MT to MT Patch Cords Male

Product Overview

The MT Patch Cord is the critical component for modern, high-density data center infrastructures. Designed to bridge the gap between core switches and distribution areas, these cables utilize the precision-engineered Mechanical Transfer (MT) ferrule to align multiple optical fibers within a single, compact interface. Whether you are connecting QSFP+ transceivers for 40G Ethernet or deploying a massive 100G QSFP28 backbone, our MT assemblies provide the signal integrity and reliability required for high-bandwidth applications.

While generically known as MT patch cords, these assemblies are fully intermateable and compatible with US Conec’s MTP® brand connectors. They serve as the ideal solution for reducing cable congestion, improving rack airflow, and simplifying network scalability. By consolidating 12, 24, or even 72 fibers into a single connector, network administrators can significantly reduce installation time and complexity.

Key Features

• MTP® Compatibility: Fully compatible with standard MPO and MTP® hardware and adapters.
• High Fiber Count: Available in 8, 12, 24, and higher fiber counts to suit high-density architectures.
• Precision MT Ferrule: Molded composite ferrule ensures extremely low insertion loss and high return loss.
• Polarity Options: Supports Method A, Method B (Crossover), and Method C polarities for flexible network design.
• Robust Construction: Features push-pull latching for secure mating and easy removal in tight spaces.
• Fiber Types: Available in Single-mode (OS2) and Multimode (OM3, OM4, OM5) to match your distance and bandwidth needs.

Applications

Our MT Patch Cords are primarily deployed in Main Distribution Areas (MDA) and Equipment Distribution Areas (EDA) within data centers. They are the standard cabling interface for parallel optic applications, such as:

• 40GBASE-SR4 and 100GBASE-SR4 links connecting servers to switches.
• Interconnecting MTP®/MPO cassettes and adapter panels in structured cabling.
• High-performance computing (HPC) clusters requiring low-latency, high-throughput connections.
• Telecommunication central offices requiring high-density fiber management.

Specifications

Cross-Platform Compatibility

Our MT Patch Cords are engineered to adhere to IEC 61754-7 and TIA 604-5 (FOCIS 5) standards. This ensures they are universally compatible with the optical transceivers and equipment from major networking hardware manufacturers. These cables will function seamlessly with the following platforms when using MPO/MTP® interface modules:

Why Choose Our MT Assemblies?

Performance Verification: Every MT patch cord undergoes rigorous end-face inspection and 3D interferometry testing to ensure the ferrule geometry meets strict industry standards. This guarantees that when you plug into an MTP® adapter, physical contact is optimal across all fibers.

Future-Proofing: Investing in high-quality MT cabling prepares your network for future speed upgrades. The OM4 and OM5 variants specifically support Shortwave Wavelength Division Multiplexing (SWDM), allowing you to push more data over the same fiber infrastructure.

FAQ

1. Is this “MT Patch Cord” the same as an MTP® cable?

Yes and no. “MT” refers to the specific ferrule type (Mechanical Transfer) used inside the connector. MTP® is a brand name for a high-performance connector manufactured by US Conec that uses the MT ferrule. Our MT Patch Cords are built to be 100% compatible with MTP® connectors and deliver equivalent performance.

2. Do I need Type A or Type B polarity?

For connecting two transceivers directly (e.g., Switch to Switch or Switch to Server), Type B (Crossover) is the industry standard. Type A is typically used when connecting patch panels or using specific structured cabling designs. Check your network layout, but Type B is the most common for 40G/100G links.

3. Can I connect this to a 10G SFP+ port?

Directly, no. SFP+ ports use LC connectors (2 fibers). However, you can use an MT to LC Breakout Cable (often called a harness or fan-out cable) to connect one 40G QSFP+ port (MTP® interface) to four 10G SFP+ ports.

4. How do I clean these connectors?

Because of the high fiber count, debris on an MT ferrule can cause significant signal loss. Always use a dedicated one-click MPO/MTP® cleaner. Do not use standard cotton swabs or alcohol wipes designed for single-fiber connectors, as they can leave residue or scratch the polymer ferrule.

MT to MT Patch Cords Male

MT to MT Patch Cords Male Diagram

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