Duplex LWL Patch Cable BlueOptics LC-UPC/LC-UPC 10m Multimode OM4 50/125µm beige (B2PD-BO)

Duplex multimode LWL patch cable BlueOptics LC-UPC/LC-UPC 10m OM4 50/125 µm in beige is designed for high-speed short-reach fiber connections. This 10 meter duplex cable features LC-UPC connectors on both ends, multimode OM4 graded 50/125 µm fiber and ceramic ferrules. The assembly is factory-tested with measured insertion loss typically below 0.2 dB and delivered with a test report, making it suitable for structured cabling in data centers, server rooms and enterprise networks.

Advantages

The BlueOptics duplex patch cable provides stable multimode performance with OM4 bandwidth for high-density links and short-distance applications. LC-UPC to LC-UPC terminations with ceramic ferrules ensure low back reflection and consistent connection quality. Factory measurement and supplied test report document compliance with optical insertion loss limits, supporting predictable link design and verification. The beige jacket and compact duplex format simplify identification and routing in patch panels and racks.

Suitable for

Key specifications

How to use

Route the duplex cable between the two intended fiber ports, maintaining gentle bends and avoiding tight loops or sharp edges that could increase attenuation. Insert the LC connectors into matching LC ports until they latch; observe correct polarity for Tx/Rx alignment if required. Verify link integrity using the supplied test report and, if necessary, confirm performance with your own fiber tester after installation. Secure excess cable length with appropriate management accessories to prevent microbending and mechanical stress.

Recommendations

For optimal performance, install the OM4 duplex cable within recommended minimum bend radius and protect connectors with dust caps until connection. Use this multimode cable for short-distance, high-bandwidth links such as 10 GbE and 40/100 GbE multimode transceiver pairs where OM4 specifications are required; confirm transceiver compatibility with LC-UPC terminations and multimode fiber.