The AVAGO One Plastic Fiber Optic Splitters series, including PLC splitters (models HEBR4503-4513 and HFBR-4501Z) and ST-connector splitters, are genuine, high-quality optical splitting solutions.
Utilizing premium plastic optical fiber and precise splitting technology, they ensure low-loss, stable optical signal distribution and meet industrial-grade performance standards. The HEBR4503-4513, HFBR-4501Z, and ST-connector models meet diverse splitting needs and are widely used in optical signal distribution applications. Leveraging AVAGO's trusted brand, they provide efficient and durable optical splitting support for equipment.
Core Models and Features
(1) PLC Splitter (HEBR4503-4513, HFBR-4501Z)
Utilizing planar lightwaveguide (PLC) technology and high-quality plastic optical fiber, these splitters achieve low-loss, precise optical signal splitting.
The HEBR4503-4513 adapts to specific wavelengths, ensuring consistent splitting and evenly distributes power across multiple branches, ensuring stable signals across each link. They are commonly used in industrial control optical networks requiring precise splitting.
The HFBR-4501Z offers excellent environmental adaptability and strong anti-interference capabilities, ensuring stable transmission in complex electromagnetic environments and fluctuating temperature and humidity. It is suitable for reliability-critical scenarios such as smart factories and automated production lines.
(2) ST Interface Splitter
Equipped with an ST bayonet-style connector, these splitters offer quick and easy connection, support plug-and-play, and simplify on-site deployment. The interface offers stable mechanical performance and a long plug-in lifespan. It's suitable for applications such as traditional LANs (common in multimode scenarios) and real-time monitoring systems, meeting the needs of optical splitting for short-distance, high-frequency connections and facilitating the rapid establishment of optical signal distribution links.
Application scenarios
include industrial control optical networks, smart factory automation production lines, traditional LANs (multimode scenarios), and real-time monitoring systems. Whether it's industrial communications requiring high-precision splitting or monitoring links requiring fast deployment and stable connectivity, this series of optical splitters, with its diverse features, adapts to the specific scenario and ensures efficient and stable optical signal distribution.
