Mellanox and Correlix introduce joint InfiniBand-based solution
First Published 14th June 2011
Mellanox and Correlix introduce latency monitoring solution for InfiniBand-based trading systems
Shawn Melamed, Founder, President and CTO, Correlix
"We have seen increased demand by our customers to support InfiniBand in our RaceTeam latency monitoring system."
Mellanox® Technologies the supplier of connectivity solutions for data center servers and storage systems, and Correlix Inc., the operator of the RaceTeam service for monitoring, measuring and analyzing order and market data flows in real-time, have announced the full support of Mellanox-based InfiniBand solutions by Correlix's RaceTeam latency measurement service. Now optimized for InfiniBand, the Correlix RaceTeam service aims to facilitate greater trading latency insight into each transaction and lead to optimized trading strategies, improved customer service and streamlined operations.
"We have seen increased demand by our customers to support InfiniBand in our RaceTeam latency monitoring system," said Shawn Melamed, Founder, President and CTO at Correlix. "Now with full support for Mellanox's leading low-latency InfiniBand solutions, the Correlix RaceTeam latency measurement service provides a comprehensive latency measurement platform for the myriad of high frequency trading environments in the market."
"Mellanox's InfiniBand solutions for financial services repeatedly demonstrate the industry's lowest application latency and highest scalability in high frequency trading environments," said Asaf Somekh, vice president of solution marketing at Mellanox Technologies. "We are pleased to work closely with Correlix to help bring to market a robust solution for latency monitoring over InfiniBand."
"We have been very impressed with the valuable insight we have gained via Correlix's RaceTeam service in order to better support our customers," commented John Jacobs, COO, Director of Operations at Lime Brokerage. "We look forward to getting the same level of transparency and accuracy on our InfiniBand-based systems."