Market Focus

Consolidation of compute and storage resources within data centers is increasing system utilization and driving server network IO bandwidth to 10 Gigabit. Recent announcements indicate an accelerated multi-core server CPU roadmap; quad core in 2006 and octal core in 2007. Based on dual socket implementations these translate to 8 way and 16 way servers respectively. Today’s 2 way servers already have multi-gigabit links as a standard. Combine this trend with media rich content and denser storage and 10 Gigabit becomes a necessity. Finally, the rise of converged interconnect fabrics; networking, clustering and storage on a single pipe makes 10 Gigabit an obvious intersect point.

New and improved CPUs that can process more data mean that standard-sized servers can do a lot more than their predecessors, but the newest gear also consumes more power and throws off more heat. Increased equipment densities created within data centers for both servers and switches result in a mounting power and cooling challenge. For every dollar a company spends to power a typical server, it could spend another dollar on air conditioning to keep it cool. So, while there is a need to operate at 10 Gigabit speeds over data center and enterprise transmission media, doing so at low power becomes equally important.

Plato Networks is applying its considerable knowledge, expertise and intellectual property in physical layer solutions to address the burgeoning need for speed within the data center. Based on its unique approach to signaling technology, Plato Networks products are more reliable over existing data center cabling, consume less power, travel further, ensure scalability and minimize silicon and board real estate through greater integration when compared with competing solutions on the market.

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