This Toslink single latch optical connector features a metal head design that enhances mechanical strength and long-term durability. The single latch locking mechanism provides secure and stable optical audio connections while maintaining compatibility with standard Toslink interfaces. It is suitable for optical audio cable assemblies used in TVs, AV receivers, sound systems, and professional audio equipment where durability and connection stability are required.
The connector is designed with a metal head structure to improve mechanical strength and wear resistance. Compared to plastic housing, the metal head provides enhanced durability for applications involving frequent plugging and unplugging.
Featuring a single latch locking clip, this Toslink connector ensures a secure connection and helps prevent accidental disconnection during normal use.
Designed for digital optical audio signals, the connector supports stable and interference-free audio transmission in standard Toslink applications.
Widely used in Toslink optical audio cable assemblies for digital audio signal transmission between TVs, AV receivers, soundbars, and speaker systems.
Suitable for professional audio and commercial AV systems where connector durability and long-term reliability are required.
Standard Toslink optical audio connector
Single latch locking mechanism
Metal
Indoor digital optical audio transmission
The metal head design offers improved mechanical strength and durability, making it suitable for applications with frequent connection cycles or higher reliability requirements.
Yes. This connector is fully compatible with standard Toslink optical audio interfaces commonly used in TVs and audio equipment.
Single latch connectors provide sufficient stability for most standard audio applications, while double latch designs offer enhanced locking for environments with higher vibration or movement.
Yes. Plastic head and Mini Toslink connector versions are available for different application requirements. Please contact us for more details.
