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EMC VNXe 3200 Series

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Specifications
Host Interface: 6Gb/s SAS
Interface Ports: Dual/Wide
Form Factor: 2.5 inch
Memory Technology: 19nm MLC
Data Throughput (Sequential Read/Write): Up to 500/500 MB/s, Up to 1 GB/s Wide-Port
Total IOPS (Random Read): Up to 95,000 IOPS
MTBF: 2.5 million hours
Warranty: Lesser of 5 years or maximum endurance used
Give us a call at 877-449-0458
SanDisk
SanDisk 400GB (10) Pack Optimus Extreme™ 6Gb/s SAS 2.5" SSD, MLC, Up to 500MBs Throughput, Limited 5 Year Warranty
SanDisk 400GB (10) Pack Optimus Extreme™ 6Gb/s SAS 2.5" SSD, MLC, Up to 500MBs Throughput, Limited 5 Year Warranty 9495 SanDisk 400GB (10) Pack Optimus Extreme™ 6Gb/s SAS 2.5\" SSD, MLC, Up to 500MBs Throughput, Limited 5 Year Warranty SDLKOC9W-400G-5C02
MSRP: $32,590.00
US Shipments Only
Save: - $9,900.00
$22,690.00
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Model: SDLKOC9W-400G-5C02

Condition: New

Overview: SanDisk 400GB (10) Pack Optimus Extreme™ 6Gb/s SAS 2.5" SSD (Solid State Drive), MLC, Up to 500MBs Throughput, Limited 5 Year WarrantySanDisk
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The Ideal SSD Solution for Demanding Data-Intensive Workloads
Optimus Extreme™ SAS SSDs are designed for demanding write-intensive application workloads that need the highest levels of performance and reliability. Examples include financial applications and databases associated with workloads that are time-sensitive and produce results that are critical to the businesses they support.

Write-intensive workloads include database logging, data warehousing, high-performance computing (HPC)—especially when the HPC workload supports business decisions such as oil and gas applications—and financial on-line transaction processing (OLTP) applications.

Databases and Data Warehouses
Database workloads require fast and accurate writes to disk, as well as easy access to the stored data. SanDisk Optimus Extreme SSDs support database workloads, even in virtualized computing environments. This is important because many IT organizations are consolidating database workloads to run on fewer physical servers, resulting in more efficient infrastructures that host business workloads in less data center space, and require less power and cooling. By hosting more virtual machines (VMs) per physical server, customers reduce total cost of ownership (TCO) and increase return on investment (ROI) for new server deployments that have SSDs, compared with hard-disk (HDD) deployments.

High-Performance Computing (HPC)
High-performance computing (HPC) workloads consist of high-volume processing of large datasets which are greatly benefited by using flash technology. HPC includes engineering and data-intensive workloads like seismic analysis, oil and gas exploration, weather forecasting, and market simulations. Flash storage SSDs help each server’s application in an HPC cluster to work more effectively and to protect data as it is generated by scale-out applications across the cluster.



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