CommScope_CCA_MPTL

This blog post is part of a series called “CommScope Definitions,” in which we will explain common terms in communications network infrastructure. 

Today’s intelligent buildings have some of the latest technology deployed inside, which is causing ICT designers to re-consider traditional installation practices. For example, previously, the majority of network computing devices were in offices or equipment rooms, with the horizontal cabling terminating at an equipment outlet or panel – with devices connected via a conventional patch lead. With the mass proliferation of IoT sensors/devices and other advanced technologies, we are increasingly seeing devices placed at high levels, such as in ceiling voids, which requires a more contemporary approach to their management and connectivity.

A new way to connect in modern buildings

To help eliminate complexity and reduce security risks, we are increasingly seeing devices such as surveillance cameras connect directly onto the horizontal cabling using an RJ45 modular plug.  This is known as the Modular Plug Terminated Link (MPTL) method, and it simplifies connectivity into such devices by taking out the need for a separate patch cord. The MPTL enables the cable to be plugged directly into a device, so it can be connected to a network without installing an additional outlet; which has many installation and user advantages.  Notably, by eliminating the extra connection points introduced by outlets and patch cords, network operators are seeing the benefits of rapid device deployment, improved power performance and enhanced security.  

CLICK TO TWEET:  MPTL is not a well-known industry term in ICT. CommScope's Ashley Martin explains it in this blog.

CommScope_CCA_MPTL_2Ensuring compliance and error-free operation

In 2018, the MPTL was approved under the TIA 568.2-D standard. However, to ensure that link is installed and deployed correctly, the standards specify strict limitations to its use and define a new and comprehensive testing criterion. In addition, fitting RJ45 plugs directly to horizontal cabling in the field has always been both difficult and time consuming, especially when higher frequency and higher bandwidth cabling solutions (such as Category 6A) are deployed. This intricate connectivity process has historically been carried out under factory conditions, to ensure performance and quality of termination. Although some manufacturers have produced an RJ45 plug for use and termination in the field, CommScope does not endorse such an approach due to the complexity and margin for error/failure; especially when at high level or in confined installation environments. However, recognizing the need for a MPTL solution, Commscope designed and developed the Ceiling Connector Assembly (CCA) to offer a simplified connectivity process that ensured quality and offered customers both security and flexibility.  

Advantages of the CCA for a MPTL deployment

The CCA uses a factory terminated plug and IDC connection point, which allows the termination of the horizontal cable via a fast, tool-free, installation method. In summary, the CCA helps ensure the performance and integrity of the link by simplifying the termination even under difficult conditions. This not only reduces the risk of installation issues or latent defects, but also eliminates the need for any specialized testing.

About the Author

Ashley Martin

As Technical Manager for CommScope, Ashley provides leadership to a broad skilled field applications engineering team. This team provides engineering design and support across Service Provider (Carrier) and Enterprise solutions involving fibre optic, copper and wireless technologies.

Ashley has been involved within the telecommunications industry for over 17 years, having started on site with telecommunications and electrical installation services. These installations covered various markets, from financial to government/ defence and hospitals. Data Centre design and construct led into Project Management across Australia. From here Ashley was involved in large scale power generation and control systems across Australia and New Zealand.

Having upskilled by studying various engineering and management courses, Ashley has been involved in fibre optic and copper infrastructure product and solutions development for over the last 8 years. His skills have led him to participating in Standards Australia committees such as CT-001 (mirroring the International Standards JTC1 SC25 work group), chairing the CT-001-2 fibre optic sub-committee, as well as providing representation for Australia as an IEC expert in SC86B.

Ashley has substantial experience with design and solutions provision across Data Centre, Structured Cabling Systems and Carrier networks. 

See all posts by this author

Comments

1 comment for "CommScope Definitions: What is MPTL?"
David Dyer Monday, October 08, 2018 10:53 PM

Please make the MPTL in all the normal color that match the jack colors. Right now I believe this only comes in white or black. This is a serious flaw in the thought process. If you make cables, patch cords and data jacks in a rainbow of colors then the MPTL should be made in every matching color.

Add Your Comment

Please submit your comment using the form below

 
(required)