Enterprise SSD Reviews
by Lyle Smith

SanDisk Ultra 3D SSD Review

The SanDisk Ultra 3D is a new client SSD similar to that of the WD Blue 3D. Because this drive is on the lower end of the performance scale, its main application will be general upgrades from an HDD-based system to solid-state technology for faster boot up times and speedier overall performance. It should also be noted that WD has the same drive under its own brand, so this is essentially an identical SSD with a different sticker slapped on it.

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by Lyle Smith

Intel SSD DC S3610 Series Review

Launched back in early 2015, the Intel DC S3610 Series is a line of SATA 6Gb/s SSDs intended for applications such as virtualization and e-commerce. These SSDs are equipped with 20nm Intel NAND Flash Memory technology designed and offer a blend of endurance and performance. Intel quotes the DC S3610 with sequential read and write speeds up to 550MB/s and 520 MB/s, and random 4k speeds up to 84,000 OPS and 28,000 IOPS for reads and writes, respectively. Intel also claims a Quality of Service of 500 μs for random 4KB reads measured at a queue depth of 1.

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by StorageReview Enterprise Lab

Seagate 1200.2 SAS SSD Review (3.84TB, 3DWPD)

Seagate and Micron co-launched SAS SSDs at the end of 2015 in a partnership to accelerate sales of enterpise SSDs for the two companies. In the initial review, we looked at the 1.6TB capacity in the light endurance category which has an edurance rating of three drive writes per day (DWPD). Seagate offers 1200.2 SSDs across five endurance categories ranging from 1DWPD to 25DWPD. In this review we stick with the mainstream mixed workload light endurance category but pick up with the highest capacity 3.84TB model. 

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by Adam Armstrong

Micron 5100 MAX SSD Review

Earlier this year, Micron launched its new 5100 SSD family of data center drives. The family had three flavors of drives, the ECO for read-intensive workloads such as video streaming, the PRO for latency-sensitive transactional databases, and the MAX for write-intensive logging applications. In January we reviewed the ECO, finding that while it lacked in performance in some of our workloads, it did offer things such as up to 8TB (making it an ideal HDD replacement) and FlexPro firmware. For this review we will be looking at the 5100 MAX.

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by StorageReview Enterprise Lab

Enterprise Read Intensive SATA SSD Roundup Review

When it comes to enterprise SSD marketing currently, NVMe and high-capacity SAS drives garner most of the headlines. But behind their more showy cousins sit an entire stable of SATA SSDs that are taking the lion's share of overall SSD units shipped. Enterprise SATA SSDs are commonly segmented further into read intensive and write intensive categories. In a few outlier cases a vendor may also ship a mixed-use drive just to cover all the bases. In reality, these drives are all the same at the core, with the key difference simply being overprovisioning and firmware. Overprovisioning generally determines the usable capacity and endurance attributes of a drive. In this roundup we're taking a non-standard approach. Our SSD reviews are generally a deep dive into a single drive. In this case we've lined up five of the leading read intensive SSD offerings from Intel, Toshiba, Samsung, Micron and SanDisk to see how they stack up in this lucrative market segment. 

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by Adam Armstrong

Micron 5100 ECO SSD Review

The Micron 5100 SSD family is the new series of SATA SSDs aimed at data-center adoption. Micron has released three flavors for specific use cases: the ECO for read-intensive workloads such as video streaming, the PRO for latency-sensitive transactional databases, and the MAX for write-intensive logging applications. All of the drives come in two form factors: 2.5-inch and M.2, and in capacities up to 8TB for the 2.5-inch and 2TB for the M.2.

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by StorageReview Enterprise Lab

Huawei ES3600 v3 NVMe SSD Review (2.5”)

The Huawei ES3000 v3 is a series of NVMe SSDs (Non-Volatile Memory Express Solid State Drives) that marks the sixth generation of Huawei’s enterprise-level SSDs. The ES3000 v3 series is Huawei first NVMe drive however. The series comes in two form factors: 2.5” (15mm z-height) and Half-Height, Half-Length add-in card (HHHL AIC). The drive comes in a variety of capacities from 1.2TB to 3.2TB.

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by Adam Armstrong

Toshiba PX04P NVMe SSD Review (2.5")

The Toshiba PX04P is a series of NVMe SSDs (Non-Volatile Memory Express Solid State Drives) designed specifically for servers and storage appliances that need scalable performance at the lowest possible latency. The PX04P series is offered in both 2.5” and half-height half-length add-in card (HHHL) form factors. Both form factors are offered in capacities ranging from 800GB to 3.2TB and come in several flavors to meet write-endurance needs.

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by StorageReview Enterprise Lab

Micron 9100 MAX PCIe NVMe SSD Review (HHHL)

The Micron 9100-series is a high-performance PCIe NVMe SSD that is configured as a read-centric or mixed-workload drive in capacities ranging from 800GB to 3.2TB. The two series are split into the PRO and MAX models, where the MAX-class leverages additional over-provisioning to improve write performance and endurance. Micron partnered with Memblaze for the launch of the 9100-series, which leverages the Memblaze PBlaze4 product with Micron NAND. As with all NVMe devices, the 9100 is designed to bring better performance and lower latency. The Micron 9100 is targeted for use cases in Big Data, content deliver, database solutions, hyperscale, high performance computing (HPC), and private cloud.

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by StorageReview Enterprise Lab

HGST Ultrastar SN100 Series 2.5" NVMe SSD Review

At the end of last year, we reviewed the HGST SN150 and found it to be a solid, good performing NVMe drive. The SN100 is the 2.5" equivalent and comes in capacities up to 3.2TB like the SN150. HGST's aim then is to make NVMe adoption easy, providing a wide range of form factors and capacities to suit most needs. The HGST Ultrastar SN100 series is specifically designed for data center professionals who need high application performance at a low total cost of ownership. While support for 2.5" NVMe drives doesn't match SAS in the enterprise, the benefits of front-of-server serviceability are front of mind for those wanting a familiar deployment model for their latency sensitive applications.

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