After paying attention to the memories and learning about their future abilities and their speed in the present, we approach the second part, the graphic core. Unlike the memories The fast Of this part will not always significantly increase the performance as can be seen in the basically neutered GeForce 2 MX200, but in contrast stands the GeForce Titanium 200 which will only enjoy a good overclock to its core, which is only neutered in terms of speed…
Again we will try to give speeds Core Different cores are leading today, including the maximum that I think can be reached in plus or minus:
The name of the graphics chip
speed Overclock Average
* Do not enter the speed of newer video cards now…
If we pay attention to the GeForce 3 Ti chip, for example, it seems that it is basically the same chip that comes at different initial clock speeds, hence it is quite clear that it is worth buying a GeForce 3 Ti200, because with simple overclocking it is quite easy to get regular GeForce 3 performance But also pay attention to chips for which overclocking will not help so much, certainly not as an appropriate memory treatment, in this category you can see the GeForce 2 MX200 which will gain performance only from overclocking to its memory, or chip The gts which will only enjoy higher memory speeds, and a vivid example of this can be seen with the PRO / Ti, when only the memory speed differs between them and the different GPS cards, and the performance differences are very large…
If we continue to examine the different cores, we will look at which core must be active cooling and which can do without. In principle, GeForce 2 MX200 with fan is a gimmick, while the MX400 can do without active cooling, even in overclocking.
עם chip The GTS active cooling comes from the various manufacturers, and such cooling is especially necessary in overclocking as we will see below…
Before entering the cooling options themselves, we will continue to examine our card, and now look at its size, that is, its size, and especially the ease of working with it, when on small physical cards, like the MX200 I had at the time of inno3d, a card that was so small And not flexible until it took a real architectural work to try and put on it Cooling Some of his SDRAM memories.
In contrast to this card you can see a spacious and convenient card for work such as the 2 cardo, almost flat card, and with reasonable and comfortable intervals for ribs Cooling variance.
The memory is usually arranged on the card according to the following shape, with the gaps between the memory chips themselves, and the obstacles are of great importance in the pre-oclock design.
It is worthwhile to see if there are holes on the card itself for various fans such as the Blue Orb or The crystal lurks Which will be installed later. These holes anchor the fan and create a small space between the core and the base of the fan, for a thermal material that will transfer the heat with maximum efficiency…
Please note: It is very important to know the physical limitations of the card before the action itself, and it is very important to plan Cooling Right and effective.