HP P4900 G2 6.4TB SSD Storage System

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Model Differentiator For high performance workloads that need the power of solid state – P4900 G2 6.4TB SSD Storage System is a 2-node cluster that can be used by itself or as a performance tier in P4000 environment.
Drive Description (۱۶) SFF SSD
Supported
Drive Type (۱۶) ۴۰۰ GB SLC SAS Solid State Drive
Included
Capacity ۶٫۴TB Starting
۱۰۲٫۴TB Maximum
Storage Expansion Options Use storage clustering capability and add incremental P4900 G2 Storage Systems into the SAN to expand storage capacity. P4900 G2 3.2TB SSD Storage System [QW932A]
Host Interface ۱۰ GbE iSCSI (4) Ports and
۱ GbE iSCSI (4) Ports
Supported Operating Systems Apple OS X
Citrix XenServer
HP-UX
IBM AIX
Microsoft Windows 2003
Microsoft Windows 2008
Novell NetWare
Oracle Enterprise Linux
Red Hat Linux
Oracle Solaris
SUSE Linux
VMware
All major operating systems and hyper visors are supported. For more information please visit www.hp.com/go/P4000Compatibility
Clustering Support Hyper-redundant clustered storage
Availability Redundant, hot plug power supplies
redundant fans
redundant, hot plug hard drives, integrated storage controller with battery-backed DDR2 cache
disk RAID 5
hyper-redundant clustered storage
Network RAID levels (per volume) 0,5,6,10,10+1, and 10+2 for up to four copies of your data allows data to remain available in the event of a disk, controller, storage node, power, network, or site failure.
Thin Provisioning Support SAN/iQ Thin Provisioning
Snapshot Support SAN/iQ Application Integrated Snapshots
Replication Support SAN/iQ Remote Copy Asynchronous Replication with Bandwidth Throttling
Multi-Site/Disaster Recovery Solution Pack with SAN/iQ Synchronous Replication
Smart Clone SAN/iQ SmartClone
Management Centralized Management Console, HP ProLiant Integrated Lights-Out 2 Remote Management, Baseboard Mgmt Controller IPMI 2.0
Warranty (parts-labor-onsite) ۳/۳/۳
What Is In The Box (۲) P4900 G2 Storage System nodes, each with (8) 400GB SFF SLC SAS drives
۱۲GB RAM
۲۰۴۸MB battery backed cache
redundant hot-swap power supplies, redundant fans

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