MPO to LC OM3 Cable, 8 Fiber Multimode MPO/MTP to 4 Duplex LC Breakout Cable

Product Overview

The Luleey MPO to LC OM3 Cable is an 8-fiber multimode breakout cable designed for high-density optical network environments. It converts one MPO/MTP interface into 8 LC fiber connections, also known as 4 duplex LC channels, allowing engineers to distribute backbone fiber links into standard LC interfaces efficiently.

This 8 Fiber MPO Cable is built with OM3 Multimode Cable construction, making it suitable for short-distance high-speed optical transmission. It is commonly used with QSFP+ transceivers, 40G/100G indoor connections, data center cabling, enterprise network rooms, optical distribution frames, and structured multimode fiber systems.

Compared with a 12-fiber MPO to LC breakout cable, the 8-fiber design is especially useful when the network only requires 4 duplex LC links or when unused fiber channels should be minimized. This helps reduce unnecessary cabling, simplify patching, and improve rack-level fiber management.

Luleey MPO Cable assemblies are designed for stable optical performance, clean deployment, and reliable daily operation in modern data center and enterprise network environments.

Features

• MPO/MTP to 8 × LC breakout cable design
• 8-fiber OM3 multimode construction
• Supports 4 duplex LC fiber links
• Designed for QSFP+ transceiver applications
• Suitable for 40G and 100G indoor multimode connections
• Supports 850nm and 1300nm multimode wavelengths
• Low insertion loss for stable optical transmission
• LSZH jacket for safer indoor deployment
• Compatible with MPO/MTP patch panels and cassettes
• Available with MPO/MTP male or female connector options
• Suitable for high-density Data Center Cabling
• Factory tested by Luleey for optical performance
• Available in multiple cable lengths for project deployment

Applications

• Data Center Cabling
• QSFP+ Transceiver Connections
• 40G and 100G Multimode Fiber Networks
• Enterprise Network Rooms
• Optical Distribution Frames
• High-Density Fiber Distribution
• MPO/MTP Backbone Cabling
• Switch-to-Patch-Panel Connections
• LAN and SAN Infrastructure
• Server Room Fiber Patching

Specifications

Why Use an 8 Fiber MPO to LC OM3 Cable?

An MPO to LC OM3 Cable is useful when high-density MPO/MTP backbone cabling needs to connect with LC-based optical equipment. Many switches, patch panels, optical modules, and data center systems use LC duplex interfaces, while backbone cabling often uses MPO/MTP connectors to improve cabling density.

The 8-fiber version is especially practical for applications that require 4 duplex LC links. Instead of deploying a 12-fiber cable and leaving several fibers unused, an 8 Fiber MPO Cable provides a cleaner and more efficient breakout structure.

This makes the MPO to LC Fanout Cable a practical solution for QSFP+ breakout applications, switch-to-patch-panel connections, and structured cabling projects where controlled fiber count and clean routing matter.

Why OM3 Multimode Cable Matters

OM3 Multimode Cable is widely used in short-distance high-speed optical networks. It is commonly paired with 850nm multimode optics for indoor 40G and 100G transmission applications.

For many enterprise and data center projects, OM3 Fiber provides a cost-effective balance between performance, deployment flexibility, and cabling density.

The Luleey MPO to LC OM3 Cable helps engineers connect MPO/MTP backbone systems to LC duplex equipment while maintaining stable multimode optical performance.

8 Fiber vs 12 Fiber MPO to LC Breakout Cable

Both 8-fiber and 12-fiber MPO to LC breakout cables are useful, but they serve different cabling requirements.

Choose the 8 Fiber MPO Cable when your network requires 4 duplex LC links or when you want to avoid unused fiber channels.

Choose the 12-fiber version when the project requires more individual LC connections or higher fiber distribution density.

OM3 vs OM4 MPO to LC Cable

OM3 and OM4 are both multimode fiber types, but they are usually selected for different project priorities.

Choose the MPO to LC OM3 Cable when your project needs reliable multimode performance with better cost control.

Choose the OM4 version when the link design requires higher bandwidth margin or longer multimode reach.

MPO Breakout Cable vs Individual LC Patch Cords

Using individual LC duplex patch cords for every fiber link can quickly create cable congestion in high-density racks and optical distribution frames.

An MPO Breakout Cable provides several advantages:

• Cleaner cable routing
• Faster installation
• Reduced rack congestion
• Easier patch panel management
• Better airflow inside cabinets
• More scalable fiber infrastructure

For 4-duplex-link deployment, the Luleey 8 Fiber MPO Cable can be a cleaner choice than using multiple separate LC duplex patch cords.

FAQ

What is an MPO to LC OM3 Cable?

An MPO to LC OM3 Cable is a fiber breakout assembly that converts one MPO/MTP connector into 8 LC connectors for multimode fiber distribution.

What is this 8 Fiber MPO Cable used for?

It is commonly used in QSFP+ transceiver connections, data center cabling, optical distribution frames, 40G/100G indoor links, and enterprise network rooms.

How many duplex links does this cable support?

This 8-fiber cable supports 4 duplex LC links.

What does MPO to LC Fanout Cable mean?

It means one MPO/MTP connector is distributed into multiple LC connectors, making fiber breakout and distribution easier.

Is this an OM3 Multimode Cable?

Yes. This cable uses OM3 multimode fiber, typically 50/125μm, for short-distance high-speed optical transmission.

Is this cable suitable for QSFP+ transceiver applications?

Yes. This product is suitable for QSFP+ transceiver applications and 40G/100G indoor multimode links.

What is the difference between the 8-fiber and 12-fiber versions?

The 8-fiber version supports 4 duplex LC links, while the 12-fiber version supports 6 duplex LC links. The best choice depends on your required fiber count and patching design.

What is the difference between OM3 and OM4?

OM3 is commonly used for cost-effective short-reach multimode cabling, while OM4 provides higher bandwidth margin for demanding multimode network designs.

What is the difference between MPO and LC connectors?

MPO/MTP connectors support multiple fibers in one high-density interface, while LC connectors are compact duplex connectors commonly used on optical modules, switches, patch panels, and data center equipment.

Can Luleey provide custom cable lengths?

Yes. Luleey can provide different cable lengths and connector configurations based on project requirements.

Why choose Luleey MPO Cable assemblies?

Luleey MPO Cable assemblies are factory tested and designed for stable optical performance, clean cable management, and reliable deployment in data center cabling and enterprise fiber networks.