ALISO VIEJO, Calif., Sept. 6, 2012 (GLOBE NEWSWIRE) -- QLogic (Nasdaq:QLGC) today announced new technology that seamlessly combines its market-leading storage area network (SAN) host bus adapter (HBA) technology with server-based, industry-standard solid-state drive (SSD) flash storage. The Mt. Rainier project brings server-based SSD caching performance to SAN storage, simplifying deployment and management while delivering scalable performance to I/O hungry applications running in single and clustered server environments.
- Simplified deployment and management: Mt. Rainier does not require installation and management of separate drivers for I/O adapters, SSD cards and caching. The design uses only one QLogic® driver per OS which dramatically simplifies installation and management, particularly for servers running multiple virtual machines and clustered applications.
- Flexible hardware architecture: Mt. Rainier allows customers to connect different SSDs, including PCIe flash-based storage cards and industry-standard SAS SSDs.
- Adapter-based caching and SSD data management: Mt. Rainier cache processing and SSD data management are offloaded from the server to the Mt. Rainier adapter, resulting in an application-transparent and operating system-independent server-based SSD caching solution that provides scalable acceleration of critical server applications without consuming additional server resources.
- Shared caching: Many clustered enterprise applications and virtual server environments require shared storage resources. These applications typically cannot take advantage of server-based SSD solutions that utilize a direct-attached storage model because cached data is unavailable for sharing between multiple, physical servers. Mt. Rainier breaks the server captive cache model with a shared caching architecture that brings the benefits of server-based SSD performance acceleration to multi-server application configurations that benefit from the shared storage environments of SANs.
- High availability synchronous mirroring: Synchronous peer-to-peer mirroring across two Mt. Rainier adapters protects against data loss and ensures high availability for mission-critical applications.