MPO-LC pre-terminated jumper

•  One end of the pre-terminated jumper has been installed with an MPO connector, and the other end is installed with an LC connector.
• The optical performance has been tested and verified by the factory, and the product has professional designs for pressure resistance and tensile strength at both ends, capable of withstanding a tensile force of 400N and a lateral pressure of 1000(N/100mm).
• Each port of the pre-terminated jumper has been tested with professional equipment before leaving the factory, ensuring extremely high system reliability.
• Both ends use low-loss MPO and LC connectors.
• It can be smoothly upgraded directly to the next generation data center applications of 40GbE and 100GbE.
• The pre-terminated jumper has 12 fibers, composed of OM3, OM4, and OS2 9/125um single-mode cables, with lengths customized in meters. The outer sheath of the pre-terminated jumper can provide different fire ratings such as CMP, CMR, and LSZH.
• The MPO to LC pre-terminated jumper consists of a branch cable with a pre-assembled MPO 12-core connector. The MPO connector is inserted into the front of the MPO adapter, and the LC head connects to the device for quick installation.
• The other end is an LC duplex connector with an integrated tail sleeve, used for direct connection to network device interfaces.
• Achieves higher density in the device patch panel.
• Even in the most densely packed SAN switch applications, simple wiring management can be achieved.
• Cable fire rating: OFNR complies with and passes UL-1666 burning test, OFNP complies with and passes UL-910 burning test, LSZH complies with fire resistance IEC60332-1 and IEC60332-3 requirements.
• Customized harness lengths can match each network device port one by one.
• Suitable for horizontal and equipment area wiring.
• The product types include MPO-LC, MPO-SC, MPO-MPO, etc.
• Applicable temperature range: -20℃ ~ +75℃.
• Application: Connects to MPO adapters and device LC optical ports.
• Select from various fiber specifications such as multimode OM3, OM4, and 9/125um single-mode zero water according to different user configuration requirements.

Transmission performance.

Technical parameters.