Soundaware A1 DSD256 PCM384kHz DAC Decoder AMP Desktop HiFi Network

Description One equals six, I have all that you need Multifunctional streaming music player Support Roon Ready, Airplay, DLNA, Samba etc, sampling rate to PCM 384kHz and DSD256. Patented FPGA technology optimized LAN/WAN player with dual headphone output. HIFI Bluetooth DAC/headphone amplifier HIFI level Bluetooth dual headphone output processed by FPGA clock. CD player and ripper Connected to appointed USB driver, A1 can play and rip CD in high precision mode. SD card/HDD music player Large capacity SD card/HDD supported, high performance off-line music player. High-performance interface & network digital transport Inherited technology from 300 series, A1 has the interface and transport system based on the latest patent FPGA algorithm. Pure HIFI system, meant for sound quality HIFI system (32Bit/384kHz) Lasted good sound quality Life beyond ten years Low power consumption and high performance All linear low noise Android Easy to be jammed APP SRC Limited storage supported Destroy Android framework Windows High consumption Many interference All switching power supply System need optimization High latency Flagship structure, major breakthrough Patent structure designed specialized for Hi-End Provide each format of music with precise clock, denoising process and synchronous playback. After 5 times FPGA upgrade, the structure achieved a new high level in both functionality and performance. Last FPGA Performance doubles with main clock remained to low to reduce greatly of the low frequency noise because of rising clock frequency. Redesigned CPU board and program optimization improve 30% of the CPU performance. Core technology & HiFi material Full DC single end amplification technology Reduce the distortion of DA chip in amplification process. The sound is more real without the distortion of coupling capacitance’s phase position, frequency response and information content. But it has higher standard of the material precision and matching. So we choose high-precision MUSE operational amplifier, thus the analog amplifier of A1 all adopts high-precision material to amplify symmetrically. Adopting MR1 V2’s analog DA power supply technology MR1 V2 decreases internal resistance of analog power supply from 200 milliohm to 10 milliohm instantaneously, discharge ability increases by 20 times with lower noise to better output perfect waveform. Top power supply, HiFi design Adopting high quality iron core transformer and high current power filter, analog and digital linear power supply separately. Soundaware remains independent power supply for ARM, USB, FPGA and analog linear, almost all the 20 secondary power supply lines adopt the LDO voltage stabilization with ultra-low noise. Core capacitors include rubycon ZLH class high frequency low resistance series, ELNA CERAFINE and other classic material. Tune style is more close to M2pro and A280 Femto, featuring transparent, delicate and Hi-Res sound. HiFi is more than above Roon ready support Play lossless PCM384kHz and native DSD256 Rich off-line music management Qobuz, HQplayer and Tidal all support Seamless playback As a most important feature in HIFI field, seamless playback in same frequency is equipped with native and Roon ready play, bringing brilliant experience as playing CD and SACD. FPGA HiFi level Bluetooth Adopting the same-designed FPGA of A300 plus independent high precision ultra-low noise clock to process secondary jitter process, so as to achieve high fidelity playback from Bluetooth. Big screen & big font, plug & play storage Direct operate via buttons and remote, regardless of the distance. Abundant online music supported DLNA HiFi Bluetooth Airplay Roon Ready USB interface High performance sound card and interface technology: XMOS provides data channel, FPGA processes jitters in the standard of HiFi level, offering an interface that combines cellphone, Pad and PC. Then the amplification works in mono, native and full DC condition, plus better isolation and optimization, thus perform close to the playback effect of FPGA.