SEOUL, South Korea — (BUSINESS WIRE) — January 6, 2015 — Samsung Electronics Co., Ltd., the world leader in advanced memory technology, announced today that it has begun mass producing a high-performance, low-powered PCIe* solid state drive (SSD), the SM951, for use in ultra-slim notebook PCs and workstations.

Samsung SM951 PCIe Solid State Drive (Photo: Business Wire)

“We are helping to accelerate growth of the ultra-slim notebook PC market with the introduction of this energy-efficient, high-speed PCIe SSD,” said Jeeho Baek, Senior Vice President of Memory Marketing at Samsung Electronics. He added that, “We will continue to introduce next-generation high-density SSDs with improved performance and increased differentiation, as we further strengthen our business competitiveness in global SSD market.”

The SM951 boasts outstanding performance, supporting both PCIe 3.0 and PCIe 2.0 interfaces. For use in the latest ultra-slim notebooks, it can read and write sequentially at 1,600MB/s (megabytes per second) and 1,350MB/s respectively based on PCIe 2.0. This performance level is approximately three times faster than that of the latest SSD with a SATA interface and about 30 percent faster than that of the Samsung XP941, its predecessor. In addition, the new SSD’s random read and write speeds reach up to 130,000 and 85,000 IOPS (inputs/outputs per second) respectively.

For ultra-slim notebooks and workstations wanting to adopt the PCIe 3.0 interface, the SM951 can read and write sequentially at 2,150MB/s and 1,550 MB/s respectively, which would provide approximately four times faster sequential reading performance compared to current SATA SSDs. With a PCIe 3.0 interface, the drive achieves substantially higher energy efficiency, requiring only about 450MB/s per watt for sequential reading and 250MB/s per watt for sequential writing, which translates into a more than 50 percent of improvement in performance per watt over that of the XP941 SSD.

In addition, the SM951 is the first SSD to adopt the L1.2 low power standby mode (which allows all high-speed circuits to be turned off when a PC is on sleeping or in hibernation) as defined by PCI-SIG (the PCIe standards body). By embracing the L1.2 level of standby operation, the SM951’s power consumption is drastically reduced – to under 2mW, about a 97 percent decrease from the 50mW consumed using a L1 state.

Samsung’s SM951 comes in the M.2 form factor (80mm x 22mm), which is only about one seventh the size of a 2.5 inch SSD. Also, it weighs approximately six grams. The drive’s compactness is well suited for most notebook PC designs, freeing up space for other components including the battery. The SM951 lineup consists of 512, 256 and 128GB SSDs.

With its SM951 and other Samsung PCIe SSDs using a 10-nanometer class** MLC NAND flash production platform, Samsung believes it is in an excellent position to rapidly expand the global PCIe SSD market. Samsung will also work on timely introduction of next-generation PCIe SSDs that support the NVMe*** interface, which will provide even further performance increases.

About Samsung Electronics Co., Ltd.

Samsung Electronics Co., Ltd. is a global leader in technology, opening new possibilities for people everywhere. Through relentless innovation and discovery, we are transforming the worlds of TVs, smartphones, tablets, PCs, cameras, home appliances, printers, LTE systems, medical devices, semiconductors and LED solutions. We employ 286,000 people across 80 countries with annual sales of U.S. $216.7 billion. To discover more, please visit www.samsung.com.

* Editors’ Note: PCIe (Peripheral Component Interconnect Express) is a new-generation serial computer  expansion bus standard developed by PCI-SIG (PCI Special Interest Group).

** Editors’ Note 2: 10-nanometer class means a process technology node somewhere between 10 and 20 nanometers.

*** Editors’ Note 3: NVMe (Non-Volatile Memory Express) is an optimized, high performance, scalable host-controller interface specifically designed for enterprise and client systems that use PCIe SSDs.

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