Overclocking Core 2 Quad q6600 CPU on a Foxconn G31MXP motherboard requires specific steps and considerations.
Overclocking Core 2 Quad q6600 CPU on a Foxconn G31MXP motherboard requires specific steps and considerations.
It largely depends on the specific VID of your chip. Raising it slightly should keep power consumption under 1.3750v at 3.0GHz, regardless of the chip's condition.
The G0 stepping Q6600 at 3.0GHz consumes roughly the same amount of power as a B3 stepping @ stock, around 105w. This means it doesn’t need special cooling solutions, and I’ve seen many chips run overclocked for over a decade in various locked configurations without issues.
In the past, this was a noticeable performance boost, but today it still offers a significant improvement compared to older models like the Atom.
The risk-benefit analysis indicates minimal gain with low risk.
After all, the entire system—with many upgrade options—is often worth less than $50. And naturally, the overclock is only worthwhile if it succeeds.
Performance of C2Q comes close to that of 65w Sandy/Ivy i3s or 35w Haswell Pentiums for tasks not limited by memory bandwidth (such as non-game workloads or Winzip) at around 3.8GHz, though this would still require substantial power and cooling.
Therefore, even without electricity costs, investing in a newer setup would be more advantageous.
A shame about DDR4 pricing, given the availability of much faster Ryzen APUs and boards at a fraction of the cost now.
The result depends on your specific chip model. Raising it slightly should keep power consumption under 1.3750v at 3.0GHz, regardless of the chip's quality.
G0 stepping Q6600 at 3.0GHz consumes roughly the same amount of power as a B3 stepping @ stock, around 105w. This means no special cooling is needed, and I've seen many units run overclocked for over a decade in various cases, old Lenovo or HP models. Back then it offered noticeable performance gains but still felt slow compared to modern systems—though more enjoyable than an Atom.
The risk-benefit analysis indicates minimal improvement with little risk.
In short, the entire system with many upgrade options is worth less than $50, and overclocking is free if it succeeds.
Performance of C2Q comes close to 65w Sandy/Ivy i3s or 35w Haswell Pentiums at around 3.8GHz, provided memory bandwidth isn't the bottleneck (like in games or Winzip). At about 3.8GHz, it would be roughly 160w at 45nm or 230w at 65nm—making board and cooling a significant challenge. Even without electricity costs, investing in a newer system would be more advantageous.
A shame about DDR4 pricing since the 3x faster Ryzen APU and board are now so affordable.
Thank you! But this time I’d like guidance on safely overclocking it properly, so I don’t encounter the same issues as before—like the beeping sound and black screen with white underline.
And please advise which voltage would be best for your setup?
This applies to you too and me. Are they also true for people with this setup who can't even afford an aftermarket cooler, let alone a new system? You (I assume) and I can use eBay, but what about users in India, Pakistan or the Philippines? What if clearing CMOS didn’t work because auto voltage settings damaged something else? Context matters here. Just because you can doesn’t mean they should.
The outcome really hinges on the specific VID of your chip. Raising it slightly should keep power consumption under 1.3750v at 3.0GHz, regardless of the chip's condition. G0 stepping Q6600 at 3.0GHz consumes roughly the same amount of power as a B3 stepping @ stock, around 105w. This means no special cooling is needed, and I've seen many units run overclocked for over a decade in various locked systems. Back then it offered a noticeable performance boost, but today it still feels like a step up compared to an Atom. Based on the risk-benefit analysis, the advantages are minimal while the risks remain high. In fact, the entire system—with many upgrade options—is often worth less than $50. And naturally, the overclock itself is free if it succeeds. The C2Q performance comes close to 65w from Sandy/Ivy i3s or 35w from a Haswell Pentium when memory bandwidth isn't the bottleneck (like in non-game scenarios). However, at around 3.8GHz, it would be about 160w at 45nm or 230w at 65nm, making board and cooling a significant challenge. Even without electricity costs, investing in a newer setup would be more cost-effective. A shame about the current DDR4 pricing, especially with the 3x faster Ryzen APU and board being so affordable now. Thank you! But this time I need guidance on safely overclocking it properly, to avoid the previous issues like the beeping sound and black screen. Also, please advise which voltage would be best for your setup. Start reading here. When you grasp what you're doing, it's time to proceed with overclocking. http://hexus.net/tech/tech-explained/cpu...beginners/
G31 boards can be overclocked just like toasters, but the age of the board limits your improvements. I wouldn't recommend it unless you have proper cooling.