HPE StoreFabric 1606 Managed 1U Zilver

IT organizations continue to face unprecedented data growth as more platforms, applications, and users connect to the data center network. In turn, the storage network infrastructure must continue evolving to enable fast, continuous, and cost effective access to mission critical data from anywhere in the world.

To address this challenge, the HP 1606 Extension Switch helps provide fast, reliable, and cost-effective network infrastructure for remote data replication, backup, and migration. Leveraging next-generation Fibre Channel and advanced Fibre Channel over IP (FCIP) technology, the 1606 Extension SAN Switch provides a flexible and extensible platform to move more data faster and further than ever before.

The HP 1606 Extension SAN Switch offers up to sixteen (16) 8 Gb Fibre Channel ports and six (6) 1 Gigabit Ethernet (GbE) ports to provide unmatched Fibre Channel and FCIP bandwidth, port density, and throughput for maximum application performance over WAN links.

Hoge prestaties

• The HP 1606 Extension SAN Switch moves more data faster and further with 8 Gb Fibre Channel, 1 GbE, and new FCIP Quality of Service technology to enable fast, reliable, and cost-effective remote data replication, backup, and migration


Scalable and Flexible SAN Extension

• The HP 1606 Extension SAN Switch leverages cost effective IP WAN transport to extend open systems and mainframe disk and tape storage applications over distances that would otherwise be impossible, impractical, or too expensive with standard Fibre Channel connections


Simplified Disaster Recovery and Data Protection

• The 1606 Extension SAN Switch supports simple point-to-point or comprehensive synchronous multisite SAN extension for a variety of strategic IT initiatives


Integrated Architecture and Management

• The 1606 Extension Switch is fully compatible with the entire B-series family of FC switching platforms, delivering B-series advanced 8 Gb fabric services end-to-end over distance and providing investment protection for hardware