Embedded magnetic RAM has been around for a bit, usually thanks to the work of Everspin whom have licensed their technology to GLOBALFOUNDRIES, though today Samsung has announced they are developing their own. It is less expensive to produce than STT-RAM, PC-RAM or memristors yet offers many of the same advantages over flash memory, namely much higher performance and lower electrical requirements.
Samsung is a ways from production, according to The Register Samsung doesn't expect to tape out a 1Gb eMRAM test chip until later this year. This would be a big leap forward for the performance of embedded systems, as ARM is working with Samsung to ensure compatibility and we may even see eMRAM onboard ARM chips once Samsung's production lines ramp up. It will be interesting to see what effect this will have on the market once it arrives; hopefully a larger splash than a certain other type of non-volitile memory!
"Samsung this week claimed it is mass-producing and commercially shipping embedded magnetic RAM (eMRAM) to replace EEPROM, SRAM, and NAND memories in embedded electronics."
Here is some more Tech News from around the web:
- Microsoft will offer extended support for Windows 7 starting 1 April @ The Inquirer
- Samsung’s face unlock system once again fooled by static images @ Ars Technica
- Nvidia buys Israeli chipmaker Mellanox for £5.3bn @ The Inquirer
- Intel CPU shortages to worsen in 2Q19, says Digitimes Research @ DigiTimes
- Iranian hackers nabbed over 6TB of data from Citrix @ The Inquirer
- Coders Used Ham Radio To Send Bitcoin From Canada To San Francisco @ Slashdot
- Buffer overflow flaw in British Airways in-flight entertainment systems will affect other airlines, but why try it in the air? @ The Register <
- A brief history of Wi-Fi security protocols from “oh my, that’s bad” to WPA3 @ Ars Technica
- Saving Your Vision From Super Glue In The Eyes @ Hackaday
- Slime Rancher – How To Get This Game For FREE @ TechARP
Hopefully they will have high
Hopefully they will have high write cycles. Anyone know what W/R and latency we should expect?