Continuity activation tool kernal panic fix

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Each high-side MOSFET should be connected to 12V on one side and CPU VCORE on the other side. The way the MOSFETS are arranged is simple. Nothing looked obviously damaged, so I inspected the circuit with my trusty multimeter.

Continuity activation tool kernal panic fix driver#

You can see the Pulse PA2080 inductors, 270 uF 16V capacitors, high- and low-side MOSFETs, and driver chips for each phase. Here is a picture showing four of the six phases. It also has a little driver IC per phase that is in charge of controlling the MOSFETs. This definitely confirmed that this motherboardвЂ™s VRM has 6 phases. I also saw a couple of heatsinks in the area, so I yanked them off (easier said than done) which revealed 12 MOSFETs - 6 high-side, and 6 low-side. It was pretty easy to notice the 6 inductors around the CPU, along with a capacitor paired with each one. Each phase is made up of an inductor, a high-side MOSFET, and a low-side MOSFET. I learned that motherboards typically take the incoming 12V power from the 8-pin connector and regulate it down to the CPUвЂ™s actual voltage which is much lower, using multiple вЂњphasesвЂќ that activate sequentially. This suggested it could be a problem related to the CPU power circuit, so I dug deeper into that section of the board.ДЄfter doing some research on motherboard CPU power circuits, it became clear that I needed to have a basic understanding of voltage regulator modules (VRMs) and their use on computer motherboards. I noticed that if I powered it up with the 8-pin 12V CPU power connector disconnected, the motherboard would actually stay powered on and the chipset fan would continue spinning.

I really wanted to know what happened to my motherboard, so I started doing some experimenting. Yay!Д«ack to the main story though: my DX58SO motherboard. The computer is back in business with brand new capabilities, such as USB 3.0 and Wake-on-LAN that actually works as advertised. To be honest: because my Linux computer is pretty important to me for getting actual work done, especially while I am currently working from home, I used this as an opportunity to modernize it.

Continuity activation tool kernal panic fix install#

All I had to do was install open-vm-tools and open-vm-tools-desktop in Ubuntu. It was a completely seamless changeover to go from native booting to a VM.

Continuity activation tool kernal panic fix windows#

This killed any hopes of a quick and easy fix, so I took the SSD out, put it in my main Windows computer, and created a VMware virtual machine that booted from it so I could continue working. I isolated the problem to my motherboard by removing all of my PCIe cards and RAM, and swapping in my old i7-920 processor.

Not that I needed any more proof at this point, but my ATX power supply tester also told me the power supply seemed to be working. I also noticed that when I pressed the power button, the CPU and chipset fans would move for about a quarter of a second and then shut off. I tried a different power supply and the same problem was there. My mind naturally jumped to the assumption that the power supply had probably died, but that wasnвЂ™t it. After power cycling, the power LED wouldnвЂ™t turn on either. I tried power cycling it, but it was completely dead. The power LED remained on, but other than that, the machine looked like it was powered off. I was working, and just as I was about to join a meeting, I heard all of the fans in the computer stop spinning. Considering its age, itвЂ™s actually a pretty powerful computer: six 3.33 GHz cores.ДЄnyway, hereвЂ™s what happened. A couple of years ago, I replaced its original Core i7-920 processor with a Core i7-980 from eBay. It has an ancient Intel DX58SO motherboard from 2009 with an LGA 1366 CPU socket.