MPO Pre-terminated Solution

Solution Overview

: MPO Pre-terminated Solution

Asia Pacific's MPO / MTP pre-terminated fiber patch cords comply with IEC and TIA/EIA standards for optical fiber connection components. Factory-integrated termination eliminates field splicing for efficient installation. Supporting products include MPO distribution boxes, MPO adapters, fiber modules, bundled pigtails, optical cables, cable managers and protective accessories. Built on a high-density pre-terminated cabling architecture with centralized trunk interconnection in the equipment room, it suits high-bandwidth, high-density cabling scenarios such as large data centers, cloud computing rooms, campus backbone networks and equipment rooms in large buildings, meeting high-speed data transmission requirements of 10G and beyond.

Free Consultation Hotline 400-087-8778

Solution Architecture

OS2 24芯MTP®-24 APC（母头）转2xMTP®-8 APC（母头）单模转换跳线，Plenum（OFNP），极性B，黄色

OS2 12芯MTP®-12 APC（母头）转2xMTP®-4 APC（母头）单模转换跳线，Plenum（OFNP）极性B 黄色

1U 19”48芯 24xLC/UPC双工多模OM4光纤适配器面板，陶瓷套管

光缆分纤箱 32/48芯光纤分纤箱入户箱楼道抱杆光缆配线箱分纤盒

Solution Implementation Standards

Compliant Design Standards

The MPO/MTP pre-terminated fiber solution strictly follows IEC and TIA/EIA international standards for optical device design and installation. All fiber links, connector techniques, and loss parameters undergo factory-standardized testing, fully meeting the engineering acceptance specification standards for large IDC data centers and backbone networks. The overall system delivers exceptional stability, compatibility, and compliance, satisfying low-loss plug-and-play link requirements.

High-Speed Transmission Capability

The pre-terminated fiber patch cords provided by Yatai support high-bandwidth transmission protocols including Gigabit, 10G, OM3, OM4, OM5, 25G, 40G, 100G, 200G, and 800G, matching data centers' requirements for high-density, high-throughput, stable, reliable, and low-latency data exchange. They are the preferred product for long-term carriage of premium services such as high-speed cluster transmission, cloud data synchronization, and backbone network concurrent forwarding.

Multi-Specification Supporting Products

Pre-terminated Fiber System

MPO/MTP trunk and branch patch cords offer optional US Conec connector inserts and Corning fiber cores, with multiple models and specifications to choose from, categorized by fiber count, endface, polarity, and fiber type. Multi-fiber versions can include 4, 8, 12, 16, or 24 fibers, available in A/B types, with interface options such as UPC and APC among others.

Equipment Room Adaptation Components

IDC equipment rooms are equipped with MPO high-density distribution boxes, dedicated fiber adapters, Gigabit/10G shielded network patch cords, DAC/AOC optical module patch cords, high-speed optical modules, and fanout pigtails as core devices, along with cable managers, protective sleeves, and fixing accessories, achieving standardized, integrated deployment of the entire fiber link.

Networking Architecture Design

High-Density Cabling Architecture

MPO high-density cabling uses multi-fiber integrated connectors in place of single-fiber patch cords, drastically reducing cabling space. Advantages include fewer cables, higher cabinet utilization, and efficient plug-in installation while reducing routing clutter; it suits 100G/400G high-speed equipment rooms, simplifies O&M, and saves cable tray and cabinet resources.

Trunk Centralized Interconnection Mode

MPO trunk centralized interconnection deploys high-fiber-count trunks centrally with branch cabling at the ends, achieving extremely high cabling density and greatly saving cabinet and tray space. A single cabling run during construction, with future expansion requiring only branch patch cord changes, makes construction and O&M efficient; fewer connectors reduce loss and faults, and neat routing aids heat dissipation.

Recommended Application Scenarios

High-Throughput Backbone Networking

High-throughput optical backbone networking relies on MPO multi-fiber cables, with a single link carrying 400G/800G high-speed traffic. It offers large transmission capacity, streamlined cabling, low loss and interference immunity, minimal cabinet footprint, and easy expansion, stably supporting massive concurrent data traffic, with simple O&M suited to supercomputing and large data centers.

Solution Advantages

01 Efficient Installation

02 High-Density Cabling

03 High-Speed, Stable

04 Ultra-Efficient Installation

05 Superior Transmission Performance

06 Higher Cabling Density

07 Strong Scalability and Upgradability

Factory-integrated pre-terminated design eliminates on-site fiber splicing, dramatically shortening construction time, reducing labor costs and installation errors, and boosting deployment efficiency by more than 50%.

High-density MPO/MTP pre-terminated cabling architecture enables multi-fiber interconnection through a single port, maximizing port density in limited rack space—ideal for space-constrained environments such as large data centers and cloud computing rooms.

Compliant with IEC and TIA/EIA international standards, supporting 10G and higher data rates with low signal attenuation and strong anti-interference capability, ensuring stable operation of high-bandwidth services and meeting future network upgrade needs.

The full pre-terminated product range requires no on-site splicing or termination - plug-and-play deployment that dramatically shortens construction cycles and effectively reduces link loss caused by on-site installation errors.

Factory precision machine termination delivers uniform connector loss and low return loss, ensuring stable high-speed link operation throughout and eliminating packet loss, speed drops, and link instability caused by traditional splicing flaws.

The MPO multi-fiber integrated structure aggregates a large number of fibers in tight spaces, greatly improving data center port utilization and suiting high-density racks and dense device cluster deployments.

With standardized, modular architecture, later network upgrades, bandwidth expansion, or adding equipment to racks require no re-cabling - links can be extended directly, meeting the needs of long-term, high-speed network evolution.

News Center

Product Center

Solutions