Hello, got this machine as a gift over two years ago. Its a Area 51 machine, and whats been placed in it is 3 sticks of Corsair XMS3 DDR3 12GB ram with a Dram frequency of 2000 MHZ. Thing is only about 1000 MHZ is being used in it and I been trying to figure out how to set the timings of the ram to 9-10-9-27. Already set the voltage to its recommended 1.65V. Could anyone tell me how to do this?
Solved! Go to Solution.
This card needs a 6pin & 8pin; I've inserted the 6p from the ylw cable, I've inserted the primary 6p from the wht cable & I 'borrowed' the 2p from the P21 jumper. This is the most efficient connecting scheme for this card, & I'm using one vid-cable per card-port, or, using two 12volt rails & load-sharing. This will always be a superior choice then using one cable & its jumper, which is only using one rail.
If it were a very high-power card with two 8pins, I would simply have borrowed the 2p off of each jumper, & used the primary 6pins as I'm doing here.
the x58 board officially only supports 12Gb max (3x4Gb) @ 1600MHz & 6Gb max (3x2Gb) @ 1866 Mhz. This is a standard memory oc tip we use here:
BIOS A09: PC3-12800 and PC3-15000 XMP memory:
BIOS A10 / A11: PC3-12800 and PC3-15000 XMP memory:
note that a multiplier of 14 x 133.3 = 1866MHz >< 15 x 133.3 = 2000Mhz >< 12 x 133.3 = 1600
6Gb (3x2Gb) @ 2000MHz has been known to work, but, 1866 is what the x58 was 'designed for'. I think someone said that 24Gb @ 1600 worked.
If your system won't boot with Xmp profile on, then turn it off & play with your bios settings, using your multiplier & uncore until your system boots up. try 1600 Mhz (133.3 x 12), try to boot up, if good, restart & shoot for x14, if good, restart & try x15 next.
My Corsair 3x2Gb runs at 1866 with an uncore value of +160mv. If yours boots with +200mv, restart & bump it down to +180, see if it boots & remains stable, if so, leave it, if not, go back to +200.
From an old post here, the multiplier is the ratio:
Went and figured it out. But yea I did everything ya said. I got it to 1600 MHZ, it wont go beyond that, tried it, the bios would crash out, system wouldnt even come back on for me to go bk into the bios to change I had to remove the ram completely, turn on the system so it defaults itself, put the ram in and make changes again. I manage to set the timings, voltage, and frequencies, but what exactly does the mv do?
mv means milli-volts. uncore volts, so I read once, are those volts that haven't a thing to do with the cpu core or its voltage supply, like non-cpu-core-volts. In cpu over-clocking you may want to bump up the voltage, in memory oc'ing you can crank up the voltage also. with our x58 alienboard, when you crank uncore up by +200 milli-volts, you're giving the memory more juice, a mini-bump. when some memory is rated at 1.5v or 1.65v, the 200mv they recommend is like 2/10th's of a volt, perhaps the same as raising 1.5v to 1.7v. but I could be wrong. in the end, you're supplying an extra 200mv to the memory, in the hopes the reason it wouldn't boot up is it starved for more juice while trying to run at a faster speed.
Heres the problem I got. I went ahead and put in the Timing, the 1600 mhz frequency, wont go beyond that spite its a 2000, when I tried and then went bk into the bios, the bios would freeze, or go nuts, PC wouldnt boot up at all after that until I removed the ram, turned it on, and left it on for a minute, shut it down, put the ram back in, and everything reverted to defaults. So I did the timing, I put in the 1.65V, I put it to 1600mhz. All seems to work fine. My question is, if it for ANY REASON, isnt getting enough power to do something in a highly graphically intense game like Witcher 3, will it be enough to cause the system to just power off? Thats the main issue here and why I been looking thru all my components, during moments that seems like it would take a immense BURST of graphical power, PC Shuts off, then turns back on 3-4 seconds later. Always happens during specific cutscenes, or in a specific area or spot, usually to do with immense fog effects. Its done this in previous games before that required a burst of performance. Only way to get around it was to lower a setting or two.
Witcher 3 however, even lowering all the settings to low wasnt enough, game is graphically demanding so the only thing to do was to lower the FPS Cap from 60 to 30 and that stopped the problem in that one instance, afterwhich, I turned everything back up to high settings and continued on.
I can overclock my CPU and GPU and never see problems, overheating isnt the issue either. CPU and GPU never goes beyond 74C the only time it ever reaches that is during some heavy moments in the game, but every, single, time, something that requires what seems to be a burst of power graphics power comes up. Power off.
I hope the PSU I ordered will fix this. Im just fed up, I tried EVERYTHING, changing the position of the GPU, stress tests on all components, changing the nvidia drivers, no OCing, changing the RAM, everything just seems to point out to the PSU. And if THAT doesnt work? Only culprits left is the Motherboard.
what vid-card do you have. post a photo of it, so I can see how you have it plugged in. which exact power supply do u have now, & which are you buying/trying, & look into one of these:
using this chart, find a card of similar power & try the plugs listed:
<ADMIN NOTE: Broken link has been removed from this post by Dell>
Its a GTX 970 G1 Windforce. Its plugged in correctly believe me, firmly in its PCI-E Slot and brackets all screwed in, this is a problem that has happened with the Card before it the GTX 580 and that was what the system originally came with. the 6+2 and the other connector is both firmly in place.
The Power supply is a 1200watt from Alienware, what the system basically came with. Honestly even with all the air flow and heat sucked out of the system constantly, where the PSU is located at I often wonder how it gets much cooling down there, specially since the only fan on it is those standard fans behind a holed vent. What I am upgrading it to is this
But believe me, the GPU right now is in the second PCI-E Slot of the Area 51 motherboard. Not really sure how you can incorrectly plug a GPU in, to describe the power connection their is two on the card, plugged the same way the GTX was, the 6 portion of the 6+2 on the right side of the left power connection, the 2 on the left of that, the right power connection has the 6 connector.
I guess I can TRY another connector, their are others in the box, and now that the card is in a lower position I can actually use those, Alienware pretty much tied up all the cables tightly, and to unfasten em would require removal of the Mobo itself. So ill give it a shot with a different set of 6+2/6s.
Alright, testing now, I used the P17 and P18 connectors, however two things worry me, probably didnt notice it before but when I booted up the system, I heard a strange sorta whining noise, was very low, wouldnt notice it if I had my headset on, till I got into the desktop, then its gone. Also noticed inside the system itself, the little board thats located infront of the PSU, at the front of the chassis down on the very bottom, has a blinking blue light. What does this indicate?
your power supply is cut up into a bunch of 12volt rails:
if you have the 1200watt part# J297R, you'll have 7 rails, each vid-cable (you should have four individuals) on its own rail. Sometimes, due to the fact each cable has a pair of connector ends (the primary 6pin & the 6+2 jumper), it is common to install the 6p & 6+2, but in the end it means a card is powered off only one cable hence one rail. If that is so, the card can starve for juice. You're advised to power a card with two cables; use one connector from one cable, one from another. I tried a decent discussion of it here:
Incorrectly plugging a gpu in, well, it's more like 'balancing' the 12volt rails, or load-sharing. Incorrect for us means powering a card off of only one cable (the use of both the primary 6p & 6+2 jumper).
the chart for your 580 says to use connectors P16 & P17, 580's are 250watt cards, so try those:
honestly, since the white & yellow p20/p23 types are soldered to the internal board I'd use those superior cables b4 using the more resistive blu/ylw pair coming from the harness itself.
Whenever you change to an aftermarket power supply, you need a hand-made master i/o board cable. Your system can't exactly be used without one, since to not power the mio means your cpu cooler has no power on startup (qwickly overheats then system shuts off). Aftermarket psu's will never come with a cable like that, they are unique to the Area-51 & Dell XPS 730. Send me a friend request if you'd like me to make you one, before I retire from making them which is the end of July ...
your 1st line of defense right now is to use the white/yellow chassis cables & an evga powerboost.
this arrived in my inbox from you, but your post is gone, maybe you deleted it:
I dont understand, why did the Alienware techs suggest to me that I can use Corsair or EVGA PSUs with this system? So I need a new hand-made master i/o board cable to get that new PSU to work with this system? Cant the one thats in the system right now just be used? How would you install a new I/O Board cable into the Power supply I ordered? Would it have to be hand created specifically for that Power supply?
Sighs, this is the last time im getting anything from Dell, overcomplicates things too *** much, spend so much money for just constant ongoing problems. Sick of it all.
The recommended PSU wattage Nvidia gave for this Windforce is 500 Watts. Lowest thing is the GTX 680. Your telling me I gotta go thru ALLLLLLLLLLLLLLLLLLLLLLLLLLL this B.S now, the PSU I ordered I may as well friggen return it, that I need this evga Powerboost thing, just to get my *** Card to not starve itself during those high graphic moments?
This is too much. Last time I get anything from Dell. Sick of this. Wish I was never given this thing. Ugh. Just...too *** much. Im tired of jumping thru hoops over this. Wasting money and ***. sighs.... *Goes to join the "Dont get an Alienware" bandwagon*