Micron releases first 2.5-in PCIe SSD
The P320h 2.5-in SSD is a hot-swappable server drive
Computerworld - Micron this week announced PCIe-based server products, one involving a traditional card approach and the other a first-of-its-kind 2.5-in. hard drive form factor.
Because it uses a hard drive-like design, Micron's new P320h PCIe SSD allows users to swap out drives without having to bring a server down, something a PCIe card does not allow.
Prior to the launch of the P320h PCIe SSD, PCIe-based flash products came in card form only.
The new drive leverages Micron's already released P320h PCIe flash card technology, which is built with 34-nanometer (nm) single-level cell (SLC) NAND flash chips. Unlike the new SSD, the original P320h is a half-height, half-length form factor PCIe card. Like the P320h card, the new P320h 2.5-in SSD is aimed at use in enterprise data centers.
Micron's new SSD comes in 175GB and 300GB capacities -- half that of the P320h PCIe card.
Micron said the drive would be released later this year, but it would not release performance specifications. Because the 2.5-in SSD is based on the P320h card, the numbers should be similar, however. Micron also did not release any pricing for the drive.
"The key news here is really what this new interface is going to allow for scalable server upgrades," Janene Ellefson, Micron's enterprise SSD product marketing manager, said in an email response to questions.
For comparison purposes, the current P320h PCIe card announced last year by Micron has a top sequential read rate of 3GBps and a 2Gbps write rate. The drive has a random read/write rate of 750,000 and 298,000 I/Os per second (IOPS), respectively.
Dell announced this week that it is using Micron's new 2.5-in PCIe SSD in its PowerEdge 12th generation servers. The servers use front-accessible backplane designs that accommodate 2.5-in. SATA, SAS and PCIe devices, allowing users to choose from any combination of data storage and caching devices.
"We're pleased with the results of our strategic collaboration with Micron to co-develop this innovative new form factor for our Express Flash solutions," Brian Payne, executive director of Server Solutions at Dell, said in a statement.
Lucas Mearian covers storage, disaster recovery and business continuity, financial services infrastructure and health care IT for Computerworld. Follow Lucas on Twitter at @lucasmearian or subscribe to Lucas's RSS feed . His e-mail address is email@example.com.
Read more about SSD in Computerworld's SSD Topic Center.
- How to Choose the Right SSD SSDs boast the combination of increased I/O (input/output) throughput and greater power density (IOPS/Watt), which can accelerate applications and enable data center footprint...
- How Hyperscale Data Centers Can Benefit from SSDs Many traditional enterprises are moving to hyperscale architecture due to its scalabilty. Today's SSDs are an ideal solution that many organizations are implementing...
- Top Applications for SSDs in Cloud/Hyperscale Environments This brief shows real world examples of how SSD technology solves key customer challenges across cloud and hyperscale data center environments.
- Top Applications for SSDs in Financial Services This brief shows real world examples of how SSD technology solves key customer challenges across the financial services industry.
- Leveraging Flash Storage to Accelerate Oracle Real Application Clusters Join this webinar to understand the latest solid-state storage trends, the specific applications driving solid-state storage deployments and the benefits of deploying the...
- The Foundation You Need to Build a Better Storage Infrastructure Watch this webcast to hear how you can maximize the economics of your data center by modifying your storage footprint and power usage... All SSD White Papers | Webcasts