Lanview LVO2318005-FLEX InfiniBand/kuitu-kaapeli 0,5 m LC LC/LC violetti

The Lanview Bendable series offers a flexible fibre optic patch cable that can be bent and fixed at any angle from straight to 90 degrees. The cable is built around a single stainless-steel wire embedded in a moulded boot; this allows the boot to be adjusted by hand while the internal wire preserves the chosen angle or direction. The boot can be repositioned or straightened for connector disconnection, enabling precise connector placement in confined or high-density installations.

Advantages

The bendable design provides controlled cable routing and stable connector orientation without special tools. LC connectors on both ends and OM4 multimode fibre support high-speed data transmission. A short 0.5 m length is suitable for tidy, low-loss connections in patch panels and network equipment, and the molded boot with internal wire improves durability and repeatable positioning.

Suitable for

• High-density patch panels and switch ports
• Rack-mounted equipment with limited clearance
• Short interconnects between transceivers and patch panels
• Environments requiring precise connector alignment

Key specifications

• Fibre type: OM4 multimode (50 µm core)
• Connectors: LC to LC (duplex)
• Length: 0.5 m
• Colour: Purple
• Boot with embedded stainless-steel wire for bend-and-hold functionality
• Weight: 0.01 kg

How to use

Adjust the molded boot by hand to set the desired angle; the internal stainless-steel wire will hold that position. Route the cable to the required connector ports, ensuring minimal tensile stress on the fibre. To disconnect, straighten the boot to provide clearance for connector removal. Use gentle handling around connector ends to maintain low insertion loss and to protect the ferrules.

Recommendations

For best results, use this 0.5 m LC–LC OM4 cable for short, high-density connections where controlled routing is needed. Avoid sharp bends beyond the booted region and do not apply excessive force when repositioning the boot to preserve the internal wire and fibre integrity.