"RAM remains one of the principal drains on a smartphone's battery: it's almost always in use, and it saps power even when its host device is idle in a pocket."

"Toshiba hasn't eliminated that demand entirely, but its new SRAM (not yet pictured here) is intelligent enough to cut a lot of the waste. The memory can better predict what power it's going to need while it's active, and includes a smarter retention circuit that occasionally wakes up to tweak buffer size while it's on standby. "

Do you all understand what it is that e.Digital does, Including the ability to turn on / off device circuits?

1st...E.digital has eliminated Ram resource, or the working buffer issue...by creating an operating system that interfaces with SRAM sized to the write of the storage memory. Most beneficial for video file creation, audio file creation, or any type continuous file creations such as telemetry from sensors(NUNCHI). SRAM is expensive memory(never mind modifying it the way the above is conditioned) and e.Digital only utilizes a very small amount.

2nd... e.Digital can power on, or power off memory use and storage circuits(any combinations or sizes that may be needed) depending on what functionality is in play. When in stand by....they are off until needed....charge pumps to flash and all.

It's interesting to be able to tourniquet the memory the way they are .....but, IMO, simply turning off circuits seems to be the easiest.

With that, real time CO-processing on a cloud server is going to make it obsolete any way...NUNCHI

With NUNCHI, CE flash stoarge is not important and neither are CE super processors.

doni