Eaton N844B-05M-12-P Tripp Lite 12 Fiber OM3 MTP MPO Patch Cable 5 m
Overview
The Eaton N844B-05M-12-P is a high-density, pre-terminated multimode fiber optic patch cable designed for modern data-centre, enterprise and cloud-core networks where space is at a premium and link speeds are rising. It delivers 12 fibers in a single MTP/MPO (12-fibre) push-pull connector system on each end, using OM3 50/125 µm multimode fiber — suitable for 40GBASE-SR4 and designed with forward-looking support for 100G and 400G applications. The cable is 5 m (≈16 ft) in length which is ideal for connecting between patch panels and network switches in server racks or high-density fiber enclosures.The aqua jacket denotes OM3 multimode fibre, making identification and maintenance simpler in crowded racks. Because it is factory-terminated and tested with low insertion loss and high reliability, it helps reduce deployment time and fibre-management complexity compared to field-terminated alternatives. From a network engineer’s point of view, you’d choose this cable when you’re building or upgrading a rack row or fiber-backbone link and you want a pre-qualified, high-density trunk capable of supporting next-generation speeds without re-terminating onsite. It fits into high-density fiber enclosures and can easily route across cable trays or overhead raceways with the typical bend-radius allowances for multimode.
By deploying this cable in your Lahore data-centre or network room, you gain the benefits of standardized multimode connections, consistent performance for 40/100/400 Gb applications, and simplified moves/adds/changes thanks to the pre-terminated MTP/MPO format.
Key Features
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12-fiber total (12-fibre MTP/MPO to MTP/MPO) trunk cable simplifies high-density connectivity.
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OM3 multimode (50/125 µm) fiber supports 40GBASE-SR4 and provides a pathway to 100G and 400G speeds.
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5 m (≈16 ft) cable length, ideal for rack-to-rack or panel-to-switch links inside network closets or rows.
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Aqua-colored jacket for OM3 identification and factory-tested termination ensures reliable low-loss performance.


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