The first thing we need to know is the basic pillars on which everything is based, since excessive overload in RAM is the type of circle in which almost all settings are affected. These basic pillars are: IMC (integrated memory controller), IMC voltage, RAM voltage, RAM frequency, RAM splitter and its time.
Usually when we touch on any of these components, we influence others, often badly, because we increase performance but create instability. Therefore, it should be compensated to keep the PC as a stone.
Overuls in RAM is undoubtedly the most complex of all
Due to the number of timmings available in RAM, its high-level configuration is really tricky, especially when we reach certain frequencies where completeness becomes increasingly necessary and at the same time very difficult to achieve.
Since this section provides a very large article divided into several sections, today we will simply see the basic idea and how it all works. On the basis that we know the status of our modules (otherwise, we will use the system Thaiphoon Burner), the most important value when it comes to gaining performance in RAM is its frequency.
Although there is a myth that it is better to slow down the timmings than to increase their speed, this is not true, since bandwidth and normal time are much more determined by the former than in the past. So also starting from the premise that it is better to convert values from UEFI / BIOS, we will add it to know what values we should affect its overuls.
We should not use XMP or AMP profiles
The first step to recovering RAM is to remove it or disable the XMP profile of our modules. Many people make the mistake of over-reacting to this profile and logically find many other problems to gain stability.
How to change the frequency
If the XMP profile is disabled and stored in UEFI, we will re-enter to select the desired speed in our memory. We start from 3200 MHz and were provided with four (Samsung B-Die) chips that we can download without too many problems to 3600 MHz.
Each type of modules will have a different frequency, which should be accompanied by the positive results we will see next. If we are very inexperienced in over-delivering and do not want to spend too much trial and error, we recommend that you search for information from your modules through the forums and the Internet, at least for a series of guidelines, which is not possible to give in general terms because of variety of chips and modules available the market
Therefore, some modules can use high frequency and others not so much. Most will be limited more by a value such as BMI voltage or BMI itself than the frequency itself, unless we start very low frequencies such as 2133 MHz, 2400 MHz or 2666 MHz, for example.
RAM power is important
When the frequency we want or think will be able to withstand these modules has been selected, we should go to RAM capacity. The high voltage power recommended by Intel and AMD is 1.35 volts, but most of the time we have to overcome if we want to reach these waves.
Of course this is everyone's job, especially since neither of the two manufacturers has specified the exact relationship between this voltage and BMI, something that the law is not related to, but it has been shown that neither vandalism the last one.
What we should point out is that higher frequency in RAM means greater power to them, where from 1.45 volts is considered excessive volume regardless of the modules we have.
The power of BMI
It is the most sensitive electrical power of all related to excessive RAM pulses. Also that the memory controller is very sensitive to variations and time limits, so it should be modified as accurately as possible.
As usual, motherboards tend to put more electricity under the stock configuration, which means greater jitter at stations and in some cases depending on the motherboard, low performance. On larger platforms this voltage should not exceed 1.25 volts
This should give us a range between 3600 MHz and 4200 MHz, both of which end up being worse and with better results. BMI is part of the fact that, like cores, it can get better or worse depending on the quality of silicon, each is different and as we can see above, we can get up to 600 MHz at the same volume on different CPUs.
Time correction
It is a very important category and at the same time a very complex one, because the options are huge and the prices get a very wide range. It is a very broad topic that we will discuss in related news later because of all this.
It is also everywhere for those unfamiliar, as the first place to look as often as possible with stock timmigs of our memories, which we would have to manually set to 3 or 4 values allowed by each platform.
VCCIO volumes
Why don't we talk about the VCCIO volume? Although AMD does not install it as such, it is a volume that helps stabilize the I / O processor and as a result it can improve RAM stability to your overalls. It is not currently used except in cases where the BMI voltage remains high or the frequency is too high, in which case it may be helpful to obtain those overuls against us.
Frequency is not necessary to touch and we will be able to reach maximum frequency with limited voltages without changing its value.
Table of Contents
