Barracuda Networks, a security solutions provider and cloud-Connected storage, has expanded its line Load Balancer products the new Barracuda Load Balancer FDC T740 model. Built on Intel architecture, Barracuda Load Balancer FDC deliver 40 Gbps at a disruptive price in the industry.
Designed for virtualized data centers, Barracuda Load Balancer FDC provide scalability and high availability for web and cloud hosting services. It monitors the status of servers and server evenly distributes the load -. While maintaining session persistence and a seamless user experience in the event that one or more servers become overloaded or not responding
"Users and applications are becoming more and more dispersed and the creation of new traffic patterns that are forcing organizations to review their application delivery approach. the new generation of data center need fast and efficient load balancing of traffic server to the physical layer, where it can be handled more efficiently before it enters the application virtualization layer, "said Stephen Pao, GM safety, Barracuda ." the Barracuda Load Balancer FDC meets these needs with high-speed load balancing, leveraging the Intel architecture processors standard, to provide customers a combination of high performance and cost efficiency which is disruptive in the industry. "
serving different types of data center architectures, family Load Balancer Barracuda products includes now the Barracuda Load Balancer ADC - distribution of broadband traffic offering - providing delivery and consolidated security, and Barracuda Load Balancer FDC .
"the Barracuda Load Balancer FDC makes the most packet processing using dpdk architecture and Intel to provide fast 40 Gbps for delivery of applications to the breaking point price," said Bob Ghaffari, Director Enterprise & appliances, network platforms of the Group, Intel Corporation . "the Barracuda Load Balancer enables FDC Application Delivery Networks that provide application availability, security, visibility and acceleration - all essential in modern virtualized data centers "
.
0 Komentar