The AGESA system is a correction that needed in terms of processor much faster than the normal reading of a motherboard. Before while it started, the very slow processor could not program as fast as what was in setting on the motherboard. The motherboard has in turn the problem of initializing everything it has on your computer connected to the motherboard. Today with the fastest motherboard (chipsets) and processors, there has been a need for an internal processor program that ensures the re-reading of everything that has been connected to the board before confirming that everything is ready. Now at the end, you do not have time to shut down by your decision if you want the board to turn off or go less powerful in regards to power. Its experience reaches the level of getting put in the processor before the motherboard that it should go to up to X power. If it is faster, and you have verified that after everything has been checked it needs to be less powerful for example. This will only happen after the motherboard is ready, expecting to have done all the checks. Only then does she reprogram the processor for her idea of potential value. If the power that you have verified is necessary for your processor to be quiet, it is a limit. The limit of it while waiting for the motherboard to program it. It will be reaching before it is ready. Today it is much faster. Always remember that. He will reach the limit and his care when programming the motherboard to leave it below the limit, will happen later. If the limit is necessary for his life, and this happens. It for example reached the limit before the motherboard reaches its ready moment. And you, with all the care you have, will lose you. With the AGESA system, it resets its limit before the motherboard is ready.
The problem is that many people do not think of peripherals. The agesa protects the peripherals by speeding that the processor has for all the technologies. He is much more ahead than the total.
Its source if it is the limit for example that AMD recommends for the processors AMD FX serie 9, you lose the source, you lose the water cooler, you lose the video card. And the motherboard is not ready yet. If she has time to be ready and strong enough to reschedule her tax threshold.
This value of 1000 w. Is for the lay user. The user who does not know how to calculate. Because? It is able to reach with the processor 1100 w before the board is ready. And the source can handle the over. But the rest can not stand it. Until the card is ready, the chipset on the video card has already been ready twice. The 500-gigabyte hard drives have already been pointed to the manufacturer's desired value at 3 times faster than the motherboard, depending on the processor speed. The processor requires the power as soon as it is turned on. What remains is for the computer and everything on the motherboard, and also the motherboard. This remainder may be bad for the rest. The video card may become hot at the moment it is turned on, and not have the cooler running due to insufficient power sufficient to cool it. And this happens, if you turn off the computer after a strong video game. And reconnect. When you reconnect, it's still boiling. It will need cooling before the motherboard is ready. Because the processor is already working. With the agesa you impose a smaller power and it does not require much of the source and the rest have the energy to start working. And protect yourself from excesses. That's the agesa. You program for smaller energy situations your processor, or more if you are well prepared. A 1200 W power supply. Strong water cooler, video card with strong cooler. At this point you forget AGESA because if the board takes or not the processor can consume the surplus will to the requirements of the rest of the computer. Hugs. Now if you do not want it. Buy some processors that I bought just to watch the movie. I can not even type my entire name in computer graphics. This saves energy. And you stare at the ones up there, not knowing what it's like to say that you have an airplane as a computer. These processors do not spend and do not need agesa. Puts a candle, crank, engine to oil, charcoal and they work. The problem is to calculate the fermi number. This gives money and makes the country a trillion dollar. Without action does. In 3 years he gives you 3 lines of probable numbers. Which has agesa, in 1 second it gives you a billion of probable numbers and does not burn. Print the results, and send them to those up there who do not know math, which is what makes the country rich. And goes away with his series 9. or intel, if he has these problems. I think they call it low and it raises.