Glasare

I have a Xeon X5460 running perfectly stable at 4GHz on an Abit IP35-E. Currently I'm testing the limits of a QX9650 on an Asus P5E-Deluxe. Right now it's at 4.1GHz and showing no signs of instability.... yet.. Before that, I've had a Q9550 at 3.8GHz on the Abit board. I sold it to a friend clocked at 3.6GHz and haven't heard back from him about it.

I realized I can do screen captures with my Atomos Ninja V, so I thought I'd try it out and show off my X5460 and GTX 780Ti trading blows in Shadow of the Tomb Raider. In villages with a lot of NPCs, framerates will drop to 20-30, strangely without CPU or GPU reaching 100%. Something else going on there. In areas with actual gameplay, fps keeps between 40-70 for the most part, and it's a quite enjoyable experience

Any extra cooling for the Northbridge? I have a QX9650 on an Asus P5E Deluxe, and boy does that NB heatsink get hot when I try to get it near 4GHz.

So.. Here's the X58-UD3R/W3680 system. This will be hooked up to my 1080p projector and the hifi in the livingroom. It now has the 6x4GB Blue Dominator 1600 sticks, and tho the UD3R has two rear USB3 ports, I also added a PCIe card for two extra rear slots, and to be able to use the front I/O USB3. The 1060 6GB (Coldzero.eu backplate) also ended up in this system, aswell as another topmounted exhaust fan. I'm still tweaking the OC on this one with one eye on the watt-meter, as this will be put to good use from time to time. It's graduated with a 4.5GHz OC and 1000+ CB, so I think I'll settle for a bit less power consumption for now. 24GB is probably overkill, but hey, I can borrow 12GB if I stumble across another X58 board. Note that the front panel is not fully clicked in place. It just rests on the top mounting hole. This actually makes a big enough difference for me to bother with it. Maybe I'll figure out some solution with magnets to keep it in place a bit better.

The AIO performance wasn't ALL that bad. But on this P35/X5460-system the CPU-temps have never been the issue really. The problem I had was the GPU/VRM/NB-temps. That mod made a bigger difference for those parts than for the CPU iirc. It's a different setup now in the P300. Different cooler, fan speeds, voltages etc, so I can't really draw any conclusions.

I modded the front on an S340 Elite for better AIO performance. Made a post about it here. Today, I would make the same mod again, but for 2x 140mm, without the gap.

Thanks I have a 8700K/1070Ti main rig, so no worries here either. And yeah you SHOULD put your X58 back together! Pick your cooling solution first and decide for a case based on that would be my advice. Or the other way around (you already know this ofc). And don't forget the aesthetics

If you go for a gpu upgrade, you'd better make sure your powersupply can handle it. I've seen a good bunch of old OEM computers that only have crappy 250W PSUs, more often than not without any 6/8-pin connectors. You might be better off with a 1030/1050(ti)

After getting my P55/X3440 sold, and setting up one of the X58-systems for sale, my good ol' P35/X5460-system got robbed of a few parts and went through a rough time just sitting on a shelf. It kinda broke my heart, so I've picked up some brand new stuff for it. New parts for the build is a Phanteks P300 White, Be Quiet System Power 9 600W Bronze, CM ML240L RGB and 2x Corsair AF120 White and a Phanteks LED strip. Total cost around $200. It's a bit loud atm wIth the AF's spinning around 1200rpm, and the AIO-fans at 2000rpm under load, but the temps are awesome. A brand spanking new 4.1GHz overclock sees the hottest core max out at 72C (the other three cores 62C-65C) after consecutive CB-runs. (Score 446 btw). This with the fans mounted in pull-config with the pretty restrictive front panel of the P300. The 780Ti stays below 70C, This little beast struggles on, still playing AAA games on it WIll follow up with the evolution of my X58's. Know you guys love some build photos

Does that even have a PCIe slot?

I run a Xeon W3680 @4.5GHz on an EX58-UD3R, so there are a few options if you wanna go the 6/12 Xeon route. It's actually a X58-UD3R I have, so never mind me.

My X58 boards have USB3, but I also use a pcie-card for the chassi connectors. Haven't really checked the transfer speed, but games load and run fine from an SSD with a USB/SATA cable tho. Not sure about nvme m2, but there should be info on it in this thread.

Getting my old Abit IP35-E / X5460 a new house. The Phanteks P300 looks great in white, and I really look forward to get the build going. Waiting for a Be Quiet System Power 9 650W, a CM Masterliquid ML240L RGB and a used 970 4GB. This beast just managed 30-50fps in Wildlands with a 1060 6GB. 1440p, Ultra Textures etc etc. Turning "shadows" to medium and "level of detail" to low made the biggest difference I could notice. Actually a very enjoyable and (mostly) stutter free experience. Tho the cores were pretty hammered at 100% usage

That's good info. Thanks. Fortnite, Dota, and that bunch works really well.

Yes! I thought my question was pretty straight to the point. I'm just interested in how widely spread the use of SSE4.2 is, and if I end up selling a system to a friend for the kids to play Fortnite, CS:GO, Dota2 or whatevs, I wanna be perfectly straight with what they can expect of it. I have an 8700K/1070Ti-system, so I'm good, I do however like to poke around with old hardware and see what it's capable of. There are a bunch of C2Q benchmark on Youtube, so I'm a bit curious about this, I'll probably end up buying it sooner or later anyways.

Yes yes, but.. I'm asking if there are more games than AC:O and Quantum Break that will not even start due to SSE4.2 requirements.

So... Can anyone confim other games than AC:O and QB that wont run on C2Q?

There are a LOT of games on that list that run just fine on a C2Q, so Denovu doesn't equal SSE4.2.

Hey I have a couple of "high end" Socket 775 systems, and when poking around with them, I've come across two games that actually won't even run because of SSE4.2 requirements: Assassin's Creed: Origins and Quantum Break. It's hard finding info about what games actually require SSE4.2. The minimum requirements from the developers is not based on this. (Both AC:O and GR:W has Core i5-2500S listed as minimum cpu requirement, tho GR:W will run, surpisingly well, on a QX9650 (or X5460) @4GHz / 8GB / 1060 6GB) and when I google for it, almost everything is about old AMD cpus that can't even handle SSE4.1. Do you guys know of any other games that require SSE4.2?

I run an X3670 @ 4.2GHz and a stock 1060 6GB with an EVGA 550B3. I checked with a cheapo watt meter during Assassins Creed Origins, and it kept under 400W. Not very scientific, I admit. Time will tell I guess

Looks OK to me. I have four pins looking worse than that in a fully functional board. Look at the tip of the pin from different angles to check that it lines up with the other pins.

6x2GB Corsair XMS3 1333. Runs at 1440MHz 9-9-9-24 on 1.66V The board is an X58A-UD3R rev 2 I bought one of those small Noctua PWM-controllers and hooked up three Fractal Venturi fans in the front, and mounted the MasterLiquid Pro 240 to them. Temps are in check

Had to join the club. 1.41V here we go Gotta push the W3670 (The 4.93GHz number is some CB bugg I guess) over 1000 on a stable clock aswell. My 8700K does what it's expected to I guess.

I know what you're saying.. After all the tweaking now with two X58 systems and an 1156, I still pretty much only notice anything happening when I alter Vram, Vcore and LLC.. All that other stuff is still a mystery. My X58A-UD3R / W3680 seems rock solid now at 4.4GHz (25x176, 1333RAM at 1408). I think Vcore is around 1.38125V in BIOS, and HW Info shows 1.376V. The key was to use LLC level 2. Any other setting and the Vcore would drop under load and it's a BSOD. LLC lvl2 keeps it rock solid at 1.376V at all times tho.

I just got my hands on an Asus Sabertooth 55i and a X3450 for a total of ~$100, and I had 2x4GB DDR1600 lying around. I haven't had a lot of time with it, but so far, it does 3.8GHz at 1.275V, and 4GHz at 1.325V, and.. nothing gets hot.. not even warm. CPU temp is 65-70C at full load, and it idles below 35C with an EVO212. I wonder how far some proper cooling can take it..