2DPC R-DIMMS pave the way for lower latency and improved bandwidths
San Jose, CA -- (SBWIRE) -- 03/12/2012 -- Super Talent Technology, a leading manufacturer of NAND flash storage solutions, today announces a new line of 1066 & 1333 MHz, quad-rank registered DDR3 RDIMM modules for servers.
Many of today’s new servers support a new 16 core processors and now require a new type of RDIMMs called quad-channel DDR3. On the heels of their single and dual rank RDIMMs, Super Talent is pleased to announce a new Quad-Rank Quad-Channel RDIMM Module designed for those who require even more DRAM capacity.
At 8GB & 16GB per module, today’s servers can now support a maximum of 256GB of RAM. These modules have passed vigorous testing using the new AMD Interlagos™ compatible motherboards and even support fully loaded configurations at speeds up to 1066 MHz.
Operating efficiently at 1.5V, these new RDIMMs use up to 25% less voltage compared to DDR2 modules. If you are looking for a green RDIMM solution that delivers maximum performance, capacity and efficiency, you owe it to yourself to call SuperTalent Technology.
For more information, contact us at sales@supertalent.com
Products are available and currently shipping.
Part Number Description Availability
W13RB8G4S 1333MHz Dual Rank Now Shipping
W10RC16G4S 1066MHz Quad Rank Now Shipping
About Super Talent Technology
Super Talent Technology Corporation based in San Jose, California, designs and manufactures a full range NAND Flash based storage devices for computers and consumer electronics. An ISO 9001 certified company, Super Talent utilizes its state-of-the-art factories and leading-edge components to produce award winning products with outstanding reliability. Super Talent is an active member of the JEDEC and ONFI standards bodies. With over 250 patents, the company was ranked 38th in the 2009 Wall Street Journal’s Patent Scorecard™ for the IT industry.
Press Contact:
Peter Carcione
Director of Marketing
Super Talent Technology
Direct: 1-408-941-8670
peter.carcione@supertalent.com