Cable de parcheo MPO/APC-4xLC monomodo BlueOptics HE87808GPH-KB007M 7,5 metros

The BlueOptics HE87808GPH-KB007M is a singlemode fiber patch cable measuring 7.5 meters with an MPO/APC to 4xLC termination. Designed for high-speed data transmission, this cable supports reliable optical connectivity in data centers, telecom rooms and structured cabling systems. The singlemode construction and APC (angled physical contact) polishing reduce back reflections and help maintain signal integrity over longer runs. The blue jacket indicates singlemode application and helps with fast identification in cabling racks.

Advantages

This MPO/APC-4xLC patch cable provides low insertion loss and stable optical performance thanks to quality connectors and APC end-face geometry. The fanout to four LC connectors enables direct connection to equipment with LC ports while the MPO end supports parallel fiber arrays and high-density patching. The 7.5 meter length offers flexibility for rack-to-rack or equipment-to-patch-panel routing without excessive slack. The cable construction balances flexibility and mechanical protection for routine handling in installation and maintenance.

Suitable for

Key specifications

How to use

Route the cable through cable management pathways and secure it to avoid tight bends; maintain the minimum bend radius specified by the installer or manufacturer. Clean connector end-faces before mating using appropriate fiber cleaning tools to avoid contamination and increased loss. Plug the MPO/APC end into the corresponding MPO receptacle, observing keying and orientation, then connect the four LC connectors to the target LC ports. Verify link status and optical power levels using suitable test equipment after installation.

Recommendations

Use this MPO/APC-4xLC singlemode patch cable where low back reflection and high-density connectivity are required. Avoid exceeding recommended bending radii, protect connectors with dust caps when not in use, and perform end-face cleaning before each connection to ensure optimal performance and long-term reliability.