24 core MPO/MTP® Trunk Fiber Optic Cable

Overview

The 24 Core MPO/MTP® Trunk Cable is a high-density, pre-terminated fiber optic solution engineered to streamline backbone cabling in modern data centers. It consolidates 24 individual fibers into a single, compact cable assembly. This design drastically simplifies installation and cable management. In practice, it enables rapid deployment for high-speed interconnects between switches, servers, and patch panels.

This 24 fiber trunk cable is factory-terminated and tested, which guarantees consistent, high-level performance and reliability right out of the box. By eliminating the need for complex field termination, it significantly reduces installation time and the potential for errors. Moreover, it is a future-proof investment, providing the necessary infrastructure for migrating to 40G, 100G, and even 400G network speeds using parallel optics.

Key Features

• High Fiber Density: Integrates 24 fibers within a single jacket, maximizing pathway space and improving airflow.
• Factory Terminated: Pre-terminated with high-quality MPO/MTP® connectors for guaranteed low insertion loss and superior performance.
• Rapid Deployment: Plug-and-play design reduces installation time and labor costs compared to traditional field termination.
• Customizable Options: Available in various fiber types (OM3, OM4, OS2), jacket ratings (LSZH, OFNP), and polarity methods (Type A, B, C).
• Enhanced Reliability: 100% factory-tested to ensure consistent performance and reliability for critical network links.
• Scalable Solution: Ideal for building structured cabling systems that support current and future data rate requirements.

Applications

This high density fiber cable is purpose-built for demanding, high-bandwidth environments. Its primary application is in data center backbones for establishing high-speed links between main distribution areas (MDAs) and equipment distribution areas (EDAs). It is also essential for connecting MPO/MTP® cassettes and patch panels. Furthermore, these trunk cables are critical for implementing parallel optics applications like 40GBASE-SR4, 100GBASE-SR4, and 100GBASE-SR10.

Specifications

Advantages

The foremost advantage of using a 24 core MPO/MTP® trunk cable is the immense time and cost savings during installation. Rapid, plug-and-play deployment is much faster than terminating 24 individual connectors in the field. This also minimizes installation errors and ensures a higher degree of performance consistency across all links. The compact design improves cable management and airflow within racks, which is critical in a dense data center.

Moreover, these cables provide a clear and scalable upgrade path. A single 24-fiber trunk can support three separate 8-fiber 40/100G links or two 12-fiber links, offering excellent flexibility. By investing in a high-quality, factory-tested cabling backbone, network managers can ensure their infrastructure is robust, reliable, and ready to handle the increasing bandwidth demands of the future.

FAQ (Technical & Product Questions)

1. What is an MPO/MTP® trunk cable used for?

An MPO/MTP® trunk cable is a multi-fiber cable with MPO/MTP® connectors on both ends. It is used as a permanent backbone link to connect racks, cabinets, and distribution frames within a data center, enabling rapid deployment of high-density cabling.

2. What is the difference between an MPO and an MTP® connector?

While MPO (Multi-fiber Push-On) is the generic connector standard, MTP® is a specific brand of MPO connector with patented enhancements. MTP® connectors feature improvements like a removable housing for re-polishing or re-working, and floating ferrules for better mechanical performance, often resulting in higher reliability over repeated connections.

3. What do Polarity Type A, B, and C mean for a 24 fiber trunk cable?

Polarity defines the fiber mapping between the two MPO/MTP® connectors. Type A (straight-through) maps fiber 1 to fiber 1. Type B (reversed) maps fiber 1 to fiber 24. Type C (pairs flipped) swaps adjacent fiber pairs. The correct polarity is crucial for establishing a proper transmitter-to-receiver link and must match your cassettes and patch cords.

4. Why choose a 24 core MPO/MTP® cable over two 12-core cables?

A single 24 fiber trunk cable reduces the total number of cables needed, simplifying cable management and saving pathway space. It also provides flexibility for future applications, as it can be used for 10G, 40G, and 100G connections using different breakout configurations.

5. Can I use this trunk cable for a 40G or 100G connection?

Yes. A 24 core MPO/MTP® trunk cable is ideal for 40G (40GBASE-SR4) and 100G (100GBASE-SR4) applications. These technologies typically use 8 fibers (4 transmit, 4 receive). A 24-fiber trunk can therefore support three separate 40G/100G links, making it a very efficient choice.

6. What is the difference between OM3, OM4, and OS2 fiber types?

OM3 and OM4 are laser-optimized multi-mode fibers used for shorter distances in data centers. OM4 supports longer distances than OM3 at the same speed. OS2 is a single-mode fiber used for very long-distance links, common in telecom and large campus networks.

7. What does the LSZH jacket rating mean?

LSZH stands for Low Smoke Zero Halogen. An LSZH jacket is made from materials that emit very little smoke and no toxic halogen compounds when exposed to fire. This is a critical safety requirement for many data centers and enclosed public spaces.

8. Should I choose standard or elite low loss connectors?

Choose elite low loss connectors for performance-critical applications, especially for long multi-mode links or when your network design has multiple connection points (a tight loss budget). Standard loss is suitable for most applications with shorter links and fewer connections.