The FSP200 leverages six precision motors to deliver core alignment for low splice loss, even when the user faces complex fiber geometries. 2- 9U Ribbon Mass Splice and Patch This flexibility allows for a single cable design to cover a diverse set of applications from access networks to high-fiber count mass fusion splicing. It doesn't change the tools or techniques with which technicians are familiar for installing and splicing optical fiber. Siemon offers OptiFuse splice-on fiber-optic connectors. Cloud computing services are the fastest growing among all large systems activities worldwide, and have led to the development of new data center architectures, with Hyperscale data centers being built in clusters and multiple Co-location data centers being built in campus environments. These models include campus or cluster cabling, internal Data Center trunk cabling and connections from cable entry all the way to the customer space or edge network equipment. UHD Modules when mounted into our 12 port 2U UHD chassis, present 288 LC ports on the front of the chassis, or a best-in-class 576 fibers when used in 4U of space. This diagram takes the large Co-Location (Green Field) reference model, (simplified version of ISO/IEC 24764 standard), and shows how the AFL Hyperscale UHFC Solution can maximize the density, and minimize the footprint of your data center space. This ultra-high density fiber outside plant cable is designed for data center interconnect applications, and provides the smallest cable diameter, lowest weight, and highest-fiber count ribbon cable in the industry. At AFL Hyperscale, we develop and deliver advanced, scalable network infrastructure solutions to facilitate the ultra high fiber counts, bandwidth and In our Co-Location reference model, the network design adopted, provides maximum flexibility of connectivity between all spaces within the data center building and also to the other data centers on the campus. The SWR® fiber bundles allow for time saving mass fusion splicing or direct termination with an MPO splice on connector. The architecture needs to accommodate very low density fiber deployments as well as very high fiber count deployments in the same space. With an ultra-high density and a new ribbon technology called SpiderWeb Ribbon®, WTC provides the smallest cable diameter and lowest weight, high-fiber count ribbon cable in the industry. One end pre-terminated with either MPO or stubbed cassettes and the unterminated end is free to be fusion-spliced, terminated directly to MPO, or ruggedized or 900um single fiber tails. This assembly should be pre-terminated with a UHD cassette on the client end and connected by an MPO at the ZD end. Prysmian offers Sirocco Extreme 180-µm microduct fiber cable. By taking full advantage of the SWR® technology, the ultra-high fiber count cables are mass fusion spliced using Fujikura’s 70R Ribbon Fusion Splicer. In a Large Co-Location datacenter, fiber counts per client space are unpredictable. In the horizontal cabling, all of the equipment racks are cabled back to the Main Distribution frames using medium fiber count cables. The MD connections out to the client space and equipment racks are referred to as the data center horizontal cabling. The WTC SWR® armoured cable is available with up to 1,728 fibers, and up to 3,456 fibers in the non-armoured configuration. Connecting 12 or 2 x 12 fiber MPO to MPO trunk assemblies to our Ultra-High Density (UHD) MPO Module provides one of the fastest plug and play installation methods on the market. This 3,456-fiber cable features 250-µm color-coded optical fibers “for easy fiber identification,” the company notes. Emtelle to add CommScope closure and connectivity products into portfolio. AFL CT-50 Fiber Cleaver Price: $1090.00. The MD connections to the ENI, to the other MD within the data hall and to the other MDs within the data center building are often referred to as the data center backbone. Stephen Hardy Apr 21st, 2020 Accommodating these new designs into existing networks has led to severe cable management issues and network degradation over time. “Freeform Ribbon enables high fiber density within a small cable diameter, which in turn helps with limited duct space. The 864 fiber indoor WTC cables are then routed to the Main Distribution area where they are Mass Fusion spliced into specially designed 9U 864 fiber splice and patch housings. Alternatively, they can be installed as single end pre-terminated cable , with the free end, pulled (or blown) from the source to the destination. In our large Co-Location (Green Field) Reference Model, three Co-Location Data Centers are located within a campus and connected with two or more diversely routed cables. Suitable for lashed aerial and duct installation applications. The WTC SWR® armoured cable is available with up to 1,728 fibers, and up to 3,456 fibers in the non-armoured configuration. The splices are then managed and stored in specially designed mass fusion splice trays, each of which hold up to 12 splices (144 fibers). With the ability to easily remove cables without disturbing neighbouring cables and redeploy a higher count or reroute the cable to a different area in the data center, blown SWR® fiber bundles can be mass fusion spliced, or directly terminated with an MPO splice on connector. SWR® technology significantly reduces cable diameter and weight, and is used in ultra-high fiber count indoor and outdoor cable types, resulting in  lower installation costs and major improvements in utilisation of cable pathways and duct space. 3 - UHD 2U Chassis The MD connections to the Equipment Cabinets (EC) within the data hall are usually referred to as the data center horizontal cabling. These multi-data center designs require very rich interconnections between the buildings and within the buildings. Fusion spliced into specially designed 9U 864 fiber splice and patch housings. Use of the splicers can significantly reduce overall work time, improve network performance, increase capacity, and reduce network congestion, the company states. contact us. With the ability to roll and conform, the SWR® provides for ultra-high density packaging in the WTC. Cables run in ducts from External Network Interface (ENI) rooms to other ENI rooms, with fiber counts often in excess of 1000 and link lengths running from 100 meters to several kilometers. Cables contain 4, 6, 8 or 12 subunits yielding a maximum fiber count of 288 fibers. The cabinet houses up to 48 splice trays that are easy to splice fiber into with splice points close to breakout cables. The FR WTC is available with an OFNR (Riser) or LSZH Jacket and can be deployed wherever an OFNR (riser) or LSZH rating is required. The fiber-optic cable leverages the company’s BendBrightXS 180-µm single-mode fiber to create a cable that fits 288 fibers into a diameter of 6.5 mm. Coupled with this, our building entrance solutions provide the ultimate transition between Outside and Inside Plant networks and cabling infrastructure. WTC achieves the world's highest density of optical fiber ribbon cable and allows effective utilization of existing conduits. Many people think of PON only from the perspective of the active equipment--optical network terminals (ONTs) and optical line terminal (OLTs). SWR® is a bonded fiber ribbon design allowing for either a highly efficient ribbon splicing or an individual fiber breakout splicing process. Quickly and easily deploy high density indoor cable when you need it by air blowing SWR® cable hundreds of meters in the Dura-Line FuturePath® MicroDuct pathway. This high density splice and patch housing is an AFL Hyperscale bespoke designed housing to meet the needs of terminating a ultra high fiber count SWR cable. Specifically designed to make management of high fiber counts an easy process, our 9U or 6U splice and patch housings can be deployed. This ultra-high density fiber outside plant cable is designed for data center interconnect applications, and provides the smallest cable diameter, lowest weight, and highest-fiber count ribbon cable in the industry. These are typically linked with high density cable of 144 fibers to 864. Capital Partners makes control investment in MicroCare. In our Co-Location model, these links need to be provisioned to offer the maximum flexibility for deploying connectivity to the client space as and when it is needed. In this document, we look at the large Co-Location (Green Field) reference model, adopting a simplified version of the ISO/IEC 24764 standard. WTC with SWR® cables are available in fiber counts from 144 to 3,456. The fiber-optic connector line kicks off with simplex LC and SC multimode and simplex LC and SC UPC and APC single-mode fiber versions. The design can be split into two discreet sections – the backbone and the horizontal cabling. AFL Hyperscale has a selection of unique products that allow you to terminate the data center backbone in a number of different methods, in a manner most suited to your MD area. “The opportunity to work with CommScope is a natural fit for both companies and we are delighted to implement these new high-quality closures and connectivity products within our comprehensive solutions offering,” said Tony Rodgers, CEO at Emtelle. Nominations originally had been set to close April 17, 2020, and then were extended to May 29 before this most recent extension. Click here to return to the 2017 Lightwave Innovation Reviews page. Installers can place the StreetSmart Aerial FDH directly on a strand in the same space as other aerial enclosures, the company asserts. Our ground-breaking Ultra-High Fiber Count solution is the answer to your evolving data center network, providing interconnection between and within data By using our website you agree to our use of cookies in accordance with our, SpiderWeb Ribbon (SWR) optical fiber technology, Significantly higher fiber density compared to traditional ribbon cables, Smaller cable diameters and cable weights, Suitable for Aerial Lashing, Pulled-in-duct, Air-Jetted-in-Duct. FibreFab has rebranded to AFL Hyperscale, you can read more about the rebrand here. In designing these links, consideration must be given to the flexibility required on the infrastructure over its lifetime. Our comprehensive range of ultra-high fiber-count, outdoor and indoor/outdoor SWR® fiber cables enable inter-building fiber connectivity on an  unprecedented scale. In our example, we have two 1,728 WTC SWR® cables coming into each ENI and four 864 fiber indoor WTC SWR® going out to the Main Distribution area. Contact us here for inquiries. All Rights Reserved | Privacy Policy | Sitemap. FTTXcellence Award nominations extended to June 15. This smaller diameter and lower weight leads to lower installation cost and more efficient use of both aerial and underground installation rights-of-way. 4 - Octagonal Junction Box ​Port capacity | Fiber count in new or existing ducts and pathways | Network performance | Cable management pathway routes | Installation options, ​Solution deployment | Cabling installation time | Footprint in distribution areas | Lead time (factory to site) | Operational costs, Fiber management | Network architecture | Installations of high fiber Counts | Moves, Adds and Changes. The sectional ribbon fiber approach enables several advantages over conventional ribbon fiber cable, according to the company. 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