Mr. Fox

Thanks, brothers. I really appreciate it. Hopefully the motherboard from @electrosoft and the SP117 13900KS from Sweden will arrive on Monday. I did find a way to mount the 4x 1TB SATA SSDs on the PSU bracket just above the GPU. Plenty of room for a long GPU, 360 AIO and normal ATX PSU. The A770 has several inches to spare. Should have plenty of airflow with 3x intake and 3x exhaust.

Yes sir. Thanks.

Just crested beyond the official half-way mark today. Some say that's over the hill, but by my calculations it is still a long way to the top.

No. Just. No. Only an idiot would think that is a good idea. But, OMG, we are surrounded and outnumbered by idiots. So, I would not have a surprised look on my face. I expect 9 out of 10 things that happen in tech world to be stupid due to how prevalent idiocy has become. That applies to producers and consumers. Both are extremely unimpressive groups dominated by a majority of degenerates.

In some ways it probably bears a resemblance to the satisfaction we once had in laptops with desktop CPUs and high powered GPUs, dual 330W AC adapters, etc. They never worked as well as a desktop, but they highlighted how sucky pansy skank turdbooks are.

And, what overclocker wants to get screwed out of enjoying memory overclocking by being cursed with a 4-DIMM motherboard?

Almost anything you buy now is going to be hobbled and castrated. If I were going to buy a brand new GPU right now and my budget was $1200 or less it would be only 4080S or save $900 for later and go with an A770. I would not buy anything from AMD or accept anything less than a 4080S from NVIDIA. If you want something fun to play with, the A770 core overclocks better than the core overclocking on anything sold by AMD or NVIDIA. As long as you don't need the horsepower of a 4080S or 4090 it's the best bang for the buck. The memory does not overclock (no way to adjust it) but the stock memory clock on my A770 is within 150-200 MHz of the max stable overclock that my 6900 XT was capable of handling and it doesn't drop clocks under stress like the 6900 XT did. I would take that budget 2-DIMM MSI mobo over any 4-DIMM mobo without even pausing for a moment to think about it. 4-DIMM motherboard are a waste of money for overclocking or gaming. Not to mention that they all suck at memory overclocking.

^^^ A year ago... ^^^ Now...

Wait. Spend the $200 for the better GPU. My 2¢.

It fails against an MSI Z790i motherboard that clocks the RAM at 8000 because it has 2 DIMM slots. Yes, that's right.... a $300 MSI mini-ITX that kicks the grossly overpriced $700 ROG turd's digital butt. There was exactly such a company. Until about a year ago. They made the world's best motherboards and GPUs. Now they only make stupid crap like power supplies, mice, keyboards and video capture junk. Gee... thanks, NVIDIA.

It's both sides being stupid. With ASUS it is the combination of being dishonest and stupid. They do something right once in a while but screw things up just as often, if not more often. For every good product they produce, there are at least a dozen products that are pieces of crap. Their successes are inconsistent and unpredictable.

Having done this for many years I do not recall having ever perma-bricked a GPU (laptop or desktop) flashing the vBIOS. Probably have done this more than 1,000 times without incident. Yes, it can happen if you are careless, but even if it does you can easily fix it if you know how. The brick is not permanent. You can blind flash if there is no display output. You can use a manual SPI flash programmer in the worst case scenario of a hard-brick. Inconvenient but not irreversible. You can save the vBIOS using GPU-Z or NVFLASH. I prefer using NVFLASH. nvflash64.exe -b filename.rom This will save the firmware dump in the folder where nvflash resides using the name you provide in the command syntax. Although rare, I have had motherboard BIOS updates using an "official" firmware released and recommended by the OEM go south a couple of times. Compared to 0% for GPUs, flashing a GPU is much safer. Also, if you identify an error flashing a GPU, if you keep the system running and reflash to original firmware without shutting down you're generally good to go because the new firmware (or corrupted flash) doesn't take effect until you reboot. When working with SVL7 and Prema on firmware mods there were times when I flashed the same GPU more than 100 times until the mod got dialed in where we wanted it. With modern GPUs it is not possible to flash unsigned firmware using NVFLASH, and if you force flash it using an SPI programmer sometimes it will not function correctly, depending on what was modified. As long as you take a dump of the original vBIOS chip, the fix is generally as simple as flashing it back. I've never perma-bricked a GPU using an SPI programmer. You can also use an SPI flash programmer to fix a motherboard flash that went wrong. This is generally only necessary with a GPU when you are experimenting with mods. Never had any need for it cross-flashing official signed firmware from a different GPU in the same model line with a higher power limit. Edit: One advantage to having a dual (or triple) BIOS or vBIOS is if something does somehow go wrong you can slide the switch to the other position, power up and once in Windows, slide the switch back to the other position that you screwed things up and flash it. This will work with all GPUs and all motherboards that have a legitimate hardware toggle switch. Sadly, some of the most expensive enthusiast motherboards (including the Apex and higher ROG mobos) DO NOT have the right kind of BIOS switching features on the motherboard and that tremendous benefit is lost. You can't switch to the other firmware position after the motherboard is powered on, which is absolutely absurd, sinful and deplorable on the part of the psychotic control freak manufacturers. Never buy an expensive GPU that doesn't offer a dual vBIOS. Not very smart on the part of the manufacturer or the consumer. There is no excuse for it to be made that way unless it is a cheap low-end piece of garbage. Certainly inexcusable and unforgivable on an FE card.

Why not just buy a 256GB NVMe and install anything you want? Linux is free and a 256GB internal drive should be, too. I'd give you one for free, but the postage would cost more than the value of the drive. Seriously though... Super easy, you can shrink your Windows partition and install Linux in the free space on the same drive. There is no need for the additional drive if you are just wanting to kick the tires.

I don't think it would be of any use to me since I do not have that GPU and have no plans to own one. Rhetorical question, but isn't it getting a bit tiresome for us to have to burn calories on stupid driver and firmware workarounds to be able to use our hardware the way WE want to use it? I know I am growing weary of the nonstop stupidity and nonsense, and jumping through hoops because of their idiotic castration of hardware. It's too bad we don't get the same level of control over GPUs that we do over CPUs. We SHOULD, and we would if we got what we paid for.

Why is the driver info redacted? Is it a secret for some reason? 🤣

It seems like everything relating to PC tech is just getting dumbed down now. It's both pathetic and annoying. I can hardly wait to see what kind of life-altering decisions the pea-brained goombahs at the top of the technology food chain are going to delegate to AI.

Don't the FE GPUs have only one vBIOS? I've always thought they kind of suck overall for a couple of reasons, like that one and having a complicated disassembly process and crappy thermal solution. I don't think that this is a curable problem unless you just go cold turkey and lock yourself in a closet with no internet access or awareness of the world around you. It's pretty messed up and seems like we like having the sickness too much to want to be right again.

That brings back some good memories of when my boys were in that age range and I was teaching them the ropes on PC stuff. Moments like this are priceless. They'll last a lifetime. That looks like a pretty unique aesthetic on the GPU, especially the backplate. I cannot tell exactly how it is made from your photos, but the lip that drops down over the outside edge of the heat sink radiator toward the fan shroud should make for a very nicely rigid and strong design. Does it attach to the I/O bracket as well? (That would dramatically reduce or eliminate GPU sag if it does.)

Misrepresentation and deception are where the problem resides. Whether you get something less than expected (like a Frankenstein GPU) or something that is broken or defective, either scenario is totally unacceptable.

Maybe so. If I continue on the path of frivolous management of resources that will probably be true. 🤣

Dad-gum. I am one place behind Gunslinger now with stock vBIOS and I haven't found the max OC yet for this Xtreme Waterforce GPU. Going to have to shunt mod this bad boy and use the 2000W Kingpin vBIOS on it. This blew away my prior 2080 Ti FTW3 shunt modded score. I also haven't reduced the core count in the BIOS for the Physics and combine scores yet. The way things are set up now it is super easy for me to switch the chiller from one system to the other with quick disconnect fittings. This might get interesting. Windows 7 will never be matched by another Micro$lop OS. https://hwbot.org/submission/5460849_ | https://www.3dmark.com/3dm11/16162166 Edit: OK, now I leapfrogged Gunslinger, LOL. https://hwbot.org/submission/5460910_ | https://www.3dmark.com/3dm11/16162200

@D2ultima CPU - better get it before it's gone. That's a golden sample Brother @electrosofthas up for sale. https://www.overclock.net/threads/sp115-13900ks-msi-z790i-edge-g-skill-8000-32gb-2x16gb.1809387/#post-29287900 Check out this big little case. If a person is going to do SFF, this is the way to go. 360 rad support and full size ATX PSU. https://www.amazon.com/dp/B0C5LK9L62?ref=ppx_yo2ov_dt_b_product_details&th=1

Well, temps are still nice with my 8600 profile even with the elevated voltage. IceMan Cooling did really great with the memory cooling kit. The water in the cooling system for the Apex is about 5°C colder than the water in the Apex Encore loop. (The Apex has a 5-gallon reservoir and the radiator is near an open window, and the radiator for the Encore is in a corner of the office.) And, the difference in temperature reflects that precisely. That being the case, I call it a draw... "Even Steven" comparing it to the Supercool memory cooling kit. @tps3443

Nice gain in RAM cooling on the Apex Encore... The IceMan direct touch RAM block seems to give about the same delta as the Supercool does. These suckers are super heavy. Heavier than the Supercool because the backplate is thicker. The black bezel on top that covers the screws is magnetized and also made of metal. If there is anything that I wish would be different is the use of Philips head screws to attach the block to the jackets. They are a bit soft. Stainless steel Allen or Torx would have been better. @tps3443