The new AGESA 1.0.0.6 code developed by AMD to improve the performance of AMD Ryzen processors, since it supports more RAM modules and allows RAM to reach up to 4000MHz.
It continues the development by AMD to improve the performance of AMD Ryzen processors, specifically by supporting more types of RAM and higher frequencies of these. AMD has released an update AGESA 1.0.0.6, which improves and extends the performance of RAM memory supporting up to 4000MHz. Infinity Fabric, which is the technology that connects the two CCX modules, depends directly on the RAM memory, since the speed of this influences the final performance of the processor.
The Ryzen processors arrived with stock and performance problems, leaving everything behind right now, since the performance of these processors has risen a lot after the updates. AGESA is in charge of managing the startup of the processor and the different elements, which is of great importance for the entire system to function correctly. This AGESA 1.0.0.6 update will reach users through a BIOS update, which will be developed by the different motherboard manufacturers and would theoretically arrive next June.
These processors will improve the compatibility of the RAM memory modules that we can currently find on the market with Ryzen processors, introducing at least twenty-six new parameters that will help to achieve a good functioning of the memories even if they do not have JEDEC standards. , or what is the same, the working frequencies of all the memories will exceed the base 2133MHz and will be compatible with AMP technology, AMD's own version, based on Intel XMP technology.
In addition, this code incorporates different improvements in the virtualization of operating systems, adding support for PCIe Access Control Services, which will improve the performance of 3D acceleration of virtual systems. This allows new systems with dual GPUs, allowing one of them to pass to the host system and the other a virtualized system, which will allow the possibility of running video games in the virtualized system as if it were the native one.
Source: TPU
It's funny, you buy a 200 euro processor and some memory that costs more than the processor itself 😀 hahaha how great.
The problem is not that, the problem really is that the price of RAM is absurdly through the roof.
That's why I say it, that in 3 years perfect, now a 16gb pack of 4000 costs a minimum of 300.
The thing is good and bad, good because amd is fixing the defects and the platform is close to being stable and bad because not everyone knows how to update a BIOS, most do not know how to put a BIOS and they are left with the entire green platform and with deficiencies , amd should have pulled this out before launching ryzen ...
But the problem is buying 4000Mhz memory that costs a pack of at least 300 euros 😀 more than a Ryzen 😀 is just not worth it.
Hi. I must say that you are wrong in this case. What the code allows is to recognize memories with higher frequencies and also to raise the frequency by means of the AMP profiles, AMD's version of Intel's XMP profiles. Until now, these profiles were going in those ways and limited the uploads, so much so that we, at the beginning of these processors were not able to increase the frequency of any of the four RAM kits we had, only to 2133MHz and thank you.
Yes, but I say that for you want memories in general it is for Ryzen as for Intel it is silly I do not say that it is better or worse or can handle that kind of speeds right now, I say speed, that people who want a Ryzen do it buy for the price and I don't think you want to spend the same on the processor as on the ram memory.
I do not see where it hurts the common user, he does not know how to enter or the bios so he has amd or intel he will have them in 2133 and no more, this update is for gamers who have fast and expensive memories.