by Lyle Smith

Samsung PM863 SSD Review

The Samsung PM863 SSD line is the company’s latest enterprise SATA drive designed to offer consistent performance for data centers and server data storage use cases. Released alongside the SM863, the PM836 works best for read-intensive applications including streaming services, content delivery networks, web servers, and cloud services, while the SM863 is designed more for write intensive applications. The new Samsung drive was first unveiled at this year’s CES back in February and was released late last month for enterprise businesses. The company has made the highly anticipated PM863 now available to SMBs.

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by Lyle Smith

Samsung PM863 SSD Review

The Samsung PM863 SSD line is the company’s latest enterprise SATA drive designed to offer consistent performance for data centers and server data storage use cases. Released alongside the SM863, the PM836 works best for read-intensive applications including streaming services, content delivery networks, web servers, and cloud services, while the SM863 is designed more for write intensive applications. The new Samsung drive was first unveiled at this year’s CES back in February and was released late last month for enterprise businesses. The company has made the highly anticipated PM863 now available to SMBs.

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by Adam Armstrong

SuperMicro SuperChassis 846BE1C-R1K28B Review

The SuperMicro SuperChassis 846BE1C-R1K28B is a 24-bay JBOD. The drive trays are hot-swappable and made for 3.5” HDDs (though an adaptor can be used to put in 2.5” HDDs or SSDs). If one were to use 8TB drives, such as HGST’s He8 drives, it would bring total maximum capacity up to 192TB. The SuperChassis can also be used as a Headunit and supports both Single and Dual Intel and AMD processors, and supports a variety of motherboards.

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by Adam Armstrong

SuperMicro SuperChassis 846BE1C-R1K28B Review

The SuperMicro SuperChassis 846BE1C-R1K28B is a 24-bay JBOD. The drive trays are hot-swappable and made for 3.5” HDDs (though an adaptor can be used to put in 2.5” HDDs or SSDs). If one were to use 8TB drives, such as HGST’s He8 drives, it would bring total maximum capacity up to 192TB. The SuperChassis can also be used as a Headunit and supports both Single and Dual Intel and AMD processors, and supports a variety of motherboards.

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by Adam Armstrong

Mangstor MX6300 NVMe SSD Review

The Mangstor MX6300 is a Full Height, Half Length SSD that uses NVMe interface. The MX6300 comes in three capacities: 2.0TB, 2.7TB, and 5.4TB. The drive leverages enterprise MLC NAND and can be placed in x86 server PCIe slots. Using NVMe and MLC NAND gives the MX6300 tremendous performance benefits. Mangstor claims the drive can hit 900K IOPS on random read performance and 3.7GB/s sequential read and with seven complete drive writes per day endurance. The Mangstor MX6300 leverages Toshiba NAND and a software-defined flash controller developed by Mangstor using Altera FPGAs.

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by Adam Armstrong

Mangstor MX6300 NVMe SSD Review

The Mangstor MX6300 is a Full Height, Half Length SSD that uses NVMe interface. The MX6300 comes in three capacities: 2.0TB, 2.7TB, and 5.4TB. The drive leverages enterprise MLC NAND and can be placed in x86 server PCIe slots. Using NVMe and MLC NAND gives the MX6300 tremendous performance benefits. Mangstor claims the drive can hit 900K IOPS on random read performance and 3.7GB/s sequential read and with seven complete drive writes per day endurance. The Mangstor MX6300 leverages Toshiba NAND and a software-defined flash controller developed by Mangstor using Altera FPGAs.

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by Adam Armstrong

Toshiba PX04S Enterprise SSD Review

The Toshiba PX04S Series is a third generation enterprise SAS SSD. The PX04S Series are 2.5”, 15mm SSDs with the largest capacity currently available of any 12Gbps SSD, at 3.84TB. The Toshiba PX04S family is comprised of 4 different models that cater to specific needs. There is a High-Endurance, Mid-Endurance, Value-Endurance, and Read Intensive model. The new PX04S also comes in a self-encrypting drive model that has instant secure erase and supports pin-3 power disable. The PX04S is dual ported and comes with a performance option that enables users to increase write performance by as much as 47%.

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by Adam Armstrong

Toshiba PX04S Enterprise SSD Review

The Toshiba PX04S Series is a third generation enterprise SAS SSD. The PX04S Series are 2.5”, 15mm SSDs with the largest capacity currently available of any 12Gbps SSD, at 3.84TB. The Toshiba PX04S family is comprised of 4 different models that cater to specific needs. There is a High-Endurance, Mid-Endurance, Value-Endurance, and Read Intensive model. The new PX04S also comes in a self-encrypting drive model that has instant secure erase and supports pin-3 power disable. The PX04S is dual ported and comes with a performance option that enables users to increase write performance by as much as 47%.

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by StorageReview Enterprise Lab

VMware Virtual SAN Review: SQL Server Performance

Continuing on the path of VMware VSAN performance testing, the next test looks at Microsoft SQL Server TPC-C running across the cluster. This test uses SQL Server 2014 running on Windows Server 2012 R2 guest VMs, being stressed by Dell's Benchmark Factory for Databases. While our traditional usage of this benchmark has been to test large 3,000-scale databases on local or shared storage, in this iteration we focus on spreading out four 1,500-scale databases evenly across our VSAN cluster to better illustrate the aggregate performance of the 4-node cluster. 

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by StorageReview Enterprise Lab

VMware Virtual SAN Review: SQL Server Performance

Continuing on the path of VMware VSAN performance testing, the next test looks at Microsoft SQL Server TPC-C running across the cluster. This test uses SQL Server 2014 running on Windows Server 2012 R2 guest VMs, being stressed by Dell's Benchmark Factory for Databases. While our traditional usage of this benchmark has been to test large 3,000-scale databases on local or shared storage, in this iteration we focus on spreading out four 1,500-scale databases evenly across our VSAN cluster to better illustrate the aggregate performance of the 4-node cluster. 

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