Friday, August 3rd 2012

MOSAID Demonstrates Single-Controller, Terabyte-Class Solid State Drive

MOSAID Technologies Inc. today introduced HLSSD (HyperLink Solid State Drive), a SSD that achieves Terabyte-class storage capacity using a single controller device. MOSAID engaged PaxDisk of Korea to develop the Terabyte-class HLSSD.

MOSAID’s Terabyte-class HLSSDs are optimized for data centers and the enterprise. Based on HLNAND (HyperLink NAND) technology, MOSAID’s HLSSDs deliver scalability, performance, reliability and cost advantages over SSDs that use conventionally designed NAND Flash devices.

MOSAID’s prototype HLSSD utilizes a single FPGA-based SATA 6 Gb/s controller to deliver 2TB capacity over four HLNAND channels. In comparison, a conventional 2TB SSD requires four SATA 6 Gb/s controllers, plus a SATA 6 Gb/s hub controller, operating over 32 channels.

“Our affordable and scalable Terabyte-class HLSSDs will be an enabling technology in data center and enterprise applications,” said Jin-Ki Kim, Vice President, R&D, MOSAID. “HLSSDs can be used to build large, fast storage pools that lower the total cost of ownership by reducing the number of storage tiers, and minimizing the need for advanced intelligence in the storage arrays.”

Today’s data centers are designed with up to four tiers of storage devices: lower cost, lower performance tape drives and SATA HDDs (hard disk drives), and higher cost, higher performance SAS HDDs and SSDs. This architecture necessitates advanced intelligence in the storage arrays to determine which data to allocate to the faster SAS HDDs and SSDs.

With MOSAID’s breakthrough Terabyte-class HLSSDs, only two storage tiers are needed: SATA HDDs and HLSSDs. As a result, the requirement for advanced intelligence is reduced, as is the total costs of ownership, including power, footprint, cooling, maintenance and other elements.

In mid-2013, MOSAID plans to release a 2TB/4TB/8TB production HLSSD that will use a purpose-built HLNAND Flash controller in 40nm process technology.

2 TB HLSSD Features:
  • SATA3 (6Gbps) host interface in 3.5" form factor
  • 2TB capacity, scalable to 8TB
  • single FPGA-based SATA3 controller
  • revolutionary SSD architecture with 2nd generation of HLDIMM
  • single HyperLink interface per HLDIMM for superior signal integrity
  • four HyperLink channels
  • 16 32GB HLNAND Flash MCPs (multi-chip packages) per channel
In Design - HLNAND SSD Controller
MOSAID and NOVACHIPS Inc. recently entered into a joint development agreement to design and build an HLNAND controller for SSDs optimized for data center and other memory-intensive applications. An HLSSD with one HLNAND controller will support 8TB capacity with a SATA3 host interface. Scheduled for mid-2013, the HLNAND controller will be the most scalable, flexible solution available to system designers.

First Single Channel, Full Performance 16-Die NAND Stack
MOSAID is also sampling the industry’s first NAND Flash MCP with a 16-die NAND stack operating on a single channel. The 512Gb HLNAND MCP combines a stack of 16 industry standard 32Gb NAND Flash die with two HLNAND interface devices to achieve 333MB/s output on a single byte-wide HLNAND interface channel. Conventional NAND Flash MCPs cannot stack more than four NAND dies without suffering from performance degradation, and would require two or more channels to deliver similar throughput.
Add your own comment

6 Comments on MOSAID Demonstrates Single-Controller, Terabyte-Class Solid State Drive

#1
Completely Bonkers
High storage density... great... but FPGA as a SATA3 controller is going to be slow. Interesting fact mentioned here - that I didn't know before - is that regular SATA3 SSD controllers cannot address 2TB and therefore multiple controllers need to be daisy-chained or RAIDed to create a large drive. Is this really true? I find it hard to believe that a modern SATA3 SSD controller has a limited address bus!
Posted on Reply
#2
HTC
Great capacities but what about speeds and, most importantly, prices?

If prices of other (lower capacities) SSDs are to come down, higher capacities need to become more affordable.
Posted on Reply
#3
filip007
Interesting that's in 3.5", can't put my lips on that.

It's a start i guess, when they get bigger, wear will get smaller, i assume.

Stupid name it sounds more like, mossad.
Posted on Reply