C0: 133350 [1] pc=[00000000800027a4] W[r 2=0000000080022a80][1] R[r 2=0000000080022a28] R[r 0=0000000000000000] inst=[05810113] addi sp, sp, 88 During the reboot, the CPU will train both the standard JEDEC specification and the XMP specification. As it’s double the work this can take up to 2 minutes. So you’ll need some patience. Then calculate the Undershoot as the difference between VLatch Min and Vcore Min, and calculate the Overshoot as the difference between Vcore Max and VLatch Max. To find the optimal loadline setting, compare the sum of undershoot and overshoot across all loadline settings. With VLatch you can now detect the undershoot and overshoot. On the Maximus XIII Extreme and Maximus XIII Apex there’s a proprietary circuit design that allows the embedded controller to capture and report the true Vmin and Vmax. You can use either HWinfo or the OLED display to see these voltages.

The (nearly) 2 second response time being reported was just after startup and this comes down to 300ms fairly promptly even on a zPDT Start of program headers: 0 (bytes into file ) Start of section headers: 41528 (bytes into file ) Flags: 0x0

Inpecting the disassembly output, our code has been executed!!! C0: 133134 [1] pc=[0000000080002734] W[r 2=0000000080022a28][1] R[r 2=0000000080022a80] R[r 0=0000000000000000] inst=[fa810113] addi sp, sp, -88

In one of my YouTube videos I talked about Intel Adaptive Voltage mode. In that video I showed this drawing to explain how the CPU and motherboard VRM interact to provide a certain voltage. There are 3 basic steps: Turbo Boost Max 3.0: Fastest cores are identified during binning, then the Windows scheduler targets the fastest two active cores (favored cores) with lightly-threaded applications. Chip must be below power, current, and temperature specifications. But don’t take our word for it, see below regulatory guidance from the Scottish Environmental Protection Agency on the subject C0: 133346 [1] pc=[0000000080002794] W[r23=0000000000000000][1] R[r 2=0000000080022a28] R[r 0=0000000000000000] inst=[03813b83] ld s7, 56(sp)

In the ASUS ROG BIOS you can access this option in the Extreme Tweaker AVX Related Controls sub-menu. Memory Gear Mode OCTVB or OC Thermal Velocity Boost was introduced along with the Intel Cryo Technology not so long ago. OCTVB simply allows the user to manually configure the Thermal Velocity Boost triggers and ratios C0: 133198 [1] pc=[0000000080002748] W[r 0=0000000000000000][0] R[r 2=0000000080022a28] R[r20=0000000000000001] inst=[03413023] sd s4, 32(sp) Moments after the CPU temperature hits 91 degrees centigrade, we see the CPU ratio drop one or two ratios. WESCO's design line also includes square waste bins which adapt optimally to corners and recesses and thus make optimum use of the available space. One Boy, Big Double Boy, Big Double Masterand i.Master Double combine a large number of litres with a relatively small surface area.

Whether you are looking for a bathroom pedal bin, a stylish waste bin for the kitchen or children's room, a practical solution for waste separation or a large waste collector for the office or practice: WESCO's range includes waste bins of different sizes and shapes for every purpose. ASUS’ implementation will very gradually decrease the CPU ratio to target a maximum CPU temperature of 90 degrees centigrade. C0: 133269 [1] pc=[000000008000283c] W[r 0=0000000000000000][0] R[r 6=0000000000000001] R[r 5=0000000000000001] inst=[00531463] bne t1, t0, pc + 8 AVX512 Final Voltage Guardband = (AVX2 default guardband + AVX512 default guardband) * AVX512 Scale Factor.

Conclusions

Most Comet Lake chips are forward-compatible with the new 500-series motherboards that debuted recently, the lone exception being Celeron models with 2MB of CPU cache. There are a few restrictions, though: Comet Lake chips also only use a x4 DMI connection on all 500-series motherboards. The CPU Ring is the bus that connects all different parts of the Intel CPU to transfer data between different cores, between cores and memory, and between cores and other parts of the system.

First, we must configure the system such that the frequency behavior is dynamic yet controllable. To do this, we We can see that the at first the CPU is running all cores at 4.9 GHz. That’s because all cores are active and the CPU temperature is below the 70 degree thermal velocity boost threshold. Disable AVX2 and AVX512, as this will prevent the high temperature from causing frequency throttling When performance tuning, keep the Ring frequency for last as it doesn’t have a significant impact on performance but it does have an impact on temperature and power However, we all know that there are plenty of high-quality motherboards with powerful power delivery designs and solutions like custom loop water cooling that can dissipate well over 300W of thermal heat.The last item on the list is the extended voltage cap options which you can find in the Extreme Tweaker Auto Voltage Caps submenu. There are options to cap the CPU Core, CPU VCCIO, VCCIO Mem OC, and CPU System Agent voltage.