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High Resolution Audiophile Streamer
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HARDWARE JITTER CORRECTOR • HDMI-I2S • USB 3.0/1Gb LAN
Space Audio Team
Many people download or stream music over the internet. In fact, it's the most popular music delivery method nowadays. This is why came up with a third component to complement our system, a music streamer. Based on the ever so popular Raspberry Pi 4, our solution is more than just a fancy case for the Pi.
HDMI - I2S output
The front panel of the device contains only a power LED and an infrared remote control receiver. The rear panel has many options for connecting to the outside world. The gigabit Ethernet connector, the two USB 3.0 and two USB 2.0 sockets are native to the Pi, as is the HDMI video output. The I2S output (also on a HDMI plug, as seen on other high-end devices) carries a re-clocked signal and a master clock as well, which is not found on the Raspberry Pi itself.
USB 3.0 and Gigabit Ethernet
The front panel of the device contains only a power LED and an infrared remote control receiver. The rear panel has many options for connecting to the outside world. The gigabit Ethernet connector, the two USB 3.0 and two USB 2.0 sockets are native to the Pi, as is the HDMI video output. The I2S output (also on a HDMI plug, as seen on other high-end devices) carries a re-clocked signal and a master clock as well, which is not found on the Raspberry Pi itself.
Hardware jitter corrector
HDMI-I2S output via hardware jitter corrector. As mentioned earlier, the I2S signal coming from our streamer has been re-clocked to eliminate jitter. This is done by a CPLD device inside, which also generates a precise master clock signal, which is required for many other DACs to work. Normally, this signal would not be available on a stock Raspberry Pi, and even the basic I2S output has quite a bit of jitter. The CPLD takes care of this and outputs a very clean and jitter-free signal, so you can enjoy the music like never before.
CPLD PROCESSING
HDMI-I2S output via hardware jitter corrector. As mentioned earlier, the I2S signal coming from our streamer has been re-clocked to eliminate jitter. This is done by a CPLD device inside, which also generates a precise master clock signal, which is required for many other DACs to work. Normally, this signal would not be available on a stock Raspberry Pi, and even the basic I2S output has quite a bit of jitter. The CPLD takes care of this and outputs a very clean and jitter-free signal, so you can enjoy the music like never before.
HIGH-RESOLUTION AUDIO
STREAM
There are several excellent software players that will play you audiophile quality music. If you're looking for a high-res media player, check out Amarra, Audio gate, Audirvana, Foobar 2000, Fostex Audio Player, HQ Player, JRiver Media Center, Pure Music, Roon, etc. Here's a short list of some of the major sites offering high-resolution downloads and streaming: Tidal, Qobuz, HDtracks, Acoustic Sound, Deezer HiFi, iTrax, Primephonic, Amazon Music HD, nativeDSD, etc.
Volumio, Roon, Moode,
etc.
There are several excellent software players that will play you audiophile quality music. If you're looking for a high-res media player, check out Amarra, Audio gate, Audirvana, Foobar 2000, Fostex Audio Player, HQ Player, JRiver Media Center, Pure Music, Roon, etc. Here's a short list of some of the major sites offering high-resolution downloads and streaming: Tidal, Qobuz, HDtracks, Acoustic Sound, Deezer HiFi, iTrax, Primephonic, Amazon Music HD, nativeDSD, etc.
DSD signal - Super
Audio CD Quality
DSD signal supports (Direct-Stream Digital) DSD64 - 2.8 MHz, Double-rate DSD128 - 5.6 MHz, Quad-rate DSD256 - 11.2 MHz and Octuple-rate DSD512 - 22.5 MHz (*DSD1024 -45.2 MHz) 1-bit in native mode (via USB and I2S) and up to DSD256 in DoP (DSD over PCM) mode (via USB and I2S; coax and optical inputs are limited to DSD64). DXD (Digital eXtreme Definitionand) and PCM (Pulse Code Modulation) input format is supported via all digital inputs. Supported sampling rates are 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 768kHz (via USB and I2S; coax and optical only go to 192 kHz) and bit depths of 16-bit, 18-bit, 20-bit, 24-bit, 32-bit.
DXD/PCM format - Ultra
High-Resolution Audio
DSD signal supports (Direct-Stream Digital) DSD64 - 2.8 MHz, Double-rate DSD128 - 5.6 MHz, Quad-rate DSD256 - 11.2 MHz and Octuple-rate DSD512 - 22.5 MHz (*DSD1024 -45.2 MHz) 1-bit in native mode (via USB and I2S) and up to DSD256 in DoP (DSD over PCM) mode (via USB and I2S; coax and optical inputs are limited to DSD64). DXD (Digital eXtreme Definitionand) and PCM (Pulse Code Modulation) input format is supported via all digital inputs. Supported sampling rates are 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 768kHz (via USB and I2S; coax and optical only go to 192 kHz) and bit depths of 16-bit, 18-bit, 20-bit, 24-bit, 32-bit.
Professional CNC machined
chassis
The exceptional internals need an exceptional housing. Each half of the Space Pro enclosure is machined out of a single piece of aluminium using professional CNC techniques. Individual parts are milled from a solid aluminum plate and the heat radiating components are connected directly to the chassis for the best possible cooling and long life of these comp onents. The metal chassis allows for an unprecedented isolation from outside noise. Thanks to anodised aluminum finishes the Space Pro Music Streamer delivers a unique and beautiful design to every room. Available with cosmic grey colour. You can see the overall design below in the gallery. Dimensions (W x H x D) 20cm x 20cm x 6.5cm (including feet).
Beautiful Glittery Powder
Coating Finish
The exceptional internals need an exceptional housing. Each half of the Space Pro enclosure is machined out of a single piece of aluminium using professional CNC techniques. Individual parts are milled from a solid aluminum plate and the heat radiating components are connected directly to the chassis for the best possible cooling and long life of these comp onents. The metal chassis allows for an unprecedented isolation from outside noise. Thanks to anodised aluminum finishes the Space Pro Music Streamer delivers a unique and beautiful design to every room. Available with cosmic grey colour. You can see the overall design below in the gallery. Dimensions (W x H x D) 20cm x 20cm x 6.5cm (including feet).
DESIGN GALLERY & Specifications
Designed & assembled by Space Audio Team in EU.
Space Pro Music Streamer front and rear I/O panel.
Weight
Dimensions
Chassis
Colors
Input Power
Digital Receiver
Hardware jitter corrector
HDMI-I2S output via hardware jitter corrector. As mentioned earlier, the I2S signal coming from our streamer has been re-clocked to eliminate jitter. This is done by a CPLD device inside, which also generates a precise master clock signal, which is required for many other DACs to work. Normally, this signal would not be available on a stock Raspberry Pi, and even the basic I2S output has quite a bit of jitter. The CPLD takes care of this and outputs a very clean and jitter-free signal, so you can enjoy the music like never before.
Digital I/O
Kickstarter project is alive right now!
Space Pro elegant red combination design. For those, who want the absolute best design, we offer the Space Pro Red Edition. The dark red anodized aluminium knobs. Choose from space gray aluminum body and dark red anodised aluminum knobs or knobs in body color. Enjoy the dynamic and true sound of Space Pro in any colors edition.
Don't hesitate and join us, the Kickstarter project is alive right now! ツ See on funding platform:
What is MQA?
MQA stands for Master Quality Authenticated. Using pioneering scientific research into how people hear, MQA's award-winning technology captures and authenticates the sound of the original master recording, and packages it in a file small enough to stream or download. Visit mqa.co.uk for more information. MQA and the Sound Wave Device are registered trade marks of MQA Limited.
How do I access MQA?
MQA works closely with our audio hardware partners to enable MQA integration into their devices for authenticated playback. They also support their record label and music service partners to ensure master recordings are encoded and delivered to a growing number of services. Visit mqa.co.uk for more information. MQA and the Sound Wave Device are registered trade marks of MQA Limited.
Why is MQA important?
MQA’s commitment is to deliver the master recording all the way through to the music fan. The aim is to reinstate audio quality - too long sacrificed for convenience - as an important ingredient for music. Only MQA can supply the original sound, directly from the studio master, in the highest quality, using less data, while authenticating provenance. Visit mqa.co.uk for more information.
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