第2页_12.Avago Versatile link fiber series_Product_产品_Dongguan KINZ Optoelectric Technology Co.Ltd.

English

HFBR-2412TZ & HFBR-1414TZ POF Transceivers for Medical Devices

The HFBR-2412TZ and HFBR-1414TZ are high-performance plastic fiber optic (POF) transceivers designed for medical devices and short-range fiber optic communications. These modules provide stable, low-cost, high-speed data transmission, making them ideal for medical instruments, laboratory automation, and industrial short-range communications.
HFBR-2522Z Plastic Fiber Transceiver – POF Transmission Solution for Turbine Control Units & Industrial Applications

In modern communications and industrial automation, efficient, reliable data transmission is critical—and our HFBR-2522Z fiber optic transceiver stands out as your trusted solution. Designed for industrial-grade durability, this transceiver delivers stable performance even in the toughest conditions, making it ideal for high-noise environments, harsh industrial settings, and high-speed data transmission needs. Model: HFBR-2522Z
HFBR-1521Z / HFBR-2521Z Compatible POF Transceiver

A compact 5 MBd Plastic Optical Fiber transceiver compatible with HFBR-1521Z / HFBR-2521Z. Ideal for industrial control, automotive electronics, and EMI-immune POF communication links.
SFH756V LED Transmitter, SFH551/1-1V Receiver & SFH250V Photodiode | Plastic Optical Fiber Components

A complete lineup of POF optical communication components, including the SFH756V transmitter, SFH551/1-1V integrated receiver, and SFH250V PIN photodiode. Designed for industrial automation, sensing, and robust data transmission over plastic optical fiber.
HFBR-4535Z & HFBR-4533Z Fiber Connectors | High-Speed POF Cables for Solar Power Systems

The HFBR-4535Z and HFBR-4533Z are high-speed plastic optical fiber connectors engineered for solar power inverters and monitoring networks. They ensure low-loss signal transmission, strong EMI immunity, and long-term outdoor reliability.
HFBR-4503Z/HFBR-4513Z & HFBR-4516Z & HFBR-RUD500Z Industrial POF Patch Cords | V-Pin Connectors for Factory Automation & Medical Devices

The Avago HFBR-4503Z and HFBR-4513Z are high-performance V-Pin Plastic Optical Fiber (POF) connectors from the Versatile Link Series, designed for reliable optical data transmission over 1 mm core POF cables. These connectors feature an easy snap-in design, offering quick termination, strong mechanical stability, and excellent resistance to vibration and EMI interference.
1m Industrial POF Fiber | HFBR-4531Z to HFBR-4533Z | Broadcom nlwc-02 Compatible | 650nm, 5Mbps | Custom Length

This industrial-grade plastic optical fiber (POF) patch cable is designed for harsh industrial environments. Compatible with the Broadcom NLWc-02 standard interface, it supports a 650nm wavelength and 5Mbps data transmission. It is suitable for short-distance industrial communication scenarios with high anti-interference requirements, providing stable signal transmission.Compatible Models• HFBR-4531Z (Transmitter)• HFBR-4532Z (Receiver)• HFBR-4533Z (Transmitter and Receiver)
HFBR-4503Z / HFBR-4513Z/HFBR-4506Z / HFBR-4516Z Fiber Optic Patch Cables | Suitable for Industrial Applications | KINZ

The HFBR-4503Z/HFBR-4513Z & HFBR-4506Z/HFBR-4516Z Avago-compatible POF patch cords provide high-speed (50Mbps), EMI-resistant fiber optic connectivity for harsh industrial environments. Featuring ST connectors and -40°C to 85°C operating range, these plastic optical fiber cables solve signal interference and complex wiring challenges in:Factory robots & PLC control systemsMedical devices requiring electrical isolationSmart infrastructure (traffic/lighting control)Key advantages: Tool-less installation | 60% lighter than glass fiber | 10,000+ mating cycles.
HFBR-4501Z & HFBR-4511Z — Industrial Orange Plastic Optical Fiber (1.0 mm POF)

Avago HFBR-4501Z and HFBR-4511Z plastic optical fiber patch cords are industrial-grade POF connection cables designed for reliable short-distance data transmission. They provide flexible and efficient optical signal links between devices in POF communication systems, ensuring stable performance in environments with strong EMI interference. Featuring 1.0 mm core plastic optical fiber and durable orange sheathing, these patch cords are ideal for industrial automation, automotive networks, and other cost-sensitive communication applications.
Multi -core (28 core) CK4.0 wind power generator lighting fiber optic patch cord Wind turbine lighting fiber wind power generation

Multi-core (28-core) CK4.0 wind turbine lighting optical fiber is a fiber optic cable with 28 optical fiber cores specially designed for wind turbine lighting systems.At the same time, the multi-core design can improve the reliability and flexibility of the lighting system. Even if one or several optical fibers fail, the other optical fibers can continue to transmit optical signals to ensure a certain degree of lighting effect.
Avago HFBR-4531Z/HFBR-4535Z SMA905 flame retardant fiber optic patch cord | PUR purple jacket 1.0×2.2×6mm Industrial grade connection solution

As an indispensable basic component in modern communication and network architecture, Avago HFBR-4531Z series fiber optic patch cords achieve excellent device interconnection performance through the following features:Flexible adaptation - Standardized SMA905 interface designLow-loss transmission - Optimized optical performanceEasy to maintain - Modular plug-and-play structureIndustrial reliability - Meet the needs of harsh environmentsProduct series• Avago HFBR-4531Z - Standard SMA905 interface patch cord• Avago HFBR-4535Z - High-density application optimized model• Avago HFBR4535-4531Z - Special customized solutions
AVAGO HFBR-RUD500Z / EUS500Z / EUD500Z – Industrial POF Cable with EMI-Resistant Design

The AVAGO HFBR-RUD500Z, HFBR-EUS500Z, and HFBR-EUD500Z series are high-performance Plastic Optical Fiber (POF) cables designed for industrial data transmission systems that demand excellent EMI resistance and reliable signal integrity. Built with AVAGO/Broadcom’s precision engineering, these industrial POF cables provide superior flexibility, low signal loss, and stable operation in harsh environments.