HPE 789151-B21 480GB MLC SATA Solid State Drive Kit 378343-002 Geb7

HPE 789151-B21 / 789359-001 / 789132-002 480GB 2.5-Inch SFF 6Gbps MLC RI SATA Solid State Drive Kit 378343-002 – Brand New

HPE 789151-B21 / 789359-001 / 789132-002 480GB 2.5″ SFF / Small Form Factor 6.0 Gb/s MLC / Multi-Level Cell RI / Read Intensive 0.4-DWPD / Drive Writes Per Day SATA / Serial ATA SSD / Solid State Drive Kit 378343-002 for Gen7 syste,s – Brand New

DWPD-0.4 NOTE: These drives support G7 servers only.

HPE Solid State Drives (SSDs)
Excellent solid state storage performance for HPE ProLiant and HPE Synergy servers
It is estimated that 2.5 exabytes (a billion gigabytes) of data are created every day. To tap the potential of Big Data, applications must read and write more data, faster than ever. HPE Solid State Drives help you access data faster by providing exceptional performance, extended endurance, and consistently low latency—all while using less power.

And with current transitions in the Hard Disk Drive (HDD) industry, many customers are now experiencing the great performance of SSDs at competitive pricing, especially for capacities under 1 TB.

Peak performance for random data applications
HPE SSDs are suited to enterprise environments with highly random data under a variety of write-workload applications. The SSDs provide significantly better random read and write I/O operations per second (IOPS) compared to HDDs. While sequential read and write throughput is also improved over HDDs, the greatest benefit is recognized in random data applications. As a result, these high-performance, low-latency, and low-power SSDs provide significant system benefits for applications that previously over-provisioned HDD capacity to achieve better performance.

Enterprise features for data center applications
HPE Solid State Drives have the key features you need in your data center—full data path error detection, surprise power loss protection, and HPE SmartSSD Wear Gauge support. We enable the SmartSSD Wear Gauge through the HPE Smart Carrier. With the SmartSSD Wear Gauge utility, HPE SSDs monitor the amount of data written and report when the device may be nearing its maximum supported lifetime.

Targeted at extreme operating environments or local storage, these drives provide higher I/O throughput, excellent latency, reduced power consumption, enhanced reliability, and faster reads and writes when compared to traditional rotating media. They remove the latency found in conventional rotating HDDs caused by seek time for each read operation, so they deliver high random read performance. Most of these SSDs are available as small form factor (SFF), large form factor (LFF), quick release carriers, or non-hot plug (NHP) for general use across the HPE ProLiant Server portfolio. The drives are fully qualified and fit seamlessly into the existing HPE server infrastructure.

With no moving parts, more reliability, and greater power savings than traditional rotating media drives, SSDs are finding new applications in the Big Data era.

Compatible with your server environment
HPE SSDs are fully tested and qualified to enable compatibility with HPE ProLiant, HPE Synergy, and HPE BladeSystem solutions. The HPE Qualified Option designation places HPE SSDs among the best of the best compared to products available on the open market. It is important to note that SSDs on the open market—even those with similar vendor model numbers—may not have the same level of performance, endurance, and quality as HPE Qualified Options. For example, the NAND or even the controller in non-qualified products may be different from an HPE Qualified Option. HPE firmware optimizes our qualified SSD performance, wear leveling, and over-provisioning.

The right SSD for every application
HPE SSDs are available in three broad categories based on their typical target workloads: Read Intensive, Mixed Use, and Write Intensive. The HPE SSDs categories include both SAS SSDs and also SATA SSDs.

The categories indicate the number of drive writes per day (DWPD1 ) that you can expect from the drive. (DWPD is the maximum number of 4K host writes to the entire drive capacity of the SSD per day over a five-year period.)

Read Intensive SSDs are typically the lowest price, with a typical Endurance of <= 1 DWPD. Write Intensive SSDs typically have the highest Write performance, with a typical Endurance of >= 10 DWPD. Mixed Use SSDs are for workloads that need a balance of strong Read and Write performance, with Endurance typically >1 and

HPE Write Intensive Solid State Drives
HPE Write Intensive 12G SAS and 6G SATA SSDs provide high write performance and endurance. They are best suited for mission-critical enterprise environments with workloads high in both reads and writes. Workloads best suited for these WI SSDs include online transaction processing (OLTP), virtual desktop infrastructure (VDI), business intelligence, and Big Data Analytics.

This Drive is compatible with the following HP Proliant and Compaq systems (this list is not all inclusive):

• Proliant BL45p G2, BL25p G2, BL20p G4, BL460c, BL460c G5, BL460c G6, BL460c G7, BL465c, BL465c G5, BL465c G6, BL465c G7, BL465c G7 (518851-B21, 518854-B21, 518859-B21, 518867-B21), BL480c, BL620c G7, BL680c G5, BL680c G7, BL685c, BL685c G5, BL685C G6. BL685c G7, BL685c G7 (518870-B21, 518873-B21), DL1000, DL1000 Multi Node Series, DL160 G6, DL160 G6 (625544-B21), DL160se G6, DL165 G7, DL170h G6, DL180 G6, DL2x170h G6, DL320 G6, DL360 G4, DL360 G4p, DL360 G5, DL360 G6, DL360 G7, DL365, DL365 G5, DL370 G6, DL380 G4, DL380 G5, DL380 G6, DL380 G7, DL385, DL385 G2, DL385 G5, DL385 G5p, DL385 G6, DL385 G7, DL580 G3, DL580 G4, DL580 G5, DL580 G7, DL585 G2, DL585 G5, DL585 G6, DL585 G7, DL785 G5, DL785 G6, DL980 G7, ML110 G7, ML330 G6, ML350 G5, ML350 G5 (Dual Core), ML350 G6, ML370 G4, ML370 G5, ML370 G6, ML570, ML570 G3, ML570 G4, SL390s G7, SL390s G7 (625540-B21, 625541-B21, 625542-B21, 625543-B21, 625545-B21, 625549-B21, 625550-B21, 626446-B21, 626447-B21, 626448-B21, 626449-B21), WS460c G6 Workstation Blade
• StorageWorks P2000, X1600, X1600 G2, X1800, X1800 G2, D2600 Disk Enclosure, D2700 Disk Enclosure, MSA 2000fc G2, MSA 2000i G2, MSA 2000sa G2, MSA 2040, SB40c, SB600c, X1000, X1400, X3000, X3400, X3410, X3800, X3820

Not compatible with G8 systems or beyond.