Why do use MTP/MPO Patch Cable in AI hyper-scale Data Centers?

MTP|MPO patch cable paired with advanced transceivers such as QSFP-DD and OSFP provide a more future-proof solution that can easily scale to meet these growing demands. Investing in this more expensive solution upfront can avoid the need for frequent upgrades and replacements, ultimately providing better value and performance over time.

In AI, MTP|MPO patch cable refers to high-density fiber optic connectors and cables that are essential for the massive high-speed data transfer required by AI workloads.

These connectors support multiple fibers within a single unit, enabling greater density, scalability, and bandwidth for AI clusters and hyperscale data centers. They are critical for connecting GPUs, optical transceivers, and other high-performance computing components to meet the surging demands of training and inference for artificial intelligence models.

Why MTP/MPO is used in AI:

• High-Density Cabling:

MTP/MPO connectors house many individual fiber strands in one connector, significantly reducing the physical space needed for high-bandwidth applications in dense AI environments.

• Scalability:

The multi-fiber nature of MTP/MPO cables allows for easy expansion as AI networks grow, providing future-proof wiring for increasing data transfer needs.

• High-Speed Data Transfer:

These connectors are designed to handle the high-speed connections required for AI workloads, such as 100Gbps and 400Gbps, facilitating massive data transfers between servers, storage, and GPUs.

• Simplified Infrastructure:

By reducing the number of individual cables, MTP/MPO solutions simplify wiring, improve organization, and make operations and maintenance easier in AI data centers.

KCO Fiber with bulk stock and big production capacity, we make quickest the delivery time to customer. All of our MTP MPO patch cables are 100% tested before shipping to make sure zero NG goods ship to customer’s hand.