10ft Optical Audio Cable for TV and Soundbar, GoldPlated Connectors, Interference Sound

Optical digital audio cable designed for reliable digital sound connections between DVD players, Bluray players, home theater receivers, satellite boxes, online streaming devices, PlayStation and Xbox systems. Key benefits Accurate digital audio transmission: TOSLINK fiber optic connection delivers uncompressed PCM audio and supports compressed multichannel formats from 5.1 to 7.1 for surround sound playback. Broad format compatibility: Works with Dolby Digital Plus, DTSHD Resolution and LPCM to preserve source audio quality across compatible systems. Immune to electrical interference: Fiber optic design prevents RFI and EMI from affecting the signal, maintaining consistent audio performance in electrically noisy environments. Durable construction: Fully flexible PVC jacket protects the optical fiber while allowing easy routing and longterm use. Reliable connectors: 24K gold plated connectors resist corrosion and help maintain a stable connection over time. Key attributes Function: Transmits digital audio via TOSLINK optical interface. Compatibility: DVD, Bluray, home theater receivers, satellite receivers, streaming devices, PlayStation and Xbox gaming consoles. Materials: Optical fiber core, flexible PVC jacket, 24K gold plated connectors. Performance: Supports multichannel surround, uncompressed PCM, compressed 5.1 to 7.1, Dolby Digital Plus, DTSHD Resolution, LPCM. Typical use scenarios Home theater setup: Connect a Bluray player to an AV receiver for multichannel surround playback using Dolby Digital Plus or LPCM. Gaming audio: Link a PlayStation or Xbox console to a soundbar or receiver to deliver immersive game audio in supported formats. Streaming and broadcast: Connect a streaming device or satellite receiver to a home audio system to route digital audio without electrical interference. This optical digital audio cable provides a straightforward, durable solution for transmitting digital audio signals where TOSLINK compatibility and interference performance are required.