2 Way Optical SPDIF Toslink To Coaxial or Coaxial To Optical SPDIF Toslink Bi-Directional Switch Digital Audio Converter 2 Way Optical SPDIF Toslink to Coaxial or Coaxial to Optical SPDIF Toslink Bi-Directional Switch Digital Audio Converter _x000D_ _x000D_ _x000D_ Feature: _x000D_ OPTICAL TO COAXIAL BI-DIRECTIONAL AUDIO CONVERTER: Switch to select either OPTICAL TOSLINK or COAX input and convert the signal (as is) to both its COAXIAL and OPTICAL TOSLINK output ports. _x000D_ AUDIO FORMAT: Audio Input & Output Support audio format: LPCM2.0/ DTS/ DOLBY-AC3. And the highest support 192 KHZ sampling rate. Noise-free transmission, high definition audio output for your amplifier and speaker. _x000D_ EASY TO SETUP: Plug and Play, no need of any software and drive. It's able to power this Optical to Coax Converter from Phone Adapter and a USB jack on the TV or nearby USB port device. _x000D_ LONG DISTANC: Use optical fiber cable loss less the 0.2Db/m, Output distance is up to 30 Meters(98 Feet), Use the standard coaxial cable output can be up to 10 meters (32 Feet). _x000D_ WIDE APPLICABILITY: Compatible with Blu-ray Player, Satellite receiver, BR player, for Xbox 360, HDTV, DVD, Amplifier, Sound Bar, Speaker and all device with digital audio out port. _x000D_ _x000D_ Specification: _x000D_ Input Ports: 1 x Coaxial RCA Jack and 1 x Toslink (optical fiber) port _x000D_ Output Ports: 1 x Coaxial RCA Jack and 1 x Toslink (optical fiber) port _x000D_ Size: about 61*57*20mm _x000D_ Material: Metal shell (black) _x000D_ Working current: DC/5V _x000D_ Transmission rate: 25Mbps _x000D_ Audio format: LPCM2.0/DTS/DOLBY AC3 _x000D_ Coaxial output cable: less than or equal to 10M, use standard coaxial cable _x000D_ Optical fiber output cable: less than or equal to 30M, use line loss less than 0.2dB/m cable _x000D_ _x000D_ Package included: _x000D_ 1 x Digital 2-Way Audio Converter _x000D_ _x000D_ Note: _x000D_ 1. Please allow minor errors due to manual measurement. _x000D_ 2. The colors may have difference due to the different display, please understand. _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_