Can I connect SPDIF out to Optical in?

Can I connect SPDIF out to Optical in?

What Is The Deal with SPDIF and Optical Cables? SPDIF can be used with optical cables and coaxial cables while the optical port can only be used with optical cables alone. If you have an optical cable on hand, you can either use the SPDIF or optical output. You can also use both.

How do I connect SPDIF speakers?

FAQ :: How to connect audio output through SPDIF?

  1. Connect a SPDIF bracket cable (coaxial+optical mixed) into MB SPDIF OUT connector.
  2. Check the SPDIF Bracket optical LED must be light-up.
  3. Speaker connect to H/W Digital Decoder.
  4. Connect SPFID with coaxial cable.
  5. Connect SPDIF with Optical cable.

What is SPDIF speaker?

S/PDIF (Sony/Philips Digital Interface) is an audio transfer format interface. It transfers digital audio signals from one device to another without the need to first convert to an analog signal, which can degrade audio quality.

Is SPDIF cable the same as optical cable?

Both S/PDIF and optical are digital connections, though they are different. Optical typically refers to ADAT protocol over a fiberoptic cable or TOSLINK. S/PDIF, on the other hand, typically transmits over an RCA or coaxial cable. Does S/PDIF require a special cable? S/PDIF requires a specific S/PDIF digital cable.

How does SPDIF work?

S/PDIF (Sony/Philips Digital Interface) is a type of digital audio interconnect used in consumer audio equipment to output audio over reasonably short distances. The signal is transmitted over either a coaxial cable with RCA connectors or a fibre optic cable with TOSLINK connectors.

What is SPDIF output?

The SPDIF output is a digital audio output. It would be used to feed stereo audio to an outboard Digital to Analog converter for better quality than your audio board. It will also feed the Dolby Digital or DTS audio from DVDs or video files to a home theater system to be decoded there.

What is an optical audio?

By the same token, optical audio delivers higher-quality sound than older copper-wire connectors by converting electrical signals to light and piping them through optical fiber. The age of optical audio dawned in the 1980s, when Toshiba created Toslink, the first optical audio cable. The Japanese electronics company had developed its own compact disc player and was looking for a way to output the improved digital audio quality to speakers and headphones.

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