16 Fiber MPO/MTP OM4 Patch Cord

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16 Fiber MPO/MTP OM4 Patch Cord
Details
MPO-16 APC connectivity for high-density 400G/800G SR8 optical links.
DIMI 16 Fiber MPO/MTP OM4 Patch Cord is a factory-terminated multi-fiber assembly for data centers, AI clusters and high-performance computing networks. The 16-fiber OM4 interface provides a compact physical connection for compatible parallel-optics transceivers that use sixteen active multimode fibers.
Fiber Count:16 Fibers
Fiber Type:OM4 Multimode 50/125 μm
Connector:MPO-16 / MTP-16 APC
Polarity:Type B / Custom Fiber Mapping
Application:400GBASE-SR8 / Compatible 800G SR8
Category
MTP/MPO Fiber Patch Cord
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Description

Product Advantages

Built Around the Requirements of 16-Fiber Parallel Optics

Connector density, channel mapping and optical-loss control are more important than generic "high-speed" claims.

 

16 Fibers in One Interface

Consolidates sixteen optical fibers into one compact MPO-16/MTP-16 connector for dense switch and transceiver ports.

01

Designed for SR8 Links

Suitable for compatible interfaces using eight transmit and eight receive multimode lanes, including 400GBASE-SR8.

02

Low-Loss Option

Precision multi-fiber termination supports loss-sensitive links containing multiple mated connections.

03

Project Configuration

Gender, polarity, length, jacket, labeling and packaging can be specified to match the deployed topology.

04

 

dimi-mpo16-male-female

Connector Configuration

Male or Female MPO-16 - Match the Mating Interface

Male MPO connectors contain alignment guide pins, while female connectors do not. The required gender depends on the transceiver, adapter and other components in the complete optical channel.

MPO is the generic multi-fiber push-on connector interface. MTP® is a branded MPO-compatible connector implementation. Select the interface according to the project specification rather than treating the terms as different fiber architectures.

 

Technical Specifications

Product Type 16 Fiber MPO/MTP Patch Cord

Configuration Options

Fiber Count 16 Fibers

MPO-16 or MTP-16

Fiber Mode OM4 Multimode

Male or female

Core / Cladding 50/125 μm

Standard / low-loss grade

Connector A / B MPO-16 / MTP-16

Type B / custom mapping

Polish APC

LSZH / OFNP / OFNR

Gender Female / Male options

Custom length

Polarity Type B / Custom fiber mapping

Custom labeling

Operating Wavelength 850 nm / 1300 nm

Project packaging

Low-Loss Option ≤ 0.35 dB*  
Return Loss ≥ 20 dB*  
Cable Diameter Approx. 3.0 mm*  
Jacket LSZH / OFNP / OFNR options  
Jacket Color Magenta / Custom  
Cable Length Customized  
Typical Applications 400GBASE-SR8, compatible 800G SR8, AI/HPC and data center interconnects  

 

dimi-mpo16-sr8-connection

Network Application

One MPO-16 Assembly Between Compatible SR8 Interfaces

400GBASE-SR8 uses sixteen multimode fibers: eight transmit and eight receive lanes. MPO-16 provides a compact connector format for this physical architecture.

Some 800G SR8 implementations also use a sixteen-fiber multimode interface. The required cable should always be selected from the optical module MDI and cabling topology-not from Ethernet speed alone.

 

 
 

Applications

Where 16-Fiber MPO/MTP Patch Cords Fit

01.

400GBASE-SR8

High-density multimode equipment interconnection for compatible 400G SR8 transceivers.

02.

Compatible 800G SR8

For next-generation SR8 interfaces that specify sixteen active multimode fibers.

03.

AI & HPC Networks

Compact cabling around bandwidth-intensive GPU and high-performance computing fabrics.

04.

Data Center Patching

Flexible connection between optical equipment, panels and structured cabling components.

 

Ordering Guide

Specify the Cable Before Production

The fastest way to prevent an MPO mismatch is to provide the complete interface configuration rather than only the data rate.

Required Information Example
Fiber Count 16F
Fiber Type OM4 50/125 μm
Connector A MPO-16 APC Female
Connector B MPO-16 APC Female
Polarity Type B
Loss Grade Low Loss
Jacket LSZH
Length 3 m
Quantity 200 pcs
Label Customer PN / Serial Number

 

Quality Control

Inspect the Complete Multi-Fiber Assembly

An MPO assembly is only useful when every channel is mapped correctly and the connector end face is clean.

 

End-Face Inspection

Check connector end faces before final packing.

01

Fiber Mapping

Verify the required polarity and fiber positions.

02

IL / RL Testing

Measure optical performance to the agreed specification.

03

Identification

Apply length, PN, SN or project labels as required.

04

 

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Need an MPO-16 Cable for a 400G or 800G Project?

Send DIMI the transceiver model, connector gender, polarity, cable length and quantity so the cable configuration can be confirmed before production.

 

MPO-16 Patch Cord FAQ

Q: What is a 16 fiber MPO patch cord?

A: It is a factory-terminated cable assembly containing sixteen fibers in one MPO-16 or MTP-16 connector interface. OM4 variants are used for compatible multimode parallel-optics applications.

Q: Is MPO-16 required for every 400G connection?

A: No. 400GBASE-SR8 commonly uses sixteen multimode fibers, while other 400G PMDs may use different fiber counts and connector formats. Match the cable to the transceiver interface.

Q: What is the difference between male and female MPO connectors?

A: Male connectors contain alignment guide pins; female connectors do not. The mating components determine which gender is required.

Q: Should I select standard or low-loss MPO/MTP?

A: Use the complete optical power budget. Low-loss assemblies are particularly useful when the channel contains multiple mated MPO connections.

Q: Can polarity and cable length be customized?

A: Yes. Connector gender, polarity, fiber type, jacket, cable length, labeling and packaging can be configured to the project requirements.

 

 

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