Is the Phenom II X6 1055t Vcore functioning properly?
Is the Phenom II X6 1055t Vcore functioning properly?
Hello everyone! I have a question: I own a Phenom II X6 1055t and a Gigabyte 78lmt-usb3 rev. 6.0. I know this board isn't ideal for overclocking. I've tried a basic overclock from 2.8 GHz to 3.4 GHz, but during a stress test with Prime, the CPU voltage reached 1,512 V (as shown in CPU-Z and AIDA). Even when I limited the Vcore in the BIOS to 1,452 V, it was still harmful. My concern is whether this voltage is dangerous for my CPU.
PS: With this voltage, the system stays stable and the CPU operates at a reasonable temperature, especially with the Hyper TX3.
Apologies, I'm not fluent in English yet—I'm working on it. Please correct me if needed.
The vcore adjusts itself as required. Also, not every application maintains high precision. Running AMD Overdrive to test vcore might be a good idea. I think AMD previously suggested a maximum of 1.5v for the Phenom II's vcore. However, many users who overclocked in the past did so higher. This board should work well at that level if temperatures are acceptable.
The vcore adjusts itself as required. Also, not every application maintains high precision. Running AMD Overdrive to test vcore might be a good idea. I think AMD previously suggested a max of 1.5v for the Phenom II's vcore. However, many users who overclocked back then pushed it higher. This board should work well at that level if temperatures are acceptable.
The vcore shows some variation and the system adjusts it accordingly. Not every application provides precise readings. I thought AMD Overdrive could verify the vcore? They likely suggested a maximum of 1.5v for the Phenom II's vcore, but many users who overclocked in the past pushed it higher. This board should work well at that level if temperatures stay within limits. Also, AMD Overdrive displayed the same vcore only during full CPU load on the prime95 test. For someone new to overclocking, this shouldn’t be an issue since CPU usage peaks mainly during games, not constant 100% load. At full load it reaches around 57ºC.
The vcore behaves somewhat unpredictably, adjusting as required. Not every application maintains high precision. Should I use AMD Overdrive to verify the vcore? I think AMD previously suggested a maximum of 1.5v for the Phenom II's vcore. However, many users who overclocked in the past pushed it higher. This board should perform adequately at that level if temperatures remain within limits.
I also reviewed AMD Overdrive and it displayed the same vcore, but only during full CPU load on the prime95 stress test. For someone new to overclocking, this shouldn't be an issue since CPU usage peaks in games, where six cores rarely run at 100%. At full load, temperatures reach around 57ºC.
Your temperatures are excellent. I wouldn’t be concerned about the minor vcore increase. My PhII X4 965 @ 4.1GHz has a vcore of 1.475, though it occasionally spikes to 1.500v during stress tests. Your PhII x6 1055t includes turbo boost, which activates when fewer than six cores are needed and automatically boosts the remaining ones. You might want to turn off turbo boosts if you aim for maximum overclocking to avoid conflicts with your settings.
By the way, do you own the 95W or 125W version of the 1055t?
The vcore behaves somewhat dynamically, adjusting as required. Not every application provides precise readings. Should I use AMD Overdrive to verify the vcore? I think AMD previously suggested a maximum of 1.5v for the Phenom II's vcore. However, many users who overclocked in the past pushed it higher. This board should perform adequately at that level if temperatures remain within limits.
I also reviewed AMD Overdrive and it displayed the same vcore, but only during full CPU load on the prime95 stress test. For someone new to overclocking, this shouldn't be an issue since CPU usage peaks in games, where six cores rarely run at 100%. At full load, temperatures reach around 57°C.
Your temperatures are excellent. I wouldn’t be concerned about the minor vcore increase. My PhII X4 965 @ 4.1GHz has a vcore of 1.475, though it occasionally spikes to 1.500v during stress tests. Your PhII x6 1055t includes turbo boost, which activates when fewer than six cores are needed and automatically boosts the remaining ones. You might want to turn off turbo boosts if you aim for maximum overclocking to avoid conflicts with your settings.
By the way, do you own the 95W or 125W version of the 1055t?
The stock cooler appears to maintain very high temperatures when used.
Good. Using the stock cooler seems to yield very high temperatures, even without overclocking. I’m not using it because I noticed it reaching elevated temps. Now I’m running a Hyper TX3 Evo, which, despite being an affordable air cooler, performs adequately. Also, I began overclocking tests after purchasing the TX3, since the low temps without overclocking made me think it might be time to give it another try.