A More Organized 40G Data Center Patch Bay
High-density cable layout speed and management efficiency are important for network upgrade. One of our customers working in the advertising, film and entertainment industry wants to deploy large-capacity, polarity-clear and future-proofed MTP cabling system across the network bay, patch bay and server bay.
How to deploy the 40G - 10G and 40G - 40G high-density structured cabling with least time?
How to keep the whole cabling system polarity-correct and easy for management?
The whole cabling design makes full advantage of MTP high-density cables and FS modular-designed FHD system to achieve fast deployment in limited time and cost. As all the 40G - 10G and 40G - 40G links will pass patch bay for flexible management, easy identification and fast fault locating, all the links will use the polarity of Type B.
40G Network Bay - Patch Bay - 10G Server Bay (192 10G Links in Total)
In the 40G - 10G links, a Type A MTP trunk cable across the network bay and patch bay is used to extend the link of Type B MTP trunk cable in the network bay for 40G data and it doesn’t change the polarity of the whole link. In the patch bay, these 40G links are broken out into 10G links via MTP-LC cassettes then link to the 10G server bay via LC-LC cables.
40G Network Bay - Patch Bay - 40G Server Bay ( 2 40G Links in Total)
In the 40G to 40G connections, each 40G data will pass 4 different Type B MTP trunk cables after they leave the network bay, which does not change the polarity of the whole link and extend the link distance to across the patch bay and arrive at 40G server bay.
The structured cabling solution helps our customers save valuable time while building and scaling up their network infrastructures. FS is able to implement cost-efficient cabling system with increased speed and ease of installation.