Glasvezelkabel EFB Elektronik DJP-LCLCOS2-UNI-1 — 1 m, G.657.A1, LC–LC, 9 µm, geel, full-duplex

The EFB Elektronik DJP-LCLCOS2-UNI-1 is a 1 m yellow InfiniBand/fibre optic full-duplex cable with LC uniboot connectors. It uses G.657.A1 single-mode fibre with a 9 µm core diameter and features a long unlock latch on the LC uniboot jumper to simplify release in high-density HD patch panels. Polarity and duplex coding can be changed easily to match installation requirements.

Advantages

The LC uniboot design reduces cable bulk by combining two fibre channels in a single jacket while retaining individual LC connectors. The long unlock latch allows easier access and disconnection in HD patch panels. The G.657.A1 fibre provides improved bend performance compared to standard single-mode fibre, which helps in tight routing environments. The yellow jacket color identifies it as single-mode fibre, aiding cable management.

Suitable for

• Data centre InfiniBand connections
• High-density HD patch panel installations
• Single-mode fibre termination and short interconnects (1 m)
• Environments requiring improved bend performance

Key specifications

• Brand: EFB Elektronik
• Manufacturer part number (MPN): DJP-LCLCOS2-UNI-1
• EAN: 4049759193751
• Cable length: 1 m
• Fibre type: G.657.A1 (single-mode)
• Core diameter: 9 µm
• Connector type: LC to LC uniboot, full duplex
• Cable colour: Yellow

How to use

Connect each LC connector to the corresponding port on your InfiniBand transceiver or patch panel, ensuring correct orientation for duplex operation. Use the long unlock latch to release the connector from HD patch panel ports when necessary. If polarity or duplex coding needs adjustment, change the LC connector coding according to your patch panel or transceiver wiring plan before final installation.

Recommendations

For reliable performance, avoid sharp bends near terminations and follow bend-radius guidelines for G.657.A1 fibre. Use the cable for short interconnects and patching inside racks and panels; inspect connectors for contamination before mating to maintain signal integrity.