The new LoadMaster 5.0 provides link interface bonding, which increases performance and throughput for each individual virtual service (VIP). By combining the bandwidth of two links, each one gains almost double the capacity and link failover in the event of network disruption to one of the bonded lines. Now all current LoadMaster appliances provide four-to-18 network interfaces for inbound traffic requests, leveraging multiple network interfaces in order to achieve higher throughput.

Customers can now easily install LoadMaster appliances into their current VLAN architecture without the hassle of network reconfiguration. Customers with mature networks with embedded VLANs have reliable, fail-proof VLAN performance to successfully carry traffic between VLANs, which otherwise are local to a switch.

The LoadMaster now features customizable HTTP header insertion to better support SSL processing and offloading. Today's web-enabled applications typically require special HTTP headers. Without these headers, which many load balancers are not able to provide, it can be difficult to offload SSL processing or to provide Layer 7 persistence handling. Additionally, the LoadMaster 5.0 also enables configurable Host Headers in HTTP 1.1 health checks. This unique feature provides application administrators with much deeper and more granular control over health checking of web and back-end applications.

Other new features that have been added include the LoadMaster 5.0 now fully supports the direct generation of 2048-bit SSL private keys for all new or renewal EV (Extended Validation) Certificate requests, as well as the import of 2048-bit keys when migrating SSL Certificates from web servers such as Apache or IIS.

With LoadMaster 5.0 firmware and Selective Transparency, the LoadMaster is now one of the few application delivery appliances to dynamically provide transparent and non-transparent operation whenever required. As a result, server logs can now reflect real remote Source IPs while still allowing clients to be located wherever needed. (continued...)

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