STARTECH Erika Violet Multimode OM4 UPC LC-LC OFNR Fibre Optic Patch Lead - 15m

The STARTECH Erika Violet Multimode OM4 UPC LC-LC OFNR Fibre Optic Patch Lead is a premium, high-performance connectivity solution engineered for demanding network environments where data integrity and signal clarity are paramount. Constructed from robust OM4 graded multimode fibre, this patch lead is designed to support high-bandwidth applications over extended distances, ensuring reliable 10Gb/s, 40Gb/s, and 100Gb/s Ethernet transmission with minimal signal loss.

Featuring durable LC connectors with UPC (Ultra Physical Contact) polished end-faces, this cable provides excellent insertion loss and return loss characteristics, guaranteeing optimal optical performance and a stable connection. The connectors are precision-moulded and keyed for secure, foolproof mating, while the distinctive violet outer jacket is not only visually identifiable but also constructed from flexible OFNR (Riser-rated) material, making it suitable for use in plenum spaces and vertical risers between floors.

Key Features & Applications

Ideal for core infrastructure within data centres, server rooms, and enterprise networks, this patch lead seamlessly integrates with high-speed switches, routers, and storage area network (SAN) equipment. Its OM4 fibre core is perfect for backbone cabling, interconnecting network racks, and extending existing fibre runs where future-proofing and scalability are critical considerations. The flexible design allows for easy routing in crowded patch panels without compromising performance.

Quality & Reliability

Every cable undergoes rigorous testing to meet industry standards, ensuring consistent quality and dependable operation. The robust construction protects the delicate fibre core from physical damage, while the strain-relief boots on each connector prevent cable pull-out and extend the product's operational lifespan. This patch lead represents a professional-grade, reliable component essential

Variant Details

• Size: 15m