Mellanox Technologies is now NVIDIA

Software Defined Networking, Done Right

Software-Defined Networking (SDN) is a revolutionary approach to designing, building and operating networks that delivers business agility in addition to lowering capital and operational costs through network abstraction, virtualization and orchestration. As a mainstream deployment model, overlay SDN has been gaining traction, but to achieve the highest level of network performance and total infrastructure efficiency, cloud and network architects have to make some tough tradeoffs.

In this joint webinar between Nuage Networks and Mellanox Technologies, we will provide an overview of the state-of-the-art overlay SDN deployment models. We will then compare the pros and cons of these different implementation approaches to illustrate some of the key challenges in achieving flexibility and elasticity while maintaining performance and efficiency. This will be followed by introducing a joint solution that combines the agility, elasticity and automation of Nuage Networks Virtualized Service Platform (VSP) with the performance, reliability and efficiency of Mellanox Technologies interconnects, so you can deploy your cloud infrastructure with confidence. We will also supply concrete benchmarking results that showcase how intelligent ConnectX®-4 NICs from Mellanox Technologies substantially enhance the total infrastructure efficiency of Nuage Networks SDN deployments by offloading computationally intensive VXLAN packet processing operations, freeing costly compute resources to achieve higher application workload density.

Please join Chloe Ma, Senior Director, Cloud Market Development at Mellanox Technologies, and his guest Mark Iskra, TME for Nuage Networks, for a joint webinar and learn how to get your SDN deployment done right.


Chloe Ma
Senior Director, Cloud Market Development
Mellanox Technologies

Mark Iskra
Nuage Networks

NVIDIA Mellanox Cookie Policy

This website uses cookies which may help to deliver content tailored to your preferences and interests, provide you with a better browsing experience, and to analyze our traffic. You may delete and/or block out cookies from this site, but it may affect how the site operates. Further information can be found in our Privacy Policy.