Embedded non-volatile memory (eNVM) plays an essential role in most systems and SoCs. eFLASH has found its way into a wide range of devices, including automotive, industrial, IoT and those in a mixture of other markets. NAND Flash has proven to be a workhorse in all of these areas. For instance, MCUs use them for code and data storage… Read More
Whether it’s the solid-state disk in your laptop, IoT/automotive hardware or edge-based AI, embedded non-volatile memory (eNVM) is a critical building block for these and many other applications. The workhorse technology for this capability has typically been NOR flash (eFlash), but a problem looms as eFlash presents challenges… Read More
IEDM 2019 had the theme: “Innovative Devices for an Era of Connected Intelligence” of which MRAM is a leading contributor. Following a very informative Plenary Session, Monday afternoon led off with Session 2: Memory Technology – STT-MRAM. This session has seven important STT-MRAM papers describing the progress of this … Read More
It’s amazing to think that Apollo moon mission used computers that were based on magnetic core memories. Of course, CMOS memories superseded them rapidly. However, over the decades since, memory technologies have advanced significantly, in terms of density, power and new types of technologies, e.g NAND Flash. Ever since the… Read More
Tuesday July 9th was the first day the show floor was open at Semicon. The following is a summary of some announcements I attended and general observations.
AMAT Announcement
My day started with an Applied Materials (AMAT) briefing for press and analysts where they announced “the most sophisticated system they have ever released”.… Read More
At Semicon West last week I attended presentations by Soitec and CEA Leti, and had breakfast with CEA Leti CEO Marie Semeria, key members of the Fully Depleted Silicon On Insulator (FDSOI) ecosystem. I have also seen some comments in the SemiWiki forum lately that make me believe there is some confusion on the roles of different companies… Read More
