WBT fibre optic infrastructure solutions have elevated cable management to the next level. These high-density solutions can be deployed separately or as an end-to-end solution in a Data Centre or Telecommunications network.
Application includes:
The end to end solution also provides scalability at RU level, with 96F and 144F LC or LC/A deployments.
Can be deployed as an end to end network solution in any Data Centre or Telecommunications network and is compatible with stranded or ultra high density rollable ribbon cable types (864F, 1728F, 3456F, 6912F).
Ultra high density Fibre Termination Panels (FTP’s) or other associated infrastructure can also be successfully deployed as standalone solutions.
LC-LC/A
per RU modules
(splice &/or patch)
in 300mm deep,
single side ODF*
deployment
LC-LC/A
per RU modules
(splice &/or patch)
in 300mm deep,
single side ODF*
deployment
MTP®/MPO
per RU modules
(splice &/or patch)
in 300mm deep,
single side ODF*
deployment
*ODFs can be placed back to back and capacities can be doubled in a 600mm deep footprint
144 Fibre LC or LC/A per RU:
Solution includes:
If terminating on LC connectors and using a WBT 1RU 7106 series 144 fibre FTP, each 1728F cable can be divided into 12 x 144 fibre subunits and routed to each of the 12 x 1RU FTP’s. Within the FTP’s the 144F is then broken out into 4 x 36F groups for each tray.
432 Fibre (MTP/MPO) per RU:
Furthermore, if terminating on MTP/MPO connectors and using a WBT 1RU 7106 series 432 fibre FTP, each 1728F cable can be divided into 4 x 432 fibre sub-units and routed to 4 x 432F 1RU MTP/MPO FTP’s.
In order to provide cable/tube slack for removal and maintenance of optical fibre trays, each tube can also be routed down the RHS of the ODF and looped back into the 1RU FTP’s.
Deployment example:
In this example, the first left hand side ODF can be used for line cable splice/patching and management of incoming high density cable and separation into transport tubes. The right hand side or adjacent ODF can be used for distribution into the Data Centre and management of distribution / trunk cabling. This ODF can also be placed in a separate location if preferred or side by side, as well as back to back. The right side ODF provides trunk cable distribution to the customer/ equipment rack within a Data Centre environment.
This example highlights incoming cables being divided into 24F sub units / transport tubes, and spliced into 7006 series 1RU 96F FTPs. HypaFOX front access MTP-LC cassettes are used in the adjacent ODF for cross patching and distributing MTP/MPO pre-terminated cabling to equipment racks. HypaFOX MTP®/MPO chassis and cassettes used for top of rack fibre management.
Dimensions: 1,200mm (w) x 300mm (d) x 2,200mm (h)
Application:
The 7106 Series is an innovative ultra high density Fibre Termination Panel (FTP), providing up to 144 fibres LC or LC/A ports, splice and patch in only 1RU. Suitable for deployment in WBT 300mm deep ODF’s or standard equipment racks, this solution provides unmatched density and usability.
The TC7010 series fibre optic trays and cassettes are a modular, pre-terminated 12F MTP/MPO cassette based solutions, providing a total fibre port capacity of 144 Fibres in 1RU of rack space.
Equipment racks - top of rack infrastructure
To complete the end to end fibre network and access to active equipment, or to simply provide connectivity between active equipment using direct links, the 1RU HypaFOX modular solution is also an excellent solution, providing industry leading usability and density of up to 144LC ports per RU.
Data centre side – Fibre MTP®MPO trays and cassettes
Either 12, 24, 36, 48, 72, 96 or 144 fibre MTP®/MPO trunk cables can be routed from the main distribution ODF to the equipment racks.
The MTP®/MPO trunk cable can be pre-terminated on each end, which will cable runs to be pre-measured and cables manufactured to that exact length. As an alternative, the equipment rack end may be preterm MTP®/MPO and the ODF end may be spliced into FTP, instead of HypaFOX cassette.
Every connector assembly supplied by WBT is made using quality parts in a high quality termination facility, according to recognised and approved international standards. The quality and inspection procedures employed, ensure only high quality, individually inspected and approved pigtails and patch cords are supplied. Therefore, customers can have confidence knowing that the product supplied will perform reliably to a high standard in the telecommunications and data networks for many years. Each patch cord is individually inspected and tested at the time of production.
Most double sheath cable assemblies will be okay to route on cable trays, however patch leads and single sheath cable should still be routed in a ducting raceway.
Additionally, some network operators may prefer to have all fibre cabling routed in a fibre duct raceway for easier troubleshooting, identification and segregation of cable types.
If considering a fibre ducting raceway, WBT fibre duct complies with the following standards:
The solution options provided by WBT are fully customisable and our design and engineering team can work with you to tailor the perfect solution. Whether it is individual product customisation, or end to end solution development, WBT have the essential building blocks to rapidly develop and help you deploy new infrastructure. In addition, you can also simply take the guess work out of it, and take advantage of proven and pre-existing solutions we currently offer.
Speak to the expert team at Warren & Brown Technologies to discover how we can help you successfully deploy the next generation of ultra high density fibre optic infrastructure for your network.