One of the biggest challenges for MTDC ’ s and their Cloud Scale tenants is that they must think about the infrastructure requirements in terms of workloads rather than in space and power .

To meet future scalability and bandwidth demands , Cloud service providers must have the ability to rapidly deploy any type of workload at any required network speed , at any time , and at any location .

As a result , we see Cloud Type Data Centers rapidly evolving , as data speeds , power usage per rack , and infrastructure complexity increase .

This requires smarter than ever Data Center designs . From smart power and cooling techniques and designs to smart and future ready high speed fiber infrastructure designs , from the entrance room in the grey space to and in-between the equipment and storage racks in the white space .

The objectives of a fiber infrastructure design are comparable to those for designing a highway . To meet current and future traffic demands it needs to be safe , efficient and allows for fast movement of traffic . Next to that overall cost , maintenance , sustainability , and planning for anticipated future traffic must be considered .

In an ideal world the MTDC ’ s and their Cloud Scale tenants would like to have a fiber infrastructure that can easily be migrated to higher speeds in the most sustainable way and at lowest CAPEX and OPEX thinkable . No matter if you ’ re on a 100G , 2 fiber backbone today and want to migrate to a 400G or 800G 8 or 16 fiber tomorrow or if you already think about 1.6TB backbone , the solution is already there .

Interested in hearing more about a solution that has ultra-low loss connectivity , is highly modular , has minimum weight , allows for one person install , is sustainable and drives cost and efficiency let us know .

Contact

Bas Mondria Sales Manager EMEA bas . mondria @ commscope . com

Dick Philips Sr . Manager Global Cloud Accounts EMEA dick . philips @ commscope . com

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