T+A SDV 3100 HV

SDV 3100 HV

The Reference Streaming DAC Preamplifier

With the SDV 3100 HV we have created a digital/analogue converter that is even more sophisticated and complex than our previous high-end converters. 

It has twice the resolution capacity and allows 32 bit/768 kHz for PCM and DSD 1024 for bitstream. These data are unique and cannot be achieved by any other converter. To achieve this, we have not only meticulously improved previous converters, but also developed a completely new USB receiver for these high frequencies.

The SDV 3100 HV and SD 3100 HV are identical in their mechanical and electronic construction except for the preamplifier section, with which the SDV 3100 HV is additionally equipped.

The SDV 3100 HV or even an entire HV system is operated using the F 3100 remote control or one of the T+A apps.

Because more and more audiophile music lovers are using high-quality headphones, we have developed a particularly good and powerful analogue headphone amplifier in HV technology that operates entirely in Class A mode and has outstanding sound characteristics.

The SDV 3100 HV has been equipped with the volume control of the P 3000 HV and an analogue input. This allows it to be used as a preamplifier for a complete HV system.

The sound characteristics of high-quality hi-fi equipment are essentially determined by the mechanical construction, the analogue technology and the digital signal processing. Only if these three areas are optimally designed by the developers, the complete unit can meet the highest demands.

For this reason, all HV units are constructed of solid aluminium without ferromagnetic materials and have their own compartments for each sub-assembly, which are separated and shielded by aluminium partitions.

Both the sound-decisive current/voltage converters following the D/A converters and the analogue output stage are completely discrete and channel-separated and equipped with our HV technology. This ensures that the connected preamplifiers or integrated amplifiers receive an optimal input signal.