Specifications include, but are not limited to: 1. DASD STORAGE A. High Performance Storage for Tier 1 a. Minimum three active redundant nodes. b. Must be capable of providing 1,000,000 IOPS c. Must be capable of providing 10GB/s of throughput d. Must have a minimum of 1 PB of usable capacity before any space savings technology (compression, deduplication, etc.) e. Must have uptime of six nines (99.9999%) or higher f. Must support multi-petabyte capacity in a single system g. Must support the following Operating Systems: RHEL compatible kernels, Red Hat Enterprise Linux, SUSE Linux, and Windows. h. Must support the following Hypervisors: Hyper-V, Red Hat Enterprise Virtualization, and VMware. i. Must have minimum 16 8Gb/s Fiber Channel ports j. Must have minimum of 8 10Gb/s Ethernet ports k. Must detect problems and provide automatic links to remote analysis and support or call home feature l. Must be able to install or remove internal drives non-disruptively m. Must have redundant power, cooling, adapters, buses, and processor complexes n. Have graphical interface for centralized management o. Must have error detection and correction capability p. Must have 5 year warranty 24x7 4 hour response time at a minimum. B. High Performance Storage for Tier 2 a. Minimum two active redundant nodes. b. Must be capable of providing 750,000 IOPS c. Must be capable of providing 6GB/s of throughput d. Must have a minimum of 500 TB of usable capacity before any space savings technology (compression, deduplication, etc.) e. Must have uptime of six nines (99.999%) or higher f. Must support the following Operating Systems: RHEL compatible kernels, Red Hat Enterprise Linux, SUSE Linux, and Windows. g. Must support the following Hypervisors: Hyper-V, Red Hat Enterprise Virtualization, and VMware. h. Must have minimum 12 8Gb/s Fiber Channel ports i. Must have minimum of 4 10Gb/s Ethernet ports j. Must detect problems and provide automatic links to remote analysis and support or call home feature k. Must be able to install or remove internal drives non-disruptively