising quality.

All analog signal paths are inherently sensitive to digital interference. In a receiver designed to meet the highest expectations, a deliberate and meticulous separation of these two domains is the cornerstone of sonic perfection. Only in this way can the analog music signal remain as pure and unaltered as the artist captured it in the studio.
This is why we developed the Digital-Analog Separation System - using ultra-fast Silicon Labs isolators, we establish a galvanic separation between the digital and analog sections of the device, effectively shielding the analog signal from disruptive interference. To ensure that this separation is upheld throughout the entire signal path, we’ve even gone as far as to isolate the power supplies for the digital and analog domains.