Adipha Technologies Partners with Myricom to bring High Performance 10 GB Ethernet Solution in India
Bangalore : Adipha Technologies, a leading provider of data storage and storage networking products ...
Bangalore : Adipha Technologies, a leading provider of data storage and storage networking products along with a wide variety of Ethernet interconnect solutions, today, announced that the company has partnered with Myricom Inc, an industry leader in delivering High Performance Ethernet Solutions for vertical market applications and would offer its complete range of 10-Gigabit Ethernet Product line in the Indian Market. This partnership leverages Myricoms deep expertise in HPN (High Performance Networking) and Adipha Technologies broad enterprise reach, expertise in designing network and bandwidth infrastructure for Data Centre, Media, Broadcasting and Government.
The 10-Gigabit Ethernet solution offers the combination of application performance and infrastructure optimization, maximizes return-on-investment in multiple markets including; Financial Trading, Cyber Security, Web 2.0, Data centres, Cloud and high-performance computing. In this dynamic digital environment as performance and latency becoming increasingly important, the Ethernet products that bring in efficiency by providing highest throughput is set to enjoy strong network adoption.
We are delighted to partner with Myricom and showcase their HPC expertise to the Indian market. Ethernet based High Performance Computing (HPC) is a growing market in India and customers get the benefit of high performance networking for their applications, within industry-standard of 10-Gigabit Ethernet and optimize connectivity solutions across all vertical markets, said Mr. Raghu Prasad, Founder and Principal Consultant, Adipha Technologies.
Myricoms ultra high performance Ethernet networking solutions caters to a broad range of applications and has been at the forefront of high performance networking with low latency and low CPU overhead for environments with extreme performance requirements.
All Right Reserved