Product_Product_Dongguan KINZ Optoelectric Technology Co.Ltd.

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HFBR-4535Z / HFBR-4533Z High-Speed POF Cables | Solar Power Fiber Links

The HFBR-4535Z and HFBR-4533Z Plastic Optical Fiber (POF) cable assemblies are designed for high-speed, noise-immune data transmission in solar power inverters, energy monitoring systems, and industrial automation networks. With stable 650nm optical performance and Broadcom-compatible housings, these POF jumpers deliver reliable communication in harsh environments.
Avago HFBR-4531Z/4535Z SMA905 Flame-Retardant POF Patch Cord | PUR Industrial Fiber

This industrial-grade flame-retardant patch cord features Avago HFBR-4531Z/4535Z connectors with a durable PUR purple jacket and SMA905 interface. Designed for factory automation, machinery, sensing systems, and harsh-environment applications, the 1.0×2.2×6mm POF structure ensures stable optical transmission and long service life.
HFBR-4531Z/HFBR-4533Z Plastic Optical Fiber Cable | Broadcom-Compatible POF Patch Cord

The HFBR-4531Z/HFBR-4533Z Plastic Optical Fiber Cable is a Broadcom-compatible POF patch cord designed for reliable industrial data communication. It uses high-quality plastic optical fiber to ensure low signal loss and stable transmission over short distances. This POF cable assembly is ideal for applications such as factory automation, sensors, and control systems where EMI immunity and flexibility are essential. Available in custom lengths and connector options, it offers a cost-effective solution for industrial and communication devices requiring durable optical links.
HFBR-4503Z/HFBR-4513Z 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.
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.
Avago HFBR-4503Z / 4513Z / 4506Z / 4516Z Specialty Fiber Optic Patch Cables | Industrial POF Jumpers | KINZ

Avago HFBR-4503Z / 4513Z / 4506Z / 4516Z specialty fiber optic patch cables are designed for demanding industrial environments. Featuring a high-durability, heat-resistant jacket and 1.0 mm PMMA core, these POF jumpers deliver stable, EMI-resistant optical connections for automation and control systems.
HFBR-4503Z / 4501Z to ST Plastic Optical Fiber Jumpers – Broadcom-Compatible Industrial POF Cables

These dual-version Broadcom-compatible POF jumpers feature an ST connector on one end and HFBR-4503Z or HFBR-4501Z connector on the other, designed for industrial data transmission and train communication systems. Built with high-quality plastic optical fiber, they ensure stable optical performance and EMI immunity in demanding environments.
Avago Versatile Link Fiber Optic Cable Assembly (HFBR-4501Z / 4511Z) for ABB Megatrol Wind Turbine Control Systems

The Avago Versatile Link Fiber Optic Cable Assembly (HFBR-4501Z / HFBR-4511Z) provides a reliable plastic optical fiber connection for ABB Megatrol controllers in wind turbine systems. It ensures stable data transmission, excellent EMI resistance, and long-term durability for industrial automation and renewable energy applications.
HFBR-4506Z & HFBR-4516Z Industrial POF Patch Cord | Avago Versatile Link V-PIN

HFBR-4506Z & HFBR-4516Z industrial POF patch cords are high-performance plastic optical fiber solutions designed for solar farms and industrial automation systems. Built with Avago Versatile Link (V-PIN) connectors, they support 50 Mbps data transmission and -40°C~+75°C wide-temperature operation, ensuring stable signal performance under strong electromagnetic interference. These industrial-grade POF jumpers are ideal for photovoltaic inverter data collection, smart grid monitoring, and power control networks, offering reliable EMI protection and reducing maintenance costs by over 60% compared to traditional copper cables.
HFBR-4505Z / HFBR-4515Z Plastic Optical Fiber Adapter – Avago POF Connector for Industrial Data Link

The Avago HFBR-4505Z and HFBR-4515Z are high-performance plastic optical fiber adapters designed for use with Avago’s HFBR series transmitters and receivers. These POF duplex adapters enable reliable optical isolation and stable signal transmission in industrial automation systems.
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.
Square Laser Fiber for Splendor X : D80 Jumper 10001000µm & 13501350µm High-Precision Fiber Optic Cables

In laser hair removal, the square shape of the optical spot, rather than the shape of the fiber itself, is the primary factor determining the design of square fibers. Square-core fibers are designed to perfectly match the output mode of semiconductor lasers, perfectly capturing and transmitting laser energy, thereby improving energy conversion efficiency. This evenly distributes energy within the optical spot, ensuring uniform absorption of laser energy by hair follicles during the hair removal process, resulting in optimal results.