The DRAM Ratio BIOS utility controls the CPU DRAM coefficient. This option is coined with features and. Its configuration is fully determined by the parameters that are assigned to the above BIOS options. To configure the utility, values \u200b\u200bare available: by SPD, 1: 1, 3: 2, 3: 4, 4: 5, 5: 4.

The table below shows the correspondence of the parameters of the function of the parameters of the two other options.

DRAM RATIO H / W STRAP value	DRAM RATIO value (CPU DRAM coefficient)
Low.	1:1, 3:4
High	1:1, 4:5
Value N / B Strap CPU AS
PSB800.	1:1, 3:2, 5:4
PSB533.	1:1, 4:5
PSB400.	3:4

In promotional purposes intel. It was stated that the Pentium 4 CPU model has a tire with a frequency of 533, 500 and 800 MHz (MHz). The actual frequency of the CPU tire is 133, 100 and 200 MHz, respectively. Where does such a difference come from? This fact is explained by the presence of QDR-BUS (Quad Data Rate Tires) in this CPU model. The speed of processing information on the tire of this form is four times higher than the average. It is actual numbers that need to be taken into account to configure the DRAM-coefficient CPU.

The following tables provide the dependence of the effective frequency of RAM from the frequency of the tire and the selected coefficient.

For CPU-Bus 100 MHz (which is equal to 400 MHz DDR):

For CPU-Bus 133 MHz (which is equal to 533 MHz DDR):

For CPU-BUS 200 MHz (which is equal to 800 MHz DDR):

How to use the option?

As a rule, in most cases, the UPD parameter is used for the utility under consideration. At the same time, the BIOS reads all the boot information that is programmed by developers in a special SPD microcircuit. If necessary, manual setting should not be forgotten about the value of 1: 1 as a coefficient recommended by the manufacturer and allows you to achieve a reasonable balance between the speed of RAM and its productivity.

RAM
When using two memory modules, install them in red slots (located closer to the processor).

iGPU (built-in graphic kernel)
The built-in graphic core during operation is highlighted heat. It is logical that when it is turned off, you can achieve the best results of overclocking. Use PCI-Express video card and in BIOS Disconnect (disabled) iGPU Multi-Monitor Support To disable the graphics core.

Cooling processor
Use only the very following best Systems cooling, because The processors performed by the LGA1150 are somewhat hot, which could be and for large loads it is possible to trigger the (Thermal Throttling). When overclocked, it is strictly recommended to use such cooling systems that would blow the radiators on the nutrition subsystem. Or ensure that by blowing them by other fans.
Haswell processors are very sensitive to temperature. The better you cool them, the stronger you can disperse. It has been experimentally proven that under negative temperatures, overclocking results are impressive even with reasonable voltage values. If you plan to assemble a system, for example, with a freon cooling system, then be sure to take care of the insulation of electronic components from condensate. CPU temperature can be viewed in the Coretem Utility.
Now you can go to the recommendations for setting up the BIOS system.

UEFI BIOS.

The maximus VI Extreme is pre-installed 5 overclocking settings profiles. They can be the basis for overclocking your processor instance - it will only be necessary to correctly correct the parameters.

Set the parameter Ai Overclock Tuner. In value ManualTo access BCLK management. You can set x.m.p. mode. To set all the basic parameters of RAM in accordance with the characteristics declared by the manufacturer. This mode can also be selected as a basic one, then its settings can be adjusted.

CPU Strap Sets different values \u200b\u200bof feuds for the processor. This will dispersed Bclk to the maximum possible values \u200b\u200bfor your processor.
Communication between BCLK, PCIE and DMI frequencies is: PEG Frequency \u003d DMI Controller Frequency \u003d 100 x (BCLK / CPU Strap).
Remember that for different processors, workable females may differ.

Option Source Clock Tuner will not be available if the value CPU Strap Not installed in a fixed value.

Parameter Pll selection It can be set to Self Biased Mode (SB-PLL) mode, which will affect the best acceleration of the BCLK (basic frequency), but the operation of PCI-E 3.0 may deteriorate due to the increase in the phase trembling of the digital signal (jitter) PCI-E. The user can set the Inductance / Capacitance mode mode (SB-LC) to minimize the PCI-E jitter for better compatibility with PCI-E 3.0 devices.

Parameter Filter Pll. can be installed in mode High Bclk Mode. To achieve high BCLK values, but it threatens an increase in jitter. Such a mode of operation is usually required to establish BCLK over 170 MHz. If you do not need such values, then boldly put the mode Low Bclk Mode..

ASUS MULTICORE ENHANCEMENT. need to enable ( Enabled.) So that the system automatically raises the processor frequency to the maximum value according to your settings when they exceed the standard values.
INTERNAL PLL OVERVOLTAGE need to enable ( Enabled.) For the greatest overclocking of the factor. But also remember that the S3 / S4 operation can lead to the impossibility of working on some RAM modules.
Parameter CPU BUS SPEED: DRAM SPEED RATIO It can be 100: 100 or 100: 133. The choice of one of these relationships can be useful to set the exact frequency of RAM. With the DMI / PEG 1: 1 frequency ratio, with an increase in the DMI / PEG frequency by 1%, the memory frequency will also increase by 1%.

Turning on Xtreme Tweaking It can achieve an increase in productivity in old benchmarks.

FULLY MANUAL MODE. - Exclusive mode from ASUS, thanks to which you can manually configure six key voltages to the processor. In this mode, the processor will not reduce any of the six voltages during idleness, even if EIST or C-STATES is included. If you need energy saving, then you need to turn this option.

Three most important stresses CPU Core Voltage., CPU Graphics Voltage., CPU Cache Voltage. can be installed in manual adjustment mode ( Manual) options are available options CPU Core Voltage Override, C. PU Graphics Voltage Override and CPU Cache Voltage Override. In this mode of operation, the internal voltage regulator supplies the exact voltage to the CPU Vcore, CPU Graphics and CPU Cache. This mode will start working as soon as the VOLTAGE OVERRIDE values \u200b\u200bexceed the AUTO value. In this voltage mode, during downtime will not be reduced, even if EIST or C-STATES is included.

Parameter Offset Mode. Opens the mode Offset Mode Sign. To change voltages CPU Core Voltage Offset, CPU Graphics Voltage Offset and CPU Cache Voltage Offset. To set the voltage offset level, change these parameters. AUTO mode is a setup from professional ASUS engineers. If you change the voltage to the minimum step + -0.001 in, then you will receive the default voltage.

In mode Adaptive Mode. Mode will be available Offset Mode. and additional mode ADDITIONAL TURBO MODE VOLTAGE For CPU Vcore, CPU Graphics and CPU Cache. Adaptive mode can be considered an extension of the offset mode. Additionally, the specified voltage will be active while working. Turbo Boost.. AUTO mode is a setup from professional ASUS engineers. If you change the voltage to the minimum step + -0.001 in, then you will receive the default voltage.

Disable function Svid Support Terminates the processor interaction with an external voltage regulator. When acceleration recommended the value Disabled..
Voltage separation by INITIAL CPU INPUT VOLTAGE and EVENTUAL CPU INPUT VOLTAGE Allow more accurately set voltages before and after passing POST. This turns the "unsuccessful" processors to pass a post with higher voltage and reduce it for further work.

CPU Spread Spectrum need to turn off ( Disabled.) When overclocking the processor.

Bclk Recovery. need to enable ( Enabled.) when overclocking the processor so that the system can boot into the BIOS in safe mode With incorrectly displayed frequency settings.

CPU Load-Line Calibration You can set to the maximum level (8) so that the voltage does not appear when the processor is loaded in acceleration. Level can be reduced to reduce energy consumption and heat dissipation if the system remains stable.

Parameter CPU VOLTAGE FREQUENCY. It can be set to MANUAL mode to select a fixed frequency. The higher the frequency, the more stable input voltage (CPU INPUT Voltage). An increase in this frequency can increase the acceleration of BCLK, but it all depends on the processor instance (some may require a smaller frequency for b aboutsmoke BCLK values). It is strongly recommended to include Enable VRM Spread Spectrum or Enable Active Frequency ModeIf you do not intend to install a fixed processor frequency value.

VCCIN MOS VOLT CONTROL It can be increased to increase stability, but the heating will be enhanced. If you set the value Active VGD.The VCCIN MOS Volt Control will be dynamically adjusted depending on the processor boot.

CPU POWER PHASE CONTROL need to set Extreme.So that all phases are active. Otherwise, during idle, some phases are inactive. This may allow to increase acceleration in frequency.

CPU POWER DUTY CONTROL need to set Extreme.. In this mode, preference is given to the supply of voltage to IVR, and not a balance with a temperature. In this mode, you can get a little more acceleration.

CPU CURRENT CAPABILITY. Install 140% To move the triggering threshold from current overload. This will increase overclocking.

Value CPU POWER THERMAL CONTROL You can increase if you have overheating problems. But it is strongly recommended not to change this parameter. If you have problems because of overheating, it is better to put additional cooling On the radiator of the power subsystem.

CPU INPUT BOOT Voltage - The initial voltage from the power subsystem (Extreme Engine Digi + III) on the integrated voltage controller (FIVR - Fully Integrated Voltage Regulator), which is used before the BIOS is loaded. This voltage is actively up to initial voltage CPU Input Voltage specified from Extreme Tweaker. Careful selection of this voltage can help achieve maximum processor frequency.

CPU CURRENT CAPABILITY. in meaning 130% Shifts the shift threshold for overcurrent overload for DRAM VRM. It helps to increase the acceleration of RAM.

Dram Voltage Frequency in Manual Allows you to manually configure the VRM frequency. The higher the frequency, the more stable voltage VDDR, which will make it possible to achieve a greater overclocking of memory (do not forget that for each strap is different overclocking).

DRAM POWER PHASE CONTROL in meaning Extreme. Does not allow the power supply phases to disconnect. This can allow to increase memory overclocking or increase the stability of work if the memory modules are installed in all slots.

Long Duration Packet Power Limit Determines the maximum value for trolling operation when power consumption exceeds a certain level. It can be said that this is the first level of processor protection from damage. By default, this is the value of TDP from Intel. If you leave in the "AUTO" mode, the value recommended by ASUS (OC Expert Team) will be set.

Package Power Time Window - The value in seconds that indicates how much the processor is allowed to work with the exceeding TDP (the value that we specified in the Long Duration Package Power Limit). The maximum possible value is 127.

Short Duration Package Power Limit Specifies the highest possible energy consumption with very short-term loads to avoid system instability. This can be considered the second level of processor protection. Intel considers a normal value to 1.25 from Long Duration Package Power Limit. Although intel Specifications For triggering Short Duration Package Power Limit, short-term loads can be no more than 10 ms, the ASUS motherboards can withstand a much longer time.

CPU Integrated VR Current Limit Defines the maximum current from the CPU Integrated Voltage Regulator at extremely high loads. The maximum value of 1023.875 is essentially disables the removal of the limit for IVR, which turns off the trottling due to exceeding standard parameters Current during acceleration.

Frequency Tuning Mode. Determines the speed of the processor with IVR. Value +6% Provide more stable supply of all six main stresses. A decrease in this parameter can reduce the temperature of several degrees.

Thermal FeedBack The processor will determine whether the processor will trollen when overheating the external power subsystem. This setting determines whether protection from overheating the power subsystem will work. If you turn off this protection, it is highly recommended to control the temperature of the radiator.

CPU INTEGRATED VR FAULT MANAGEMENT It is recommended to turn off if you enhance the voltage manually. Disabling can be useful when overclocking.

CPU Integrated VR Efficiency Management It is recommended to install in mode High Performance.to increase overclocking potential. Balanced mode will bring a small energy savings.

Power Decay Mode. Responsible for energy saving in simple. When overclocked, it is recommended to turn off ( Disabled.).

IDLE POWER-IN RESPONSE Regular. Fast mode is set to reduce power consumption.

IDLE Power-Out Response When overclocking, it is recommended to install in mode Fast.That allows you to submit a slightly higher voltage to the processor with the smallest delays.

Parameter Power Current Slope. With meaning Level-4. Shifting the trolling time a little further.

Power Current Offset. Specifies the offset of the POWER CURRENT SLOPE parameter. Value -100% Shifts processor trolling time.

POWER FAST RAMP RESPONSE Determines how quickly the IVR must respond to the voltage request to the processor. The higher the value, the faster the reaction will be. You can set the value 1.5 to improve overclocking.

POWER SAVING LEVEL 1 THRESHOLD Determines the minimum power level when the processor must run trottling. Install 0 To disable this feature.

POWER SAVING LEVEL 2 THRESHOLD - Similar to item above.

Power Saving Level 3 Threshold - Similar to item above.

VcCin Shadow Voltage. - Voltage that is supplied from the external power subsystem to the internal power controller during POST passage. This voltage is actively between the CPU Input Voltage and Eventual CPU INPUT Voltage. In AUTO mode, the voltage will be set automatically, not higher and not lower than safe thresholds.

PLL Termination Voltage (Initial / Reset / Eventual) It is recommended to change with extreme acceleration at negative temperatures. Nominal value 1.2 V. Safe voltages - up to 1.25 V and above 1.6 V. Do not install the voltage between 1.25 V and IVR voltage to avoid the rapid degradation of the processor.
When overclocking BCLK Over 160 MHz, do not forget to configure Voltages of PLL Termination Reset Voltage and Eventual PLL Termination Voltage to the same level with Eventual CPU INPUT Voltage or higher. For example, if Eventual CPU Input Voltage is 1.9 V, the PLL Termination Reset Voltage and Eventual Pll Termination Voltage must be 1.9 in or higher to achieve the optimal effect.
If you do not plan to overclock the BCLK over 160 MHz, the PLL Termination Voltage must be reduced to 1.1 or 1.0 V. Simorally, set this value to 1.25 V or on the equal to the CPU INPUT Voltage to achieve the optimal result.

X-Talk Cancellation Voltage You can increase if the system is unstable (for example, BSOD 0124). But the effect will be the opposite if Max. Vcore Voltage works under the LN2 mode - in this case, the reduction of the voltage will increase stability. Default - 1.00 V.

Cancellation Drive Strength Manages the mode of operation X-Talk Cancellation Voltage.

PCH ICC Voltage. - Voltage to an integrated clock generator. Default - 1.2 V.
For high frequency DMI (\u003e \u003d 115 MHz) - try 1.2500 V or below.
For low DMI frequency (ICC Ringback Canceller can be configured as follows:
- Turn off ( Enable) at high DMI frequencies
-turn off ( Disable) As low frequencies DMI

Clock Crossing VBoot - Nominal value of 1.15000 V. Usually, it is necessary to reduce this voltage to increase overclocking. Reduced values \u200b\u200bcan help achieve higher DMI frequencies, but can also reduce the stability of PCIE 3.0 (lift the value if collided with PCIe 3.0 instability). By experience optimal meaning It can be 0.8000 V. Also an increase in this value to 1.65 V can shift Cold Boot Bug with extreme acceleration (negative temperatures).

Clock Crossing Reset Voltage

Clock Crossing Voltage. It is recommended to reduce to increase overclocking. The default value of 1.15000 V. The decrease in this value can help achieve to increase the DMI frequency, but to the detriment of the stability of PCIe 3.0. According to the experience, the optimal value can be 0.8000 V.

DMI DE-EMPHASIS CONTROL You can change manually for better DMI overclock. But value +6 is optimal.

Parameter SATA Drive Strength It can be configured manually to improve the stability of SATA. By default - 0. You can try to change in both directions.

CPU PCIE CONTROLLER In mode Disabled. Disables the controller built into the PCIEX16 processor to increase productivity in 2D benchmarks. In this case, the workers remain only the PCIE_X4_1 slot.

Gen3 PRESET. In AUTO mode, the optimal value. But you can try all three pre-installed profiles and choose the most productive. This is especially useful when testing SLI or CrossFirex configurations.

PLX 0.9V Core Voltage / PLX 1.8V AUX Voltage - Voltage control on PLX PEX8747 (Bridge PCIe 3.0).

PCIE CLOCK AMPLITUDE. You can configure manually, picking up the best mode at a high PCIE frequency (due to high frequency BCLK). Most often, above - better.

Internal Graphics. (Built-in timetable core) It is advisable to disable to improve overclocking.

This article is a free translation of the official article by ASUS ROG.
If you found any inaccuracy, let's notify this in the official community

Menu Bios. system board P35 Platinum. All performance related functions, with the exception of Peripherals (peripherals), System Time (Power Management), Power Management, are located in Cell Menu. Users who want to configure the frequency of processor, memory, or other devices (for example, a graphics card and south bridge tires) can use this menu.

Remember that if you are not familiar with the BIOS melts, it is recommended to execute the "Load Optimized Defaults" item to quickly complete all settings, which will ensure normal system operation. Before performing overclocking, we recommend that users first execute this item, and then produce fine settings.

Cell Menu System Board P35 Platinum

All settings associated with acceleration are located in the section "Cell Menu", which includes:

• Intel Eist.
• Adjust CPU FSB Frequency (FSB CPU Frequency Setup)
• CPU Ratio CMOS Setting (Setting the CPU Frequency Multiplication CMOS)
• ADVANCED DRAM CONFIGURATION (SPECIAL DRAM configuration)
• FSB / Memory Ratio (frequency ratio FSB / memory)
• PCIEX4 Speed \u200b\u200bController (Speed \u200b\u200bControl PCIEX4)
• ADJUST PCIE FREQUENCY (PCIE frequency setting)
• AUTO DISABLE DIMM / PCI FREQUENCY ( automatic shutdown Dimm / PCI frequencies)
• CPU Voltage (CPU supply voltage)
• Memory Voltage (memory voltage)
• VTT FSB Voltage (VTT FSB voltage)
• NB Voltage (Northern Bridge Voltage)
• SB I / O Power (South Bridge I / O Power / Output)
• SB Core Power (Nutrition of the Southern Bridge Core)
• Spread Spectrum (clock frequency spectrum limit)

The user interface "Cell Menu" menu is very simple. Related functions in it are combined into groups. Users can compare the values \u200b\u200bof the parameters and perform the settings step by step.

Before overclocking, please install the functions " D.O.T. Control"And" Intel Eist "to the" Disabled "state (Default - Enabled (enabled). The specified settings will allow you to establish custom processor and frequency power voltage values. system Tire. After disabling these functions, the option will appear. CPU Ratio CMOS Setting (setting the processor frequency multiplication factor in CMOS)” .

1. CPU frequency: After download optimal settingsThis option will automatically show the CPU frequency. For example for intel processor Core 2 Duo E6850 will be shown "333 (MHz)." The frequency setting can be made by the digital keys or keys "Page Up" and "Page Down". When setting up the value displayed by the gray "Adjusted CPU Frequency" (operating frequency of the processor) will be changed according to the set frequency.

2. Processor frequency factor: Depending on the rated processor frequency, for example, 1333MHz, 1066MHz and 800MHz, the range of multiplier values \u200b\u200bwill be different.

3. Special DRAM configuration: This option is designed to adjust the memory delay duration. The smaller its value, the higher the speed. However, its limit of its increase depends on the quality of memory modules.

Tip:If you use the available interconnected memory modules, we recommend entering the Cell Menu menu\u003e Advanced Dram Configuration\u003e Configure Dram Timing by SPD (DRAM mode configuration via SPD), set this option to Disable mode (disabled), will appear 9 additional user options that allow you to improve memory performance.

4. FSB / Memory Ratio (FSB and memory frequency ratio): This setting determines the link between FSB frequencies and memory. When the "AUTO" value is set, the memory frequency will be equal to the processor frequency. When installing a user value, please follow, Rule 1: 1.25. For example, a processor with a frequency of 1333MHz and DDR2-800 memory. Next, 1333MHz / 4 x 1.25 x 2 \u003d 833MHz and the DDR2 frequency will be 833mhz.

5. Adjust PCIe Frequency (PCIE Frequency Setup):Usually clock frequency tires PCI Express has no direct connection with acceleration; However, its fine tuning, also can help overclocking. (The default value is 100. It is not recommended to set this value more than 120, it may cause damage to a graphics card.)

6. CPU Voltage (CPU supply voltage): This item plays a crucial role in acceleration, however, due to the complexity of interrelations, it is not so easy to choose its best setting. We recommend users to perform this setting with caution, since the incorrect value can cause a processor output. According to our experience, when using a good fan, there is no need to set this value to the limit value. For example, for the Core 2 Duo E6850 processor, it is recommended to set the supply voltage 1.45 ~ 1.5V.

7. Memory Voltage: Since the memory is controlled by the North Bridge, the memory power voltage should be raised simultaneously with the supply voltage of the main nodes. Of course, the limit of this increase depends on the quality of the memory modules.

8. VTT FSB Voltage (VTT FSB Power Voltage): To ensure that all major system nodes have close operating stresses, the VTT FSB supply voltage must also be increased. This value should not be too high in order not to take unwanted effects.

9. NB Voltage (North Bridge Power Voltage):The north bridge plays an acceleration of a crucial role. Preserving the stability of the processor, memory and graphics card can be achieved by increasing this voltage. We recommend users to make a fine configuration of this parameter.

10. SB I / O Power (South Bridge I / O Power / Output): The southern bridge controls the connection peripheral devices and expansion cards that play a more important role on the new platforms from Intel. The default voltage value for ICH9R is 1.5V, which determines the setting of I / O voltages for peripheral devices. We recommend increasing the voltage to 1.7 ~ 1.8V, which will increase the stability of the connection between the northern and southern bridges, as well as will help acceleration.

11. SB Core Power (South Bridge Core Voltage): Before, during acceleration, the south bridge was ignored, however, with an increase in supply voltage, it improves performance.

It should be remembered that MSI highlights the settings of different colors: the default settings are gray, white shows the safe values, dangerous are highlighted in red.

Advice: MSI warns: more often check the fan rotation speed. Good cooling plays a decisive role when overclocking.

.
When you boot a PC, hold the key: delete. And we get into the UEFI BIOS, the default to the simplified mode: EZ MODE. It displays basic information about connected devices: memory, SATA / PCIE NVME -Carders, fans, processor, as well as temperature and processor voltage, fan speed and system mode.

When you press the F11 hot key, the menu appears to overclock the system based on components, cooling and scenario. Here you can configure the RAID array.
EZ TUNNING WIZARD\u003e OC\u003e CURRENT SYSTEM CONFIGURATION - Current system configuration. Next.

PC Scenario\u003e Daily Computing or Gaming / Media Editing. Next.

Main Cooling System\u003e Box Cooler, Tower Cooler or Water Cooler. Next.

Estimated Tuning Results.

For the installed memory set, select Extreme Memory Profiles (XMP) profile. For a Corsair Vengeance RGB CMR16GX4M2C3200C16 memory dialing, only one profile # 1 is available.

A message will appear: "Notice. Would You Like to Apply The All Core Enhancement with the XMP Settings for Improved Performance? SELECT" NO "for Intel Stock Operation. Sufficient Processor Cooling Is Required Under the All Core Enhancement.
Click on the: Yes button.

And we get the memory XMP DDR4-3200 16-18-18-36-1.35V.

By pressing the QFan Control (F6) button, the seven fans configuration schedule will appear and one pump is.
Speed \u200b\u200bcontrol. Select the target fan, then move the slider to select any of these profiles: standard, quiet, turbo and full speed. You can also move the slider to the Manual position and manually adjust the fan speed.

Go to the Advanced Mode: Advanced Mode (F7), in it We will find 8x standard bookmarks (My Favorites, Main, Ai Tweaker, Advanced, Monitor, Boot, Tool, EXIT). Bookmark: My Favorites.Here you can add any parameters at your discretion to accelerate access to them (for this, click on "My Favorite (F3)" from above the menu or use the F3 hot key).

CPU Core Ratio allows you to select three options: Auto, Sync All Cores, Per Core.

The remaining settings in the My Favorites tab:

Bookmark Main. Contains basic system information: BIOS version, installed processor model and memory specification, you can also select the menu language, etc.

Bookmark Ai Tweaker.
Ai Overclock Tuner. - Here you choose from the drop-down list of overclocking the RAM: AUTO (nominal settings without acceleration), Manual ( manual mode) and XMP (overclocking only memory using XMP profile). In manual and XMP modes, you can change all the settings in the BIOS. In an automatic motherboard, herself selects the desired settings closer to optimal.
Bclk Frequency - System bus frequency (default value: 100 MHz). The BCLK frequency changes to 650 MHz.
ASUS MULTICORE ENHANCEMENT. - Enable or disabling the automatic increase in processor multipliers. IN automatic mode (AUTO - During the default) The fee is trying to increase the factors of processor nuclei to maximize. In the off mode, the recommended parameters are loaded according to the Intel specifications.
AVX INSTRUCTION CORE RATIO NEGATIVE OFFSET - Installing negative multipliers for AVX instructions. Such tasks greatly load the kernels, so sometimes it is advisable for other operations to leave a high frequency of the processor, but for AVX tasks, the processor will work with a lower frequency losing performance. At the same time, errors will not appear and overclocking will continue. Range of values: from 0 to 31 (frequency 1600 MHz).
CPU Core Ratio. - Type of processor core multiplier management: Auto - automatic, Sync All Cores (all synchronized), Per Core - separately for each kernel (the maximum multiplication factor can be 83) or set the check-in depending on the load.

Bclk Frequency: DRAM FREQUENCY RATIO - Select a multiplier for memory (1: 1 or 1: 1.33).
DRAM FREQUENCY. - The following frequencies are available: 800-8533 MHz in 100 or 133 MHz increments. The current memory frequency is displayed.
TPU - The function of automatic overclocking by the motherboard forces. Enabled B. BIOS settings Memory, processor frequency, activation of its limits, etc. Acceleration usually occurs to the maximum turbo multiplier. There are 2 ready-made scenarios - with a good air cooling system, and with its. Default value: Keep Current Settings.
POWER-SAVING & PERFORMANCE MODE - Select the mode of operation of the motherboard. With all energy-saving functions or completely disable them.
Load CPU 5G OC Profile - Profile for automatic acceleration of processors of the K series, to the clock frequency of 5GHz.

* Video was exported to H.264 format, the processor worked fine, no Module name with error: mc_enc_avc.dll in adobe program Premiere Pro CC 2018.1, did not appear when rendering. Those. The processor and its cooling system NOCTUA NH-D15S also worked normally.
CPU Svid Support - Enable or disable the ability to communicate with the processor with the power system and manage it. It is better to turn off in acceleration.
DRAM TIMING CONTROL - Setting memory timings.
Digi + VRM. - Advanced settings of the regulators of stress processor, memory, PCH, etc.

INTERNAL CPU POWER MANAGEMENT - Management of processor energy saving functions and energy consumption limits.
Tweaker's Paradise. - Auxiliary settings for overclocking (VPPDR VOLTAGE, DMI Voltage, Internal Pll Voltage, GT Pll Voltage, Ring Pll Voltage, System Agent Pll Voltage, Memory Controller Pll Voltage).
CPU CORE / CACHE CURRENT LIMIT MAX. - The maximum load on the processor is set by the conditional value.
Ring Down Bin. - Bit parameter controlling the processor behavior with ring bus multipliers. You can leave in the machine or set the maximum and minimum multiplier. Max CPU Cache and Min are just responsible for these multipliers.

BCLK Aware Adaptive Voltage - Auxiliary setup helping to increase stability when accelerating over the BCLK bus.
CPU CORE VOLTAGE / CACHE CONTROL - Setting the type of voltage task for the processor (automatic, manual and added mode. In the added board independently sets the base voltage, and you either add relative to it or decrease). The same parameter is set voltage for the processor memory cache.
Dram Voltage. - The stress of memory, is broken by pair channels - from 1.0 V to 2.0 V in increments of 0.0066 V.
CPU Vccio Voltage. - VCCIO voltage from 0.9 V to 1.8 V in increments of 0.0125 V.
CPU System Agent Voltage - Tire voltage and processor tire controller - from 0.7 V to 1.8 V in increments of 0.0125 V.
CPU Graphics Voltage. - voltage of integrated processor graphics - from 0.7 V to 1.8 V in increments of 0.0125 V.
PCH Core Voltage. - South bridge voltage (PCH), from 0.7 V to 1.8 V in increments of 0.01 V.
CPU STANDBY VOLTAGE - from 0.8 V to 1.8 V with increments of 0.01 V.

We read about the BIOS settings.