In our previous reviews of Gigabyte mainboards we have already discussed multiple times the functionality of Gigabyte 3D BIOS and the default “3D Mode”. In this mode we see a schematic layout of the mainboard, which key knots are highlighted one by one inviting the user to click on them. It works as a visual hint for the inexperienced users prompting them how they could proceed to adjusting the settings for their processor, memory, voltage regulator, etc.
In some cases it is more convenient to work in the visual “3D Mode”, however, the “Advanced Mode” offers more parameters, which we will briefly revise here again.
When you switch to the “Advanced” mode, you get into the “M.I.T.” (MB Intelligent Tweaker) section, which contains all parameters related to overclocking and performance optimizations. The section main screen only lists all sub-sections and reports the basic system data.
Then we see a purely informational “M.I.T. Current Status” sub-section telling you the current operational parameters of the system.
The “Advanced Frequency Settings” sub-section allows you to adjust frequencies and multipliers and there are special informational parameters that will keep you posted about the changes you are making.
The settings dealing with processor technologies, detailed adjustment of the CPU clock frequency multiplier and power-saving modes are singled out onto a separate page called “Advanced CPU Core Features”.
“Advanced Memory Settings” sub-section allows you to fine-tune the memory sub-system.
Parameters controlling numerous memory timings are all on separate pages. You can set the timings simultaneously for both memory channels or individually for each one of them.
“Advanced Voltage Settings” sub-section allows you to work with different voltages. Unlike mainboards for Intel processors, there are fewer parameters here, but all of them fit into a single screen, which is very convenient. The CPU Vcore may be locked at a certain value or you may also add a certain value to the nominal setting. The voltages may be not only increased, but also reduced below the nominal, which may come in very handy sometimes. For example, you may need it if your CPU is functioning at the lower than nominal frequencies or if you are using low-voltage memory modules. It is very convenient that the current values of all automatically set voltages are mentioned right next to the corresponding parameters.