Tour said: “Our technology is the only one that satisfies every market requirement, both from a production and a performance standpoint, for nonvolatile memory. It can be manufactured at room temperature, has an extremely low forming voltage, high on-off ratio, low power consumption, nine-bit capacity per cell, exceptional switching speeds and excellent cycling endurance.”
Rice University is continuing research on it’s ReRAM (resistive RAM) and has come up with some new ways to manufacture it. That’s the key to adopting any new discovery first done in a lab environment. You have to keep tweaking it to find out the best way to manufacture it at scale and at a reduced cost. So in the four years since the original announcement was made, now it’s possible to manufacture the Rice U ReRAM. And at the end of the article there’s a note that some people are already buying up licenses for the technology. Hopefully that’s not just for patent trolling protection insurance, no. Instead, I’m hoping some small Fabless chip design house takes this up and tries out some batches of this and qualifies it for manufacture at a large scale contract manufacturer of silicon chips. When that happens, then we’ll have the kind of momentum required to make ReRAM a real shipping product. And with any like Rice U. will continue work on improving the basic science behind the product so it more companies will find it attractive and lucrative. Keep your eye on ReRAM.