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More than 80% of the members of R&D organization of EMLSI are made up of the best people in the field of semiconductor with more than 10 years of experience. Because of its continuous expansion of R&D staff and investment on R&D, EMLSI has made technological breakthroughs related with a low voltage action, high-density surface mount package and reducing noise generated from high-speed. Thanks to these technologies, its technological power is enjoying favorable recognition by the world’s top mobile set providers and semiconductor companies.
Key research area The year of development Note
1M/2M/4M(1.8V, 3V, 3.3V)/8M SRAM Aug. 2001 ~ Mar. 2004 Development completion
and mass production
16M Pseudo SRAM(1.8V) Dec. 2003 ~ Mar. 2004 Development completion
and mass production
64M LP SDRAM(1.8V) Jun. 2004~ Under development
64M LP DDR SDRAM(1.8V) Sep. 2006~ Development completion
and under mass production
16M Async. Pseudo SRAM(1.8V/3.0V) Dec. 2007~ Development completion
and under mass production
32M Async. Pseudo SRAM(1.8V/3.0V) Jun. 2007~ Development completion
and under mass production
64M Async. Pseudo SRAM(1.8V/3.0V) Feb. 2007~ Development completion
and under mass production
16M Cellular RAM(1.8V) Dec. 2007~ Under Development
32M Cellular RAM(1.8V) Jun. 2007~ Development completion
and under mass production
64M Cellular RAM(1.8V) Feb. 2007~ Development completion
and under mass production
128M LP DDR SDRAM(1.8V) Aug. 2007~ Development completion
and under mass production
256M LP DDR SDRAM(1.8V) Jan. 2008~ Under Development
512M Cellular RAM(1.8V) Feb. 2007~ Development completion
and under mass production

- Development of next generation ultra low power circuits and architecturing technique
- Development of circuits that ensure high speed and low power action at the same time
- Development of devices which are robust to changing process of factors and elements
  causing systemenvironmental changes
- Testability to ensure mass production and gain trust
- Research on arrangement and layout
- Development of design technique highly efficient to produce a variety of items in small numbers
- Research on product design and production technique highly efficient for foundry manufacturing
- Development of circuit design technique for Future Memory

Classification Patent in Korea Patent aboard
Registration patent 17 01
Application patent 19 03