News
February 8, 2010
ISSCC: Toshiba, Unity claim breakthroughs
EE Times
January 5, 2010
New Memories At ISSCC 2010
Electronics Weekly
October 6, 2009
When
will emerging memory arrive?
Electronic Design
June 25, 2009
Nonvolatile Storage Doesn't Require Transistors
Electronic Design
June 25, 2009
Exec: Memory Business Model is Broken
EE Times
June 19, 2009
Unity’s New CMOx Memory Technology
Appears on the Horizon
Denali Memory Report
June 18, 2009
New Memory Technology Ahead
Chip Design
June 11, 2009
CMOx shows its face in flash race
The Register
May 22, 2009
Unity looking for production partner
Electronics Weekly
May 22, 2009
IM Flash is possible partner for Unity's RRAM manufacture
EE Times
May 21, 2009
Appearance of a new US venture who aims to realize 64G bit memory on a chip
Nikkei Electronics (in Japanese – registration required)
May 21, 2009
NVM IC start-up claims breakthrough in NAND flash replacement
DigiTimes
May 19, 2009
Ablösung für (NAND-)Flash-Speicher
Heise (Deutsch)
May 19, 2009
Unity Semiconductor, A Non-volatile Memory Products Start-up, Exits Stealth Mode
Press Release
May 19, 2009
Semiconductor Memory Start-up Unity Semiconductor Closes $22m Series C Financing
Press Release
May 19, 2009
New memory technology to replace NAND
Electronics Weekly
May 19, 2009
Unity rolls storage-class memory
EE Times
May 19, 2009
Memory-Chip Alternative Is Unveiled
Wall Street Journal (subscription)
May 19, 2009
Unity Semiconductor reveals storage-class memory, challenges the NAND flash market
Electronic Design News
Events
"A 0.13um 64Mb Multi-Layered Conductive Metal-Oxide Memory"
Non-Volatile Memory (session 14)
Tuesday, February 9, 2010
Marriott, San Francisco, CA
2009 Web-Feet Research NVM Conference
“Beyond Flash – Defining Storage Class Memories”
Denali Memcon
Wednesday, June 24, 2009
Hyatt Regency, Santa Clara CA
Panel: New Memory Technology
August 11-13, 2009
Santa Clara Convention center, Santa Clara CA
Unity Semiconductor presented a paper at the 2008 NVMTS conference on the fundamental switching mechanism in conductive metal oxides on which CMOxTM Memory Technology is based.