Press release BoxID: 655470 (I'M Intelligent Memory)
  • I'M Intelligent Memory
  • 21-33 Tai Lin Pai Road
  • Hong Kong
  • Contact person
  • Joseph Chan
  • +852 (2422) 0422

I'M Intelligent Memory announces its high capacity DDR2 SDRAM IC's

(PresseBox) (Hong Kong, ) With capacities of up to 4 Gigabit per chip, I'M Intelligent Memory, a Hong Kong based fabless DRAM manufacturer, enters the market for industrial DDR2 memory components with their mission statement "Beyond Limits".

DDR2 SDRAM technology is the memory standard that most industrial applications have been designed around for years. I'M pushes this technology even further by offering higher capacities and wider temperature ranges than other manufacturers. The most common densities of DDR2 continue to be 512Mb and 1Gb. The larger capacities, such as 2Gb and 4Gb, are defined by JEDEC, but their availability from other manufacturers continues to be very limited. I'M Intelligent Memory focuses on the high end of DDR2 capacities with their 2Gbit monolithic, 2Gbit Dual-Die (DDP) and 4Gbit DDP components in standard or industrial temperature ranges. For automotive customers, AEC-Q100 versions are also available.

Products from I'M Intelligent Memory available are:

2 Gigabit DDR2 SDRAM in x4, x8 and x16 configuration coming in FBGA60 or FBGA84 package, 2 Gigabit Dual-Die (DDP) DDR2 in x8 configuration with FBGA63 package and 4 Gigabit Dual-Die (DDP) DDR2 in x8 configuration with FBGA63 package.

For more information, to access datasheets, and to request samples, please visit

Website Promotion

I'M Intelligent Memory

I'M Intelligent Memory is a Hong Kong based joint-venture of industry experts and companies with one common mindset: "Making innovative and better DRAM memory products that meet the future demands of our industry with the highest capacities, quality and longevity." I'M Intelligent Memory is a fabless DRAM manufacturer and offers a set of memory DRAM products going beyond standards by doubling memory capacity, increasing temperature ranges, offering higher reliability and extending long-term-availability.