The Interop Las Vegas team chose April Fools’ as the day to announce the Best of Interop winners – a curious choice some may say. But, there was no fooling when the Interop team announced the Cisco ISR 4451-X Converged Branch Infrastructure for the Best of Interop Networking category.
Here is what judge Kurt Marko wrote about the solution:
“Convergence has been a persistent theme at Interop for several years, yet it’s typically been applied to data center infrastructure. With the ISR 4451-X branch office router platform, Cisco is … transforming a product line that began as a way to connect remote sites to corporate networks and the Internet into a small-scale data center in a box…a very small, 2U box. … The product’s innovative hardware design splits the control and data planes between two multi-core CPUs. … The 4451-X is poised to address the gap between networking functions that are fully virtualized and those that are still embedded in dedicated networking devices. While edge devices with varying degrees of virtualization have preceded it, Cisco has exploited its UCS expertise to meld the traditional networking features of its branch platform with a general-purpose compute engine, opening the door to levels of integration that allow a blurring of where computing ends and networking begins. As organizations transition to greater virtualization of applications and network services, as embodied by NFV, the 4451-X will facilitate the shift and could serve as a model for future converged hardware designs.”
It is great validation that industry experts like Kurt Marko and other Interop judges understood the importance of convergence in the branch with an architecture that delivers unprecedented compute and WAN service performance. This advancement in routing comes at a very important time, when the industry is quickly migrating to mobile-cloud architectures and preparing for the Internet of Things. Both trends have dramatically changed branch requirements and have raised the dependency on the network to support business operations. Read More »