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These factory pre‑terminated MPO trunk cables are engineered for robust 40G and 100G high‑speed backbone networking, equipped with industry‑standard 12‑core and 24‑core MPO connector configurations. Purpose-built for cassette-to-cassette cross-connection inside data center enclosures, these fully finished trunk lines require zero on-site termination or splicing. Tailored for high-density rack cabling environments, they deliver consistent, low-loss optical performance, streamline internal cable routing, and drastically accelerate deployment progress for large-scale fibre backbone upgrade and construction projects.
1.Flexible Pin-Count Configurations for Universal Cassette Interconnection
Available in 12-pin and 24-pin MPO specifications, these trunk cables enable seamless end-to-end cassette linking within data center racks. Fully compatible with mainstream high-density MPO cassette systems, they perfectly support 40G and 100G backbone transmission standards. Diversified connector options eliminate the need for extra transition adapters, cutting auxiliary material costs and adapting flexibly to diverse network design specifications.
2.100% Factory Tested Pre-Terminated Design Accelerates Deployment
Every MPO trunk cable is professionally assembled and undergoes comprehensive optical testing in controlled manufacturing environments before delivery. This plug-and-play architecture eliminates tedious on-site fibre splicing, polishing and termination procedures, reducing field construction time by over 60%. It effectively lowers manual operation errors and ensures uniform, stable optical performance for large-scale centralized cabling projects.
3.Durable & Stable Build for Long-Term High-Density Backbone Operation
Specially optimized for multi-fibre backbone trunk links, the cable maintains ultra-stable low insertion loss even after exceeding 500 repeated mating cycles. Its slim, orderly structural design standardizes rack cabling layout, simplifies daily inspection and later maintenance work, and delivers sustained reliable data transmission for high-speed, high-capacity data center network infrastructure.
