3.7 To 5.5V Optical Fiber Jack , Outdoor FTTH Audio Digital Toslink Transmitter

Optical Fiber Jack Plastic Optical Toslink Digital Transmitter And Receiver Module Dedicated For TV Audio

Application scope:

They can be used to operate computer-aided equipment, televisions, audio equipment, various small automatic immune equipment and instruments, etc.

feature

1. Use plastic fiber for unidirectional data transmission, in line with EIAJ standard CP-1201 (used for digital audio interface, including optical fiber interconnection).

2. Signal transmission speed: maximum 25Mbps (NRZ signal) 25mbps

3. Working voltage: 3.7 to 5.5V

Optical fiber transmission module: 3.7 to 5.5V

Optional optical fiber receiver module: 3.7 to 5.5V

4. Compatible with TTL and high-speed C-MOS LOGIC IC

Shenzhen Ruiara Co., Ltd is a high-tech enterprise specializing in the research, development, and manufacturing of advanced fiber optic transmission technologies. Our main product portfolio includes Plastic Optical Fiber (POF) series, quartz optical fiber, optical fiber audio cables, fiber optic patch cords, and MPO high-speed connectivity solutions, which are widely used in data centers, audio-visual transmission, industrial control, telecommunication equipment, and new energy industries.

Ruiara possesses integrated manufacturing capabilities, including precision polishing, injection molding, and terminal assembly, supported by a complete quality inspection process to ensure every product meets international standards.

Guided by the philosophy of “Building a brand with quality, winning markets through innovation,” our products comply with RoHS, REACH, CE, and other major environmental and quality certifications. We also offer OEM/ODM customization services, and have established stable partnerships with many well-known domestic and international brands.

Looking ahead, Shenzhen Ruiara will continue to drive innovation in fiber optic technology, striving to provide more efficient and reliable optical transmission solutions, and contributing to the development of global intelligent connectivity.