Online information source for semiconductor professionals

IMEC to tackle flash memory scaling with RRAM focus

15 October 2008 | By Mark Osborne | News > Wafer Processing

Popular articles

Micron moving fast on Hynix in Q208 NAND flash rankings, says iSuppli - 19 August 2008

Numonyx to close California Technology Center - 12 August 2008

Qimonda starts major reorganization: exits PC DRAM market - 13 October 2008

Applied Materials sees higher CapEx spending for 2009 - 15 August 2008

Micron close to Inotera share purchase, says Gartner - 06 October 2008

Resistive switching in an experimental metal oxides (MOx) RRAM elementDuring IMEC’s Annual Research Review Meeting, the R&D facility said it had begun research on resistive RAM (RRAM) cells to tackle the pending scaling challenges of conventional flash memory cells. Research is being focused on stack optimization (including the choice of top and bottom electrode and of the metal oxide), RRAM cell scaling and RRAM integration in a crossbar RRAM array.

IMEC also said it had started work on floating body cells (FBCs) for embedded and stand-alone DRAM and SRAM replacements.

These new research comes under IMEC’s Emerging Memory program that provides non-volatile memory (NVM) technology, concepts and solutions for the 32nm generation and below.

Related jobs

Software Engineer - Applied Materials - , 21 February 2008

Reliability Manager - Applied Materials - , 21 February 2008

Reliability Manager - Applied Materials - , 05 February 2008

Facility Project Manager - Washington Division of URS Corporation - Salt Lake City, 08 January 2008

Related articles

Ready for a scalable phase change? - 01 April 2007

IMEC reveals prosperous 2007 - 25 April 2008

Toshiba notes NAND flash memory price erosion faster than expected - 19 September 2008

300mm activity report: Special Memory Focus - 01 March 2008

The integration of high-k dielectrics: A story of modest achievements - 01 September 2002

Reader comments

No comments yet!

Post your comment

Name:
Email:
Please enter the word you see in the image below: