Analysis
TE Connectivity (TE) Plugs Into IBM Modular Data Centre Solution
The structured cabling technology supplied by the Enterprise Networks business unit of TE Connectivity can now be implemented as part of IBM's Enterprise Modular Data Centre (EMDC) solution.
IBM'Modular data centres make it easier for large companies to meet capacity demand, improve data centre availability and reduce IT capital and operating costs, says Stephen Mitchell, Vice President of the Enterprise Networks business unit of TE Connectivity.
Customers using modular data centres can save 40-50% in capital and operational costs over the lifetime of their data centres, said Steven Sams, IBM Vice President, Global Site and Facilities Services. This concept also helps them save on energy consumption and become more efficient.
EMDC customers get powerful efficiency-related benefits with our modular cabling technology, says Mitchell, which is why we are collaborating with IBM to bring their vision of modular, plug-and-play data centres to the market.
As part of a supplier agreement with TE Connectivity based on IBM client requirements, the Enterprise Modular Data Centre solution can now be deployed with TE Connectivity pre-terminated, modular cabling systems, including the IBM Fibre Transport System-T Line: a specialised offering of high-performance plug-and-play pre-terminated cabling that provides customers with scalable support of critical data centre links.
The EMDC may also be supported by the TE Connectivity Sigma-Link high-performance bundled twisted-pair copper cabling, including shielded and UTP copper cabling systems ranging from Category 5e, through 10 Gbit/s Category 6A, to TE's highest performing fully shielded category 7A system.
With global access to the comprehensive TE Connectivity line of copper cabling systems, clients can meet the structured cabling requirements of EMDC customers around the world. Our global footprint and broad portfolio of data centre and network cabling solutions aligns with IBM's vision for the future of data centres, says Mitchell.