Based on the embedded screen shot below you can judge the quality of the chip. VID of my test piece is 1375 V, the quality is a bit average. The memory controller is also average, the best bits have a plus value Delta IMC Strength! As you can see, the processor according to CPU-Z in the ground state on the board F2A85-V Pro podvoltovává slightly. Partly this can be manually calibrated limit.
Software therefore not a mere VID processor, but also as a tool for your tweakovací APU with an open multiplier. Reportedly, there should be a version for locked processors Trinity and also for AMD Vishera. Although the graphical interface outdated, functionality and compactness of the program is its asset. Graphics core is clocked possible to the extreme 1900 MHz! When the control is necessary to pay attention to a few aspects. Many in the command window lists manually entering voltage manually. I will give specific examples:
increasing the multiplier to 45 (45x100 = 4500 MHz): 45x write, just number 45 is not enough
increase the voltage to 1425 V: not enough to enter 1425 or 1.425v, but you must enter in the format 1.42500v
increase CPU multiplier done through the command multiplier, the next step is typing a multiplier according to the first example
voltage increases the voltage command line and the next steps in the second indent
First you need to enter a command, but he unfortunately you need to know some examples I mentioned above.
Here is an example of input voltage. This can be entered manually or positive or negative offset. First you type the command "voltage", then the specific value proposition of scale, for example 1.45500V.
To offset voltage to return to the beginning and write straight command "offset" in the next step value in millivolts including accents. Reading and nárůstek voltage or current from the voltage (1.4V in the picture).
Schedule of Power and thermal control
more in chapter in my reviewAs you can see, just increase BCLK will affect a lot of other settings. Luckily K processors have dividers and multipliers for UNB, CPU, DRAM and iGPU. For recreation remind baseline. BCLK, basic cycle has a value of 100 MHz. Most boards have a pulse generator integrated in the chipset, which can cause problems during the great increase BCLK, this problem is already known even competition in the form of the Intel Sandy / Ivy Bridge. FM2 high-end boards, however, have it outside, it should help higher limits BCLK settings. However, mere integrated generator in combination with analog output values allows us mostly over 110-115 MHz or 120-135 MHz with digital output. It would even be for most processors Trinity suffice though ... just an example. A8-5500 Processor of the fundamental frequency 3200 MHz without the activated turbo and 760 MHz for the GPU. Let's say that our goal will be to move the processor to 4400 MHz. We have no other than the method of increasing the BCLK and evaluative divider down to modify too high bars DRAM, iGPU and UNB. Basically, the A8-5500 CPU 32x multiplier. Because CNB (CPU northbridge) is basically 1800 and known computational formula multiplier is 18x. For the 4400 MHz must have a high BCLK 137 MHz (137 x 32 = 4384). It tells us that we have to use some of the digital outputs on board with analog nepochodíme already. It is also necessary to have drives in IDE mode (AHCI has much BCLK limitations below). CNB reduce using dividers to 1918 MHz or 2055 MHz (CNB multiplier 14x and 15x). We must not forget also adjust the ratios to reduce iGPU memoirs and tact to values around 800-900 MHz. Before we go into setting specific values in the BIOS, the first thing is to turn off at a higher clocked AMD Turbocor and some energy-saving features such as APM master mode settings. We should be aware of other principles, which then repeat the rozborce BIOS for each item. We assume that the average good and cool down or good air cooler.
Maximum recommended voltage for the processor dial around 1.5 to 1.55 V for long-term operation
Maximum recommended voltage for CNB (APU NB, unclock etc.) choose to 1.425 V
CPU limit can be between 4400-4900 MHz to the quality of the piece
This is related to the maximum possible temperature cores, which should not exceed 70 C under load
Limit CNB, which slightly increases the throughput and thus overall performance is around 2300-2500 MHz, the basic clock is 1800 MHz
The resulting pulse CNB must be equal to or greater than (memory cycle / 2 * 1.25). Eg 2400MHz DRAM CNB corresponds to the minimum clock 1500 MHz.
Limit of the GPU are the frequencies 1000-1250 MHz, at voltages around 1.35 to 1.4 V.
Voltage for CNB and GNB are the same as BIOS divider GPU is constantly changing in steps 0.25 ×, is based on the 82 MHz clock. Fortunately, the BIOS usually see the current frequency. If the BIOS or software you can enable the "master power mode" (not to be confused with the APM master mode!), Enable it to avoid trotlování graphics performance during overclocking.
The two images is an example of setting the TCIK - off power control chip graphics part.
again, more info in review-link to review is at down of messageAs you can see, just increase BCLK will affect a lot of other settings. Luckily K processors have dividers and multipliers for UNB, CPU, DRAM and iGPU. For recreation remind baseline. BCLK, basic cycle has a value of 100 MHz. Most boards have a pulse generator integrated in the chipset, which can cause problems during the great increase BCLK, this problem is already known even competition in the form of the Intel Sandy / Ivy Bridge. FM2 high-end boards, however, have it outside, it should help higher limits BCLK settings. However, mere integrated generator in combination with analog output values allows us mostly over 110-115 MHz or 120-135 MHz with digital output. It would even be for most processors Trinity suffice though ... just an example. A8-5500 Processor of the fundamental frequency 3200 MHz without the activated turbo and 760 MHz for the GPU. Let's say that our goal will be to move the processor to 4400 MHz. We have no other than the method of increasing the BCLK and evaluative divider down to modify too high bars DRAM, iGPU and UNB. Basically, the A8-5500 CPU 32x multiplier. Because CNB (CPU northbridge) is basically 1800 and known computational formula multiplier is 18x. For the 4400 MHz must have a high BCLK 137 MHz (137 x 32 = 4384). It tells us that we have to use some of the digital outputs on board with analog nepochodíme already. It is also necessary to have drives in IDE mode (AHCI has much BCLK limitations below). CNB reduce using dividers to 1918 MHz or 2055 MHz (CNB multiplier 14x and 15x). We must not forget also adjust the ratios to reduce iGPU memoirs and tact to values around 800-900 MHz. Before we go into setting specific values in the BIOS, the first thing is to turn off at a higher clocked AMD Turbocor and some energy-saving features such as APM master mode settings. We should be aware of other principles, which then repeat the rozborce BIOS for each item. We assume that the average good and cool down or good air cooler.
Maximum recommended voltage for the processor dial around 1.5 to 1.55 V for long-term operation
Maximum recommended voltage for CNB (APU NB, unclock etc.) choose to 1.425 V
CPU limit can be between 4400-4900 MHz to the quality of the piece
This is related to the maximum possible temperature cores, which should not exceed 70 C under load
Limit CNB, which slightly increases the throughput and thus overall performance is around 2300-2500 MHz, the basic clock is 1800 MHz
The resulting pulse CNB must be equal to or greater than (memory cycle / 2 * 1.25). Eg 2400MHz DRAM CNB corresponds to the minimum clock 1500 MHz.
Who knows me, knows me ;)....AMD 3000+, AMD x2 4600+ EE, AMD X4 955 BE C2,2x AMD X4 965 BE C3, AMD X4 970 BE C3, AMD x4 975 BE, AMD x4 980 BE, AMD X6 1090T BE, AMD x6 1100T BE, 2x AMD FX-8120, 2x AMD FX-8150, FX-6300, FX-8300, FX-8320E, FX-8320, FX-8350, FX-8370, FX-8370E, FX-9370, FX-9590, AMD A8-3850, AMD A8-3870K, A8-5600K, A10-5800K, A10-6800K, A10-7850K, A10-7870K, A 5150, Athlon x4 860K, Intel i7-5960X, i7-6700K, Intel i7-4770K, Intel i7-980x, Intel i7 2600k, Intel i7-3770K, i7-3930K.