MPO/MTP Preterminated Trunk Fiber Cable Assembly
MPO/MTP cable assemblies use MTP® or MPO multifiber connectors for high-density telecommunications, data-center, and data-communications applications. They connect within cabinets or between more distant buildings, and interconnect MPO cable boxes for SFP modules. JPT assemblies comply with IEC61754, IEC61755, GR1435, and TIA568. Male/female push-pull locks provide secure, low-loss mating. Insertion loss:≤0.35dB. Return loss:SM≥60dB, MM≥20dB.
Specification Snapshot
Return Loss [Single-mode (SM); Standard Loss]
≥60dB
Operating Temperature [Single-mode (SM); Standard Loss]
-25 ~ + 70℃
Return Loss [Single-mode (SM); Low Loss]
≥60dB
Operating Temperature [Single-mode (SM); Low Loss]
-25 ~ + 70℃
Return Loss [Multimode (MM); Standard Loss]
≥20dB
Operating Temperature [Multimode (MM); Standard Loss]
-25 ~ + 70℃
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Overview
MPO/MTP cable assemblies use MTP® or MPO multifiber connectors for high-density telecommunications, data-center, and data-communications applications. They connect within cabinets or between more distant buildings, and interconnect MPO cable boxes for SFP modules. JPT assemblies comply with IEC61754, IEC61755, GR1435, and TIA568. Male/female push-pull locks provide secure, low-loss mating. Insertion loss:≤0.35dB. Return loss:SM≥60dB, MM≥20dB.
Specifications
| Parameter | Value |
|---|---|
| Insertion Loss [Single-mode (SM); Standard Loss] | Standard Loss : ≤0.70dB |
| Return Loss [Single-mode (SM); Standard Loss] | ≥60dB |
| Durability [Single-mode (SM); Standard Loss] | ≥200 times |
| Operating Temperature [Single-mode (SM); Standard Loss] | -25 ~ + 70℃ |
| Test Wavelength [Single-mode (SM); Standard Loss] | 1310nm/1550nm |
| Insertion Loss [Single-mode (SM); Low Loss] | Low Loss : ≤0.35dB |
| Return Loss [Single-mode (SM); Low Loss] | ≥60dB |
| Durability [Single-mode (SM); Low Loss] | ≥200 times |
| Operating Temperature [Single-mode (SM); Low Loss] | -25 ~ + 70℃ |
| Test Wavelength [Single-mode (SM); Low Loss] | 1310nm/1550nm |
| Insertion Loss [Multimode (MM); Standard Loss] | Standard Loss : ≤0.50dB |
| Return Loss [Multimode (MM); Standard Loss] | ≥20dB |
| Durability [Multimode (MM); Standard Loss] | ≥200 times |
| Operating Temperature [Multimode (MM); Standard Loss] | -25 ~ + 70℃ |
| Test Wavelength [Multimode (MM); Standard Loss] | 850nm/1300nm |
| Insertion Loss [Multimode (MM); Low Loss] | Low Loss : ≤0.35dB |
| Return Loss [Multimode (MM); Low Loss] | ≥20dB |
| Durability [Multimode (MM); Low Loss] | ≥200 times |
| Operating Temperature [Multimode (MM); Low Loss] | -25 ~ + 70℃ |
| Test Wavelength [Multimode (MM); Low Loss] | 850nm/1300nm |
Applications
Fiber distribution systems; 10G/40G/100G/400G network transmission; parallel data exchange between PCs; data center local area networks
Key Features
Fast plug-and-play installation: modular MPO/MTP connectors reduce labor and installation time for rapid deployment. High-density cabling: 12 to 144 fibers per assembly serve data centers and dense layouts, saving space and improving transmission efficiency. Low insertion/high return loss: quality connectors/processes ensure stable, low-loss, efficient links. Full IEC-61754-7, Telcordia GR-1435-CORE and RoHS compliance supports mainstream global networks, compatibility and environmental protection.
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Supplier Information
Shenzhen JPT Opto-electronics Co., Ltd. (Stock Code: 688025) is a national high-tech enterprise integrating R&D, production and sales of lasers, laser/optical intelligent equipment and fiber optic devices. Adhering to the 'Laser+' positioning, it deeply cultivates core laser technologies, deeply integrates AI to build an intelligent driving engine, continuously focuses on laser core modules and future optical connection solutions, and strives to create a 'Light+AI' integrated innovation ecosystem. Relying on its independent and controllable technology matrix, its strategic layout covers key core areas such as consumer electronics head customers, data centers, next-generation communication infrastructure, electric vehicle precision manufacturing, new energy lithium battery intelligent manufacturing, and information technology (AR/VR). Through fundamental technological innovation, it reshapes the value chain of the optoelectronics industry and provides full-scenario optical solutions for the intelligent era.
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