With Arduino library support on an ARM Cortex M4 processor, it’s no surprise that we’re fans of the Teensy 3.1. And lately, [Paul Stoffregen] has been building out the Audio Library for this ...

Jitter and Clocking Issues: When using S/PDIF out of a PC, there can be issues with digital jitter due to the PC's hardware clock. Consider using a reclocker or a separate DAC with a high-quality ...

But yeah, what @grstanford said is an option as well if you can't find a suitable motherboard with S/PDIF out. Edit: manual only describes analog outs, so yeah, I don't think any of the existing ...

Is there a cheap easy switch available to do this?<P>Also, I have a digital (RCA) S/PDIF "Out" on my sound card, and optical (Fiber) "In" on my reciever - how do I get those to communicate?

Expansion boards: DAC Board SPDIF IN board (both optical/Toslink and coax) SPDIF OUT board (both optical/Toslink and coax) The unboxing was straightforward: each board comes enclosed in an ...

It’s just a port expander for laptops, essentially, combining many useful features like 5.1 sound, SPDIF out, and a USB hub into a single $130 unit. There’s even an Ethernet port in there if ...

A useful standard that hasn’t really bothered most of us is S/PDIF, standing for Sony/Phillips Digital Interface. It’s a useful way to pump digital audio around over copper cables or optic fiber.

On one side there are component video and a TOSLink and coaxial input and the other has an HDMI out, a port for power, and a small switch. The unit feels heavy for its size which conveys a sense of ...

SPDIF stands for Sony/Philips Digital Interface. This interface allows digital audio to be transmitted. As the name suggests, Sony and Philips were involved with developing the primary design of ...

The SPDIF-Tx-Pro (CWda15) is a digital audio transmitter IP core supporting the SPDIF IEC60958 and AES3 standards for PCM audio and the IEC61937 and SMPTE 337M standards for non-PCM (compressed) audio ...