Posted on Tuesday, June 26 2012 @ 21:54 CEST by Thomas De Maesschalck
Seagate and DensBits announced a strategic alliance to develop low-cost, high-performance solid state disks for consumers and enterprises. The firms plan to use 1xnm NAND memory, TLC (3-bit-per-cell) for the consumer parts and MLC (2-bits-per-cell) for the enterprise disks.
Seagate Technology plc the worldwide leader in hard disk drives and storage solutions, and DensBits Technologies Ltd (“DensBits”) the inventor of the world's first Memory ModemTM have announced today a strategic agreement for the development of low-cost, high-performance Solid State Drives (“SSD”) for the consumer and enterprise markets. In conjunction with the agreement, Seagate has made an undisclosed equity investment in DensBits.
Seagate and DensBits are joining forces, to develop future products that are intended to provide customers with significant cost savings, extremely high reliability, and unparalleled performance. Under the agreement, DensBits’ Memory ModemTM controller technology will be integrated with Seagate’s various storage technologies to power a wide range of consumer and enterprise applications including 3 bits/cell (“TLC”) 1Xnm Flash-based consumer-grade SSD, and 2 bits/cell (“MLC”) 1x nm Flash-based enterprise-grade SSD.
“For the last 30 years, Seagate has delivered technology and product innovation to become the global leader in storage solutions, from high-end enterprise drives to solid-state hybrid drives,” said Rocky Pimentel, Seagate chief sales and marketing officer. “Seagate is excited to be working with the talented DensBits team and believes we have a significant opportunity with our new strategic relationship to extend our leadership into the SSD market.”
“We are very excited at the opportunity of collaborating with Seagate,” said Ilan Hen, DensBits’ Chairman and CEO. “This is yet another testament to our technology leadership, and we strongly believe that the coupling between DensBits’ unique Memory ModemTM controller technology and Seagate’s exceptional storage capabilities across the board could truly disrupt the industry.”
