High-Density MMC-16 APC to LC Duplex OM4 Breakout Fiber Harness Cable

High-Density Fiber Harness for Equipment-Side Multimode Network Integration

The CRXCONEC MMC-16 APC to 8× LC Duplex OM4 breakout cable is designed for high-density equipment-side fiber connectivity where compact multi-fiber interfaces must integrate with standard LC-based fiber systems. Using a MMC-16 APC connector on the device side, the cable distributes sixteen OM4 multimode fibers into eight LC duplex UPC connectors, enabling structured breakout and organized fiber routing to patch panels, test equipment, or network devices. Built for short-reach high-bandwidth environments such as data centers and switching platforms, this breakout harness helps bridge compact optical ports with conventional LC infrastructure. For OEM brands and system integrators, it provides a standardized fiber harness platform that simplifies integration and reduces deployment complexity.

Inquire Now

Detailed Information For Buyers

Fiber Connector	MMC to LC, or other customized fiber connecto
Length	Breakout tube length up to 2.5M, or other customized length
OEM/ODM	Yes
Sample	Yes
Test	Insertion Loss, Return Loss, Performance Test

Fiber Breakout Cable Feature

MMC-16 High-Density Connector Interface - Compact MMC connector architecture enables high fiber density within equipment-side optical ports while improving space utilization.
16-Fiber to 8× LC Duplex Breakout - Converts a 16-fiber MMC interface into eight LC duplex connections for easy integration with standard fiber systems.
OM4 Multimode Fiber Performance - Supports high-bandwidth short-distance optical links used in data centers and high-performance computing networks.
Simplified Fiber Distribution - Structured breakout design helps organize fiber routing and reduce cabling complexity during installation.
Equipment-Side Connectivity Solution - Bridges compact device interfaces with standard LC fiber networks, reducing integration risk for OEM equipment platforms.

What Is an MMC Connector for High-Density Optical Networks?

MMC (Micro Multi-fiber Connector) is a next-generation Very Small Form Factor (VSFF) fiber connector developed by US Conec to support the growing fiber density requirements in modern networking equipment. Compared with traditional multi-fiber connectors, the MMC connector features a much smaller footprint and high-density design, allowing more optical ports to be integrated within limited device space while maintaining stable optical performance. This makes it suitable for equipment-side applications requiring compact, high-density fiber interfaces. For OEM brands and equipment manufacturers, the standardized MMC interface enables higher-density device architectures while reducing integration risk and improving compatibility with high-density optical environments.

When should you use an MMC-16 Breakout Cable to connect device-side multi-fiber interfaces to an LC fiber network?

An MMC-16 Breakout Cable is used when high-density networking equipment adopts compact multi-fiber connectors such as MMC, while the existing fiber infrastructure still relies on standard LC interfaces. It converts a 16-fiber MMC connection into multiple LC duplex connectors, allowing direct connection to LC patch panels, test equipment, or downstream LC fiber links without additional adapter solutions. This structured breakout also helps organize fiber routing, reduce cabling complexity, and lower the chance of handling errors during installation. For OEM platforms and system integrators, an MMC-16 breakout cable improves compatibility with LC-based systems, simplifies integration planning, and helps reduce deployment and integration risk in high-density optical environments.

What Is This Product Designed For?

OEM equipment manufacturers developing high-density optical hardware requiring compact fiber connector architectures.
System integrators deploying fiber connectivity between high-performance devices and conventional LC-based fiber networks.
Data center infrastructure providers integrating multimode fiber connections between switching platforms and patch panel systems.
Optical module developers and testing environments requiring structured breakout cables for device validation and performance testing.
AI and high-performance computing system builders implementing short-reach multimode fiber connectivity inside dense equipment environments.

Why Do High-Density Optical Devices Need a Breakout Fiber Harness?

High-density networking equipment often uses multi-fiber connectors to increase port density within limited hardware space. When these multi-fiber interfaces must connect to standard LC fiber networks, installation can become complex without a structured breakout solution. On-site fiber splitting or custom cabling may be required, increasing cabling complexity and the risk of installation errors. A breakout fiber harness converts a multi-fiber interface into organized LC connections, making fiber routing clearer and easier to manage inside racks and equipment. With a factory-terminated breakout structure, installers avoid on-site fiber splitting, reducing misconnection risk and improving installation efficiency. This makes breakout fiber harnesses a practical solution for data centers and high-density optical environments.

OEM Manufacturing Support for MMC Breakout Fiber Harness

CRXCONEC provides professional OEM manufacturing services for fiber optic cable assemblies, including MMC breakout harness solutions tailored to specific equipment interfaces and project requirements. Our OEM support includes customized cable lengths, connector configurations, labeling formats, and private-label branding aligned with customer specifications. From connector assembly to final packaging and carton labeling, CRXCONEC maintains consistent manufacturing control to ensure reliable fiber performance and stable product identification. Through structured OEM production support, partners can confidently deploy MMC breakout fiber solutions within their equipment platforms while maintaining consistent brand identity and supply chain reliability.

How to work with us? Please click OEM Service or Send Inquiry

Polishing Your Fiber Patch Cord

The surface of fiber patch cords is critical to ensure good performance. We have a well-trained operation team that polishes fiber optic connectors with a polishing machine. Below are some images of polishing defects that impact fiber network connections.

Your Reliable Fiber Patch Cord Manufacturer

We supply versatile fiber patch cords around the world. From laser cutting fiber core, assembly of fiber patch cords, and grinding to testing, our goal is to provide high-quality fiber patch cords to customers.