Wednesday, February 14, 2007

Silverback Systems Drives Performance and ``No Compromise'' Security for IP Storage Networking

CAMPBELL, Calif. -- Responding to the demand for performance and security in storage applications, Silverback Systems, Inc., has demonstrated the first "no compromise" solution for secure, IP-based storage. Network administrators, IT managers and end users, drawn by the benefits of IP storage, are no longer forced to trade performance or low cost to enable iSCSI-compliant data security.

The combination of Silverback Systems' dual-port storage network access processor, the iSNAP(R)2110 and Hifn, Inc.'s, (NASDAQ: HIFN) HIPP III 4350 FlowThrough(TM) storage security processor, allows a full line-rate, standards-based iSCSI implementation supporting 100 percent IPSec encrypted traffic. The chips' low power and minimum external component requirements enable a dual-port design to fit easily within the form factor and power constraints of PCI.

Performance, Security and Interoperability Assured The iSNAP2110 accelerates the capture and process of upper layer protocols such as iSCSI, with an Iometer-proven 250,000 IOPS. Outbound network traffic flows from the iSNAP2110 through the HIPP III 4350, which performs IPSec processing, and then out to the network. Inbound traffic traverses the same streamlined path in reverse.

The seamless packet flow between the iSNAP2110 and HIPP III 4350 ensures performance and hardware efficiency. The demonstrated interoperability of the two chips eliminates the need for additional security-based circuitry and the resultant negative impact on cost, board area and network latency. IPSec encryption/decryption becomes essentially nothing more than a 'bump in the wire' for packets traveling through the storage network.

"This is first comprehensive solution that we are aware that offers both high levels of performance and security for immediate design into any storage networked system," noted Ron Kroesen, VP of marketing and sales for Silverback Systems. "Concerns regarding performance and security are now put to rest."

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