WAN Optimization for the Cloud, Datacenter, Branch and Remote Worker
WAN optimization accelerates enterprise applications, improves backup and recovery times and reduces bandwidth and infrastructure costs by prioritizing business-critical functions, applying intelligent compression algorithms to site-to-site and mobile traffic and eliminating the transmission of redundant data across wide area networks.
Leveraging stream-based differencing, application blueprints, single instance store, traffic prioritization and network, application and TCP optimizations, Array WAN optimization solutions mitigate the effects of limited bandwidth, high latency, packet loss and network congestion to improve application response times by more than 50x and reduce bandwidth utilization by up to 95%.
Accelerate the performance of enterprise applications, file shares, Web content, email and voice and video across the WAN by prioritizing and compressing application traffic and eliminating transmission of redundant data across the network.
Reduce bandwidth and infrastructure costs by deploying WAN optimization in place of remote and distributed servers. User experience (UX) is assured with up to 95% reduction in response times accessing remote files and applications.
Low bandwidth, high latency, network contention, and packet loss on the WAN can interfere with an enterprise’s ability to quickly and efficiently achieve recovery-time objective (RTO) and recovery-point objective (RPO) goals. WAN optimization reduces data backup and replication times by more than 90%, which subsequently reduces bandwidth requirements and frees it for other uses.
A mobile client for WAN optimization improves application performance to and from remote endpoints, providing remote and mobile users with a LAN-like user experience.
WAN Optimization Resources
What Clients Say
I chose aCelera for several reasons. Number one was performance. Number two was service and support. And number three was price – the aCelera virtual appliance costs significantly less than the competition.