100 times lower usage, but with more storage
The power consumption calculated by the UK III-V memory needs to record information approximately 10 were raised in 17 joules, and that with a memory cell built with 20 nm lithography, so it is estimated that using more advanced operating procedures will be significantly lower.
Now it comes to the bad part of this, and that is to make the memory cell move from the state to the front (to write less detail) has latency of approximately 5 nm, and its return wavelength is 3 nm. This means that this type of memory is much slower than DRAM in terms of access times (because depending on the speed as fast as DRAM).
Of course, the UK III-V memory is still developing and actually currently only contains transistors. Investigators have said that, when it reaches the production stage, the cells they will carry a controller that will make this pass much smaller and that its performance can be compared to that of the traditional RAM we use today.
UK III-V memory, is it the future?
Having faster DRAM memory is more interesting, because it would allow us, for example, to have PCs capable save data stored in RAM even if we turn them off and actually, start again at record time when we light them again. To this we must add that the need for sleep states can be eliminated, and that the system can turn off the modules for this RAM to save power when they can be used and open and when needed.
The main problem at the moment is that the technology used to recall the UK III-V is still at a very advanced stage of development. Currently it contains only transistors produced in the 20 nm process, and we'll have to see how they work when the process is small, and when the controller is put into the equation to see if such high voltages are developing.
Technology, in any case, is promising and there can be no doubt that they will continue to develop you to try to have a real application in our daily life plans. The applications you may have are attractive – we've written them, and we certainly have many more – and of course it's a good thing to have the future of PCs.
