MPO (Multi-fiber Push On) is a multi-fiber optical connector complying with the international standard IEC 61754-7. Specified by IEEE 802.3ba as the preferred fiber connector for 40G/100G transmission, it is also a recommended interface for data center cabling and building backbone cabling.
Three Core Principles for Data Center Cabling
High Reliability: Implement multi-path redundancy and high-quality cabling infrastructure.
High Density: Deploy compact high-density components to save rack space and improve thermal dissipation.
High Safety: Deliver superior flame retardancy amid densely routed cables.
Advantages of MPO versus Traditional Copper Cabling
Transmission reach for 40G/100G networks: up to 100 m with MPO versus only 7 m for copper cables.
Slimmer outer diameter (3.2 mm vs 7–9 mm), greatly cutting tray and cabinet space occupation.
Plug-and-play deployment with fast field installation; no fusion splicing required and single-person maintainability for superior working efficiency.
Key Merits of MPO Cabling System
Ultra-High Density: A 12-fiber MPO plug shares nearly the same footprint as an RJ45 connector; a 1U patch panel supports up to 72 LC fibers while a 4U variant accommodates 288 fibers.
Consistent Performance: Factory pre-terminated construction eliminates field fusion splices with 100% factory testing; protective boots and pull tabs equipped on both ends.
Rapid Rollout: Three-step installation (mount patch panel, route fiber trunk, plug into transceivers) with no special tools or splicing needed.
Future-Proof Upgrade: Natively compatible with 40G/100G networks to avoid full recabling during hardware upgrades.
Neat Layout & Easy Administration: Over 40% reduction in cable footprint improves heat dissipation and reduces wiring clutter.
Core Technical Specifications
Connector Material: Ferrule made of PPS thermoplastic; beige/aqua-blue housing for multimode (OM2/OM3/OM4), green housing for single-mode (OS2).
Insertion Loss: ≤0.35 dB for multimode, ≤0.70 dB for single-mode; Return Loss: ≥50 dB for PC polish, ≥60 dB for APC polish.
Durability: Insertion loss variation ≤0.2 dB after 500 mating cycles.
Tensile Load Rating: Max 88 N for breakout cables with outer diameter ≤3.0 mm.
Fiber Count & Cable Dimension: Available from 12 to 144 fibers, cable OD ranging 4.5 mm–14.5 mm; minimum bend radius: static 30 mm–180 mm, dynamic 50 mm–360 mm.
Operating Temperature: -20 ℃ ~ 60 ℃; Storage Temperature: -25 ℃ ~ 70 ℃.
Main Product Categories
MPO‑MPO Trunk Cable: 12-fiber round double-layer strengthened jacket, available in male (pinned) and female (receptacle) configurations.
MPO‑LC/SC/FC Breakout Cable: One end terminated with MPO plug, the other split into 12 individual LC/SC/FC connectors.
Conversion Cassette: Converts MPO interface to LC, MTRJ or SC for modular capacity expansion.
Patch Panel: 19-inch rack-mount in 1U/2U/4U heights; one 1U panel fits three cassettes for a maximum of 72 fibers.
Application Case
Deploy MPO terminal boxes at two link ends interconnected via MPO trunk cables to build high-density fiber termination assemblies (up to 96 fibers per 1U enclosure).
Conclusion
This document highlights prominent strengths of factory-preterminated MPO fiber systems over conventional copper cabling in space efficiency, deployment speed, reliability and scalability for high-density data center infrastructure.