MT-MT patch cord for QSFP Module

Product Overview

The MT to MT Patch Cord is the backbone of modern high-density data centers. Designed to carry multiple optical signals within a single compact interface, these assemblies utilize precision-engineered MT ferrules to ensure alignment and minimal signal loss. Whether you are upgrading to 40G or 100G Ethernet, these multi-fiber cables provide the essential link between transceivers, patch panels, and distribution trunks.

At MeFiber, we prioritize signal integrity. Our MT assemblies are rigorously tested to meet strict geometry and insertion loss parameters. This ensures they are fully intermateable with standard MPO/MTP® connectivity solutions found in enterprise networks. By consolidating 12, 24, or even more fibers into a single connector footprint, these patch cords significantly reduce cable congestion and improve airflow in server racks.

Key Features

• High-Density Connectivity: Replaces up to 12 or 24 duplex LC connectors with a single MPO/MTP® interface.
• Customizable Configurations: Available in varying fiber counts (8, 12, 24) and polarity methods (Type A, B, or C).
• MPO/MTP® Compatibility: Precision MT ferrules ensure seamless mating with US Conec MPO/MTP® components.
• Superior Performance: Factory-terminated polish results in low insertion loss and high return loss.
• Future-Proof Design: Ideal for migration paths from 10G to 40G (SR4/PLR4) and 100G (SR4/PSM4) protocols.
• Robust Construction: Available in LSZH, Plenum (OFNP), or Riser (OFNR) jacket ratings for diverse installation environments.

Applications

These versatile MT fiber assemblies are deployed across critical infrastructure sectors:

• Data Center Interconnects (DCI): Linking switches, servers, and storage in high-throughput zones.
• Parallel Optics: Supporting QSFP+ and QSFP28 transceiver connections requiring multi-fiber lanes.
• Telecommunications: Central office connections where space saving is critical.
• Cloud Storage Networks: Facilitating rapid data transfer in SAN environments.

Specifications

Cross-Platform Compatibility

Our MT to MT Patch Cords are engineered to adhere to open industry standards (TIA/EIA and IEC). This universality allows them to function seamlessly alongside hardware from major network equipment manufacturers. When configured with the correct polarity (typically Type B for transceiver direct links), they support the following equipment ecosystems:

Why Choose MeFiber MT Assemblies?

In high-speed networks, precision is non-negotiable. A slight misalignment in the MT ferrule can cause significant data loss. MeFiber utilizes advanced polishing machines and interferometers to verify the end-face geometry of every connector. By choosing our MPO/MTP® compatible cords, you are investing in a verified, reliable physical layer that supports your network’s bandwidth demands today and tomorrow.

FAQ

1. What is the difference between standard MPO and MPO/MTP®?

MPO (Multi-Fiber Push On) is the generic interface standard defined by the IEC. MPO/MTP® refers to high-performance MPO connectors (specifically the US Conec brand) that feature engineered enhancements. These enhancements improve durability and optical performance. Our cables are fully compatible with both.

2. Which polarity should I choose?

It depends on your application. Type B (Crossover) is the standard for connecting two transceivers directly (e.g., 40G SR4 to 40G SR4). Type A (Straight-Through) is typically used for patch panel connections. Always verify your network design before ordering.

3. Can I use Multimode cables for 100G connections?

Yes, for short distances. Multimode (OM3/OM4) using MPO/MTP® connectors is the standard for 100GBASE-SR4, usually reaching up to 100 meters (OM4). For longer distances (km ranges), Single-mode OS2 fiber is required.

4. How do I clean these connectors?

Cleaning is vital for multi-fiber connectors. We recommend using a “One-Click” cleaner specifically designed for MPO/MTP® interfaces. Do not wipe them with standard cloths, as debris can easily damage the fiber array.

MT patch cord for QSFP Module Struture

MT to MT Patch Cords Female

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