sNI-1G Ethernet card for high-end audio.

There are already a number of network audio devices on the market, but it would be fair to say that none of them have Ethernet ports designed for audio purposes.  When USB audio devices were first available on the market, more than 10 years ago, there were many questions about the practicality of audio purpose USB cables or products like the USB host card. It’s probably because people thought that the digital interface only transmits data represented by 0s and 1s. However, these audio purpose USB products are now the basis of digital audio systems, and the audio purpose network card, sNI-1G, will also play an indispensable and important role in the digital audio network.  There are high-frequency noise flowing from the network port, and it can be beyond our imagination.  Since it is noise of very high frequency components, it passes through various devices and parts to the DAC’s circuit, and results in the deterioration of sound quality. Without understanding this process, it will be difficult to find out why you should use the network card to improve your audio system.  Although noise from the AC power line is more commonly known, there is also noise coming from the Ethernet port which is different from that of the AC power, so careful technical review is required for the Ethernet port.  This carefully reviewed network port, sNI-1G, provides a complete transmission of network audio streaming, as well as a very clear improvement in medium-to-low transparency, the instrument’s texture, and wide-to-deep stage expression, enabling you to experience a completely new level of sound.  The sound quality improvement achieved using the sNI-1G network card cannot be compared to a trick that is simply achieved by replacing interface cables or by one or two parts. This is because it is designed by combining deep computer system knowledge and circuit technology with digital and analog audio, which is why sNI-1G is essential for all network audio systems.  Enjoying and understanding music can be done with not the best sound quality, but with a typical network audio device. However, music playing through the sNI-1G, which is able to perform the best sound quality through network audio system, will give you a sense of joy and will make you feel the depth of music. Specification PCI express Ethernet chip set    Supports PCI express 1.1 or higher    Supports 10/100/1000M, Giga Lite(500M) mode    Supports Always On Always Connected    Clock-less Wake-On-LAN    Fully compliant with IEEE 802.3, IEEE 802.3u, IEEE 802.3ab    Supports IEEE 802.1P layer 2 Priority Encoding    Supports IEEE 802.1Q VLAN tagging    Supports IEEE 802.3az-2010(EEE)    Supports Full Duplex flow control(IEEE 802.3x) Internal power input    Input power: +12.0V(+0.5V, -0.5V), 1A max 15pin SATA power connector Internal standby power input   Input power: +6.0V to +12V, 0.5A max   2pin connector External power input   Input voltage: +6.5V ~ +12Vdc   Input current: 1A max   5.5mm OD, 2.1mm ID DC adaptor jack   2 pin header connectors for connecting external power to other internal devices Display LED    Active(Green), 100M(Yellow), 1000M(Amber)   LED On – Off jumper for reducing noise Designed for high end network audio   Separate Ethernet transformer and common mode filter for each signal line for best noise immunity performance   Ethernet noise filter down to audio band.   Filtered and buffered M.2 signal interface between PC motherboard for blocking noise from mother board Operating environment    Operating temperature : 0°C ~ 40°C    Storage temperature : -10°C ~ +50°C    Operating & storage humidity : 10% ~ 90% OS support    Windows 7 or higher version    Linux Manual sNI-1G Simple Guide DRIVER sNI-1G Driver