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Mini Toslink Optical Connector | Compact Single Latch Digital Audio Plug for OEM

The Mini Toslink Optical Connector is a compact single latch digital audio plug designed for reliable S/PDIF optical signal transmission. Its small form factor and precision metal head ensure stable alignment and secure mating, making it ideal for portable, slim, and industrial digital audio applications.
Toslink Male Optical Connector | Single Latch Metal Head Plug Manufacturer

The Toslink Male Optical Connector is a single latch digital optical plug designed for S/PDIF audio signal transmission. Featuring a durable metal head structure, this connector ensures stable optical alignment and secure mating with standard Toslink interfaces.As an OEM Toslink connector manufacturer, we supply industrial-grade digital optical connectors for audio equipment, amplifiers, set-top boxes, and professional digital audio systems. The single latch design improves connection stability and reduces signal interruption in long-term applications.
Plastic TOSLINK Optical Audio Connector F05 | Lightweight SPDIF POF Plug

The Plastic TOSLINK Optical Audio Connector F05 is a lightweight SPDIF interface component designed for reliable digital optical audio transmission. It supports standard 1.0 mm POF (Plastic Optical Fiber) and operates at the typical 650 nm wavelength used in consumer and professional audio systems.Engineered for PCB integration, this connector provides stable optical alignment, secure fiber retention, and consistent signal performance. The precision-molded housing ensures dimensional accuracy for OEM production and bulk assembly.
TOCP 200 F07 POF Connector – Reliable Plastic Optical Fiber Replacement for Automotive & Industrial Use

TOCP 200 F07 POF Connector is a reliable replacement for automotive and industrial plastic optical fiber systems. Designed for stable optical performance and easy installation, it ensures your POF network operates efficiently and consistently. Compatible with TOCP 200 series devices, it is ideal for precision applications.
Mitsubishi CF-1501 / CF-1571 Compatible PCF Optical Fiber Cable Assembly

This PCF optical fiber cable assembly is designed as a compatible replacement for SUMITOMO CF-1501 and CF-1571, widely used in industrial automation and PLC communication systems.It provides stable optical signal transmission, reliable mechanical connection, and consistent performance in industrial environments.Engineered for PCF (Plastic Clad Fiber) applications, this assembly is suitable for factory automation, control cabinets, and equipment interconnection where CF-1501 / CF-1571 type fiber interfaces are required.
SUMITOMO CF-1071 Compatible Fiber Optic Cable | Replacement for TOCP100 TOCP151 CF-1001

CF-1071 is a compatible fiber optic cable developed for applications requiring replacement or alternative solutions to TOCP100, TOCP151, and CF-1001. It is designed to match the key interface and transmission characteristics of these models, enabling stable optical signal transmission in industrial environments.This product is widely used in industrial control systems and optical communication applications where TOCP-series or CF-series fiber cables are originally specified, offering a practical and cost-effective compatibility solution.
F07 PCF Optical Fiber Connector DL-72 & CA7003 for Industrial PLC/Servo Systems

This F07 PCF optical fiber connector is fully compatible with DL-72 and CA7003 models used in industrial PLC and servo control systems. Designed for HCS/PCF fiber applications, it ensures stable signal transmission in factory automation environments.The connector follows the JIS F07 interface standard and is widely applied in Mitsubishi and other industrial automation equipment. It provides a reliable replacement solution for DL-72 and Sumitomo CA7003 optical fiber connections.
Duplex 2.2 mm 200 µm HCS® Step-Index Fiber Optic Cable | Industrial Multimode PVC Jacket for Data Transmission

The Duplex 2.2 mm 200 µm HCS® Step-Index Fiber Optic Cable delivers reliable industrial-grade performance for data transmission and automation systems. Its PVC jacket provides durability in harsh environments, ensuring stable multimode communication for industrial applications.
Avago BP04026-01 HPCF Fiber Optic Patch Cord | 200/230µm HCS for Industrial Control

This Avago BP04026-01 HPCF Fiber Optic Patch Cord is assembled with 200/230µm Hard Clad Silica (HCS) fiber and is specifically designed for stable signal transmission in industrial control systems. The cable features a blue outer jacket for clear visual identification in installations where multiple fiber types are used.
Avago HPCS V-Pin Specialty Optical Fiber | 200/230µm Industrial Patch Cable

The AVAGO HPCS V-pin Specialty Optical Fiber is a high-performance optical fiber solution designed for stable and reliable signal transmission in industrial and specialty applications. Featuring HPCS fiber construction and a precision V-pin termination, this product ensures consistent optical performance, low signal loss, and secure connectivity in demanding environments.
ST-ST Multimode Plastic Optical Fiber Patch Cable | Industrial POF Jumper

This ST-ST Multimode Plastic Optical Fiber Patch Cable is designed for reliable short-distance optical transmission in industrial environments. Built with PMMA core POF, it ensures stable signal performance and easy installation for automation systems and sensor networks.The ST bayonet locking interface provides secure connection and vibration resistance, making it suitable for workshop-level applications, machine communication, and industrial control equipment.Simplex and duplex configurations are available to meet different system integration requirements.
ST Yellow Plastic Optical Fiber Pigtail | Industrial POF

This ST Yellow Plastic Optical Fiber Pigtail is designed for reliable termination of PMMA-based POF systems in industrial environments. The single-end ST connector enables secure connection to panels, transmitters, and control modules while maintaining stable short-distance optical transmission.The yellow outer jacket allows clear identification in complex wiring systems and supports efficient installation in automation equipment, sensor networks, and workshop-level control applications.