| CARD PCI-E X8 SAS 4CH RAID 128MB MAXIQ |
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| March 2011 | |||
![]() The Raid Storage Controller with SSD caching is built on the same Unified Serial® (SATA/SAS) architecture as our industry-leading Series 5 and Series 5Z Performance RAID controllers. Using SSD/HDD hybrid arrays, the raid card delivers up to 8X faster performance and up to 70% savings in capital and operating costs compared to HDD-only arrays. maxCache SSD Caching – 8X IOPS maxCache SSD Caching software features a patent-pending Learned-Path Algorithm that identifies frequently-read (“hot”) data and copies it directly into an SSD cache for superior read performance in an entry level solution. Adaptec maxCache SSD Caching lowers overall system latencies, greatly improving the system CPU-to-storage performance gap, and allows I/O intensive data centers and cloud computing environments to convert industry-standard servers into cost-effective, high-performance, scale-out application storage appliances. maxCache SSD Caching does not require changes to storage architectures, application software or operating systems and is ideal for web, file, and database servers. Reduce Capital and Operating Costs by up to 70% maxCache SSD Caching reduces capital expenses by increasing IOPS with less hardware (fewer servers) - thereby significantly cutting energy and maintenance costs. Broad Compatibility and Easy Management This card features 800 MHz of processing power, 128MB of DDR2 write cache, maxCache Hybrid SSD read caching with support for multiple MLC and SLC SSD devices, and direct I/O connectivity for SATA/SAS SSDs, hard drives, and tape devices. Using SAS expanders, it supports up to 128 devices. It supports a broad range of operating systems, is compatible with more than 300 third-party devices, and comes with Storage Manager for centralized management of all RAID controllers on the network. Highlights
3A2405Q
Bus System Interface Type
Internal Connectors 1 internal (SFF-8087) MiniSAS Data Transfer Rate 3 Gb/s per portPackage Contents • Adaptec maxCache 2405Q Controller • Low profile vented bracket • Quick Installation Guide • Software and documentation CDs • Cable: one Mini SAS x4 to (4x) SATA fanout cable w/ sideband(2247000-R), 0.5 meter Storage Manager™ (ASM) • maxCache SSD Caching software • Java-based GUI Management Utility • Remote configuration, monitoring & notification • ASM OS Support: Windows, Linux, SCO, Solaris, FreeBSD • Microsoft VDS Support • SNMP, SMTP • Remote firmware updates ARCCONF • Command Line Interface BIOS Utility (ACU) • BIOS level configuration utility • Flashable BIOS support 2.5" H x 6.6" L (64mm x 167mm) Operating Temperature 0°C to 55°C* (with 200 LFM airflow)Operating Voltage 0.43A @ 3.3 VDCRegulatory Certifications CE, FCC, UL, C-tick, VCCIMean Time Before Failure (MTBF) 873,402 hours at 40 degree C.
Supported Operating Systems
Microsoft Windows Benefits Supports maxCache SSD Caching with many popular SSDs. Key Differentiators maxCache SSD Caching support Customer Needs The better reliability offered by hardware RAID, support for maxCache SSD Caching, and a feature set designed for the latest applications, including Linux open source drivers and external connectivity, without needing to step up to the cost of a more sophisticated controller for their entry-level applications. Form Factor MD2 Low-Profile Cache Memory 128MB of DDR2 memoryRAID Levels RAID levels 0, 1, 1E, 10, JBOD Key RAID Features • Supports maxCache SSD Caching with any SSD • Supports 4 direct-attached or up to 128 SATA or SAS disk drives using SAS expanders • Quick initialization • Online Capacity Expansion • Copyback Hot Spare • Dynamic caching algorithm • Native Command Queuing (NCQ) • Background initialization • Hot-plug drive support • RAID Level Migration • Hot spares – global, dedicated, and pooled • Automatic/manual rebuild of hot spares • SAF-TE enclosure management • Configurable stripe size • S.M.A.R.T. support • Multiple arrays per disk drive • Bad stripe table • Dynamic sector repair • Staggered drive spin-up • Bootable array support • Optimized Disk Utilization |
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