With the increase in data throughput, transmission rates of 40Gb/s and 100Gb/s are more common, and they have now become the trend and hotspot of data center cabling systems. In addition, MPO MTP patch cables can be used for standard optics for 40G and 100G Ethernet. Interface, so MPO MTP patch cables will surely replace traditional optical fiber connectors. At present, data centers, telecommunication centers, enterprises and even campuses have begun to use MTP MPO cabling systems. This cabling system uses MTP MPO fiber optic patch cables, MTP MPO fiber optic distribution boxes, MTP MPO adapters and MTP MPO adapter panels. It is built, and it can greatly save network deployment time while providing unlimited possibilities for high-density cabling. YINGDA Photonic will introduce the common type of MTP MPO Cable Assemblies used in data center cabling.

MTP Cabling Solutions - Data Center Cabling Trends

Traditional LC cabling systems have long been unable to meet the high transmission speed and high-density requirements of large data centers. As a result, some IT designers are turning to MTP cabling solutions. Unlike LC cabling, this cabling solution perfectly adapts to high-speed, high-density, and structured cabling requirements. Its specific advantages include the following:

1. Stability and Durability

The ferrule design of the MTP connector reduces signal instability and improves durability.

2. High Density and Scalability

MTP connectors comply with the carrier-grade Telcordia standard (formerly Bellcore). They have been used in various environments for over a decade, solving the challenge of carrying multiple fibers within a small capacity. For example, a 1U chassis using LC duplex connectivity can accommodate 144 fibers, while MTP can accommodate 864 fibers, nearly six times the capacity.

3. Save time and effort, and achieve high deployment efficiency

Terminating and testing 144 fibers might take a network installer a day. However, using 12 or 24 fibers with MTP connectors and tool-lock clips significantly reduces this time. Using pre-assembled, plug-and-play cables saves installation time and effort, and reduces subsequent maintenance costs.

4. Prepare for Network Upgrades

MTP cabling can be used for 40G-40G, 100G-100G, 200G-200G, and 400G-400G direct connections, as well as upgrades and uplinks. Upgrading from 10G to 40G/100G/120G using MTP cabling is already commonplace, making it a cost-effective and reliable option for upgrading 10G networks to higher Ethernet speeds. MTP cabling systems can also be used to achieve uplink connections between devices of different speeds, such as 25G-100G, 50G-200G/400G, 100G-400G, and 200G-400G.

5. Structured Rack Cabling

MTP structured cabling provides a layered network structure, offering multiple connection options through the aggregation layer, reducing cable clutter. If your data center needs to expand in the future, installing a structured MTP cabling system can create a long-term solution to meet your needs.