NuPrime Stream 9 Streaming Station - Black

Reference Class Multi-Room Streaming Station

The NuPrime Stream-9 is a reference class multi-room streaming station capable of Wi-Fi 24-bit/192kHz and Bluetooth 5.0 aptX HD streaming. The Stream-9 includes multiple digital outputs for connecting to external DAC. It supports all major online streaming services, Bluetooth 5.0 (aptX HD), network DLNA and AirPlay 2 streaming. A selectable sampling rate converter (SRC) samples the streaming source music to a higher sampling rate (up to PCM 24-bit/768kHz and DSD256) with ultra-low jitter and distortion.

NuPrime's proprietary Sampling Rate Converter chip, a low noise linear power supply and power circuit, plus other audiophile-grade components enable the Stream-9 to achieve world class performance above its peers. NuPrime customized the exclusive SRC chipsets with a Taiwan IC design house to achieve exceptional performance. A 64-bit quad-core Arm Cortex-A53 processor provides high resolution wireless streaming

Advanced Wireless and Wired Streaming

NuPrime Stream-9 offers Wi-Fi 24-bit/192kHz and Bluetooth 5.0 aptX HD streaming, along with network DLNA and AirPlay 2 streaming. A selectable sampling rate converter (SRC) samples the streaming source or digital input music to a higher sampling rate (up to PCM 24-bit/768kHz and DSD256) with ultra-low jitter and distortion.

All major online streaming services are supported, including Deezer, iHeartRadio, Qobuz, QQ Music, Spotify, TIDAL, TuneIn. Some services require a subscription. Re-streaming of connected optical and coaxial inputs is supported. The free iOS and Android app allow you to easily control your smart music system and select your source music and group destination speakers (including receiving streamers).

Ultra Hi-Res Sampling Rate Conversion

The sampling rate of any digital inputs, including streaming, can be converted up or down between PCM and DSD, from 44.1kHz to 768 kHz or DSD64 to DSD255. The conversion is achieved by up-sampling to megahertz before down converting to the targeted sampling rate with ultra-low jitter and distortion.