• Skip to main content
  • Skip to search
  • Skip to footer
Cadence Home
  • This search text may be transcribed, used, stored, or accessed by our third-party service providers per our Cookie Policy and Privacy Policy.

  1. Blogs
  2. SoC and IP
  3. Kingston DDR3 RAM cracks 3Gtransfers/sec barrier, achieves…
archive
archive
Blog Activity
Options
  • Subscribe by email
  • More
  • Cancel
CDNS - RequestDemo

Have a question? Need more information?

Contact Us

Kingston DDR3 RAM cracks 3Gtransfers/sec barrier, achieves 3.068 Gtransfers/sec amid clouds of supercooled nitrogen

25 Aug 2010 • 1 minute read
Mix liquid nitrogen and Kingston’s HyperX DDR3-2333 SDRAM modules and you get 3068 Mtransfers per second (DDR3-3068). That’s what Benjamin “Benji Tshi” Bioux and Jean-Baptiste “marmot” Gerard demonstrated to a packed room full of gamers on August 21 at the recent Gamescon event held in Cologne, Germany (as reported by Softpedia). Boosting SDRAM transfer rates using liquid nitrogen to cool semiconductors below 77K (− 196 °C) isn’t a particularly new stunt but pushing DDR3 SDRAM beyond the 3-Gtransfers/sec barrier is. Most of the liquid nitrogen is needed to fill the cooling tower atop the Intel Core i7-870 processor so that the processor could run at 4347.39MHz--a feat in and of itself. However, in the video (included below) you can see appreciably thick amounts of frost covering the DDR3 SDRAM modules as well. They are cold!

(Note: Although the “mission accomplished” sign atop the cooling tower in the Kingston video below says "3068MHz," the actual DDR memory clock is running at 1532 MHz, as shown in a screen shot within the video. However, DDR SDRAM transfers data on both clock edges, so the transfer rate is indeed 3068 Mtransfers/sec or 3.068 Gtransfers/sec.)


CDNS - RequestDemo

Try Cadence Software for your next design!

Free Trials

© 2025 Cadence Design Systems, Inc. All Rights Reserved.

  • Terms of Use
  • Privacy
  • Cookie Policy
  • US Trademarks
  • Do Not Sell or Share My Personal Information