Hi folks,
quick question on the risks/plausibility of 'underclocking' memory, or more specifically using memory of a higher spec than a motherboard officially supports.
I've just upgraded/re-built two 'new' systems and find I have more than enough spare parts left over to put together a more than competent back-up desktop system. My question/concern is I have a motherboard (GIGABYTE GA-P45T-ES3G {spec}) left over that only officially supports up to DDR3 1600 memory. My spare RAM is 4x2GB G-skill 2200.
I've used this RAM in another Gigabyte motherboard (X58A-UD5) that officially supported up to DDR3 2200. It only recognized it as 1066, however, and I had some trouble getting it to run anywhere close to 2200, eventually sticking at a stable/adequate 1600 after some tweaking and rigorous exercise of the CMOS reset button.
While I realize it's a gamble, I'm curious what opinions are on the likelihood of the GA-P45T above recognizing and being able to run the 2200 RAM at 1600? Am I correct in assuming the worst case is it won't POST/boot, and/or will produce irregular BSODs, or is it relatively like to be stable at the lower frequency? Any advice/experience is much appreciated. I won't get to test this till the weekend as the parts are 500 miles apart
quick question on the risks/plausibility of 'underclocking' memory, or more specifically using memory of a higher spec than a motherboard officially supports.
I've just upgraded/re-built two 'new' systems and find I have more than enough spare parts left over to put together a more than competent back-up desktop system. My question/concern is I have a motherboard (GIGABYTE GA-P45T-ES3G {spec}) left over that only officially supports up to DDR3 1600 memory. My spare RAM is 4x2GB G-skill 2200.
I've used this RAM in another Gigabyte motherboard (X58A-UD5) that officially supported up to DDR3 2200. It only recognized it as 1066, however, and I had some trouble getting it to run anywhere close to 2200, eventually sticking at a stable/adequate 1600 after some tweaking and rigorous exercise of the CMOS reset button.
While I realize it's a gamble, I'm curious what opinions are on the likelihood of the GA-P45T above recognizing and being able to run the 2200 RAM at 1600? Am I correct in assuming the worst case is it won't POST/boot, and/or will produce irregular BSODs, or is it relatively like to be stable at the lower frequency? Any advice/experience is much appreciated. I won't get to test this till the weekend as the parts are 500 miles apart