MPO-4xLC Singlemode Patch Cable BlueOptics CBL-MPO12-4LC-SMF-2M 2m G.657.A1

The BlueOptics CBL-MPO12-4LC-SMF-2M is a 2 meter MPO-4xLC singlemode patch cable designed for reliable high-speed fiber connections. Constructed with G.657.A1 singlemode fiber, this full duplex cable supports dense multi-fiber assemblies using an MPO/MTP-style connector on one end and four LC connectors on the other. The cable is intended for short to medium rack-to-rack and equipment interconnects where singlemode performance and minimal bend sensitivity are required.

Advantages

This cable offers singlemode transmission with G.657.A1 fiber that reduces sensitivity to tight bends while maintaining low attenuation. The MPO to 4×LC breakout configuration enables consolidation of multiple channels into a single compact connector for easier management in patch panels and high-density enclosures. A 2 meter length provides flexibility for common rack and cabinet layouts without excess cable slack.

Suitable for

• High-density data center patch panels and MPO trunks
• InfiniBand and other high-speed singlemode links
• Rack-to-rack and equipment-to-equipment interconnects
• Environments requiring reduced bend sensitivity and reliable singlemode performance

Key specifications

• Fiber type: Singlemode G.657.A1
• Connector A: MPO (12-fiber MPO style, 4 channels used)
• Connector B: 4 × LC duplex connectors
• Length: 2 meters
• Mode: Full duplex
• Typical application: Data center trunking and equipment patching
• Color: Blue

How to use

Route the cable between MPO-capable trunk ports and the target LC ports on switches or transceivers. Ensure correct polarity and alignment when inserting the MPO connector into the MPO adapter or cassette. Use the four LC connectors to plug into individual LC ports or transceiver modules. Avoid sharp bends and secure the cable to cable management hardware to maintain bend radius recommendations for G.657.A1 fiber.

Recommendations

Inspect connector endfaces before installation and use appropriate dust caps until connections are made. For best performance, follow manufacturer guidelines for MPO pinning and polarity, and perform end-to-end testing after installation to verify insertion loss and channel continuity.