SAN JOSE, Calif., June 19, 2012 /PRNewswire/ -- Infineta Systems, the first and only provider of WAN optimization solutions for Big Traffic workflows, announced today the immediate availability of FlowTune™, an industry-first, Quality of Service (QoS) feature-set that delivers the fine-tuned performance guarantees needed for critical application functions such as high-speed replication and backup. A key enhancement to the set of acceleration features available on Infineta's Data Mobility Switch (DMS), FlowTune prevents network congestion caused by competing application flows by transparently and dynamically managing application transmission rates. This approach to application performance assurance contrasts sharply with those of traditional solutions that rely on packet drops to recover from congestion events, and therefore drastically impact performance for critical applications such as high-speed replication and backup. FlowTune enables enterprises to meet their Recovery Point Objective (RPO) and Recovery Time Objective (RTO) goals while utilizing the WAN at full capacity, running multiple applications over the WAN, and making use of cost-effective WAN alternatives (e.g. MPLS) for overall OpEx reduction.
"Disaster recovery and data protection solutions that leverage high-speed replication are top requirements for enterprise IT departments today," said Dave Bartoletti, Senior Analyst at Forrester Research. "Bandwidth costs are rising and the growth in stored data continues unabated. Companies facing bandwidth constraints must be able to tune their networks to prevent congestion and deliver adequate Quality of Service for replication traffic."
Until now, enterprises have guaranteed RPOs/RTOs for replication and backup traffic by provisioning expensive point-to-point links to keep packet losses in check, dedicating the WAN to a given traffic type such as replication, or by setting aside a large portion of the WAN as an unused buffer between competing traffic types. Enterprises were forced to take these expensive measures to protect their applications from the adverse impact of packet losses in the network.
"For far too long, enterprises have been forced to either cut corners on business goals such as RPOs/RTOs, or divert a large portion of the IT budget to expensive WAN bandwidth in the form of point-to-point circuits," said Haseeb Budhani, Chief Product Officer for Infineta Systems. "With data growth driving massive replication and backup needs for all enterprises, there needs to be a way to mitigate the WAN bottleneck," said Budhani. "FlowTune makes it possible for enterprises to prevent network congestion instead of forcing them to react to it, resulting in dramatically improved application performance."
Typically a result of queue overruns, packet losses directly impact application performance and have long been considered an impediment that could not be resolved. Layer-2 QoS techniques such as RED and WRED work quite well to protect network resources from traffic overruns, but tend to adversely impact performance for applications such as high-speed replication and backup.
In conjunction with Infineta's Velocity Transport Engine (VTE), the most scalable, transparent TCP optimization solution in the industry, FlowTune protects applications from the impact of packet losses, and ensures zero queue overruns due to competing flows. FlowTune maintains visibility of all accelerated flows in the network, managing transmission windows for each application, preventing congestion from occurring on downstream switches and routers.
Consider an enterprise with a point-to-point circuit between data centers that chooses to utilize no more than 80% of the WAN at any given time. The enterprise drives replication traffic over the WAN during business hours, and drives backup jobs during off-business hours so as to not impede critical replication traffic in any way. As a result, 20% of the link is left unused at all times for fear that using any additional bandwidth may lead to packet drops due to momentary queue overruns. With Infineta's solution in use to accelerate traffic between data centers, this enterprise can:
- Fully utilize its WAN link (99%+) instead of forcing IT to work with an arbitrary throughput cap of 80% of the link's capabilities.
- Granularly partition their inter-data center WAN links for use by replication and backup simultaneously. As an example, replication can be allocated at 80% of the link with a higher priority, while backup can be allocated a minimum of 20%, a portion that can automatically increase in size if the replication processes are idling during off-business hours.
- Significantly reduce OpEx by utilizing a cost-effective, shared WAN such as an MPLS VPNs for inter-data center connectivity instead of the expensive point-to-point circuit.
Infineta Systems is the first networking company to develop and market WAN optimization systems that accelerate inter-data center WANs running at up to 10 Gbps wire speeds. Infineta's Data Mobility Switch (DMS) is the only WAN optimization system that leverages merchant-silicon to deliver a distributed, high-performance platform with port-to-port latencies averaging 50 microseconds. A leading WAN optimization innovator, Infineta understands the complexity of today's applications and the performance required to manage application traffic across the enterprise.
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About Infineta Systems
Based in San Jose, California, Infineta Systems is a privately held, leading provider of WAN optimization systems for Big Traffic. The company's patented Velocity Dedupe Engine delivers unprecedented levels of throughput, scalability and bandwidth capacity to support critical machine-scale workflows across the data center interconnect. Its flagship product, the Infineta Data Mobility Switch, accelerates multi-gigabit BCDR (Business Continuity/Disaster Recovery), cross-site virtualization, and Big Data traffic. The company is backed by Rembrandt Venture Partners, Alloy Ventures and North Bridge Venture Partners. For more information visit www.infineta.com.
Infineta, Infineta Systems, Data Mobility Switch, and Velocity Dedupe Engine are trademarks or registered trademarks of Infineta Systems, Inc., in the U.S. All other product and company names herein may be trademarks of their respective owners.
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