geltaforce...This site has problems...

I just composed a response that took me close to an hour...when I posted, I got the friggin "could not complete" message.

That sucks and I do not feel like putting it all back together...

In a nut shell....the MRAM is combined to a "silicon integrated circuit to read, write and store information."

Two separate devices, where the MRAM has random access capable of directly executing to the silicon circuitry or processor, without the need of intermediate RAM...or SRAM as they note.

The post in front of this had much more input, however, I'm condensing it to this...

e.Digitals concepts can implement both parallel(NOR eeprom) having a direct execute, or, Flash(NAND) not have a direct execute, where both are treated the same.

It's does not matter what intermediates are orchestrated through the low level management of e.Digital....be it SRAM or no SRAM, they do not utilize intermediate memories for the same purpose others do.

For now, compared to others, they have an optimum for both NOR and NAND implementations. When warranted there is no problem of them moving onto newer memory offerings. If the MRAM is capable of what is explained, it will make e.Digital even more important for other reasons, mainly concerning there claims of secondary working space with in a non-volatile memory matrix. The MRAM having no limit on overwrite compared to flash/eeprom concepts, could lead to some very powerful apps. combined with their OS.

Their patented logic over memory is what is important...any memory.

Too bad about that last post...It was logged and Agora will look into it as the pop up says...lol

doni