For various reasons, I need another computer. My original plan was to get a new gaming computer and then move my old one (built in 2018) to the new place where I need a computer. I'm not happy with the video card options available today, however.
As such, my plan is to build a new computer that will someday be my primary gaming computer, but not put a video card in just yet. I'll add a video card and then switch it to be my primary gaming computer once I'm more satisfied with the options--and prices--available.
A lot of people post on this site looking for help on what to buy. I'm planning on building a new computer here, so I thought I'd post what I'm looking at:
https://www.newegg.com/amd-ryzen-7-7700x-ryzen-7-7000-series/p/N82E16819113768https://www.newegg.com/gigabyte-b650m-ds3h/p/N82E16813145414https://www.newegg.com/team-32gb/p/N82E16820331704https://www.newegg.com/p/N82E16811147308https://www.newegg.com/seasonic-focus-plus-750-gold-ssr-750fx-750w/p/N82E16817151187https://www.newegg.com/samsung-970-evo-plus-2tb/p/N82E16820147744https://www.newegg.com/deepcool-liquid-cooling-system/p/N82E16835856147https://www.newegg.com/microsoft-windows-11-home/p/N82E16832350881https://www.newegg.com/metallic-black-msi-optix-g241v-e2-24/p/N82E16824475134https://www.newegg.com/cyberpower-cp1350pfclcd-nema-5-15r/p/N82E16842102133I haven't placed the order yet. I'll probably get around to it in a couple of days. As I noted above, there isn't a video card, but I'll use the integrated GPU for a while.
I do need a new monitor for the new computer, but only one, and it doesn't need to be that large or fancy. I also want a UPS for the new computer. I plan to pair the new UPS with my gaming computer for now, then move my old one to back up the new computer.
Getting Windows 11 on a DVD probably strikes you as weird, but the DVD version is the one on sale. You're really just paying for a license key, and I'll download the latest version from Microsoft's site to a USB stick for the actual installation.
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I did have another look at buying a new video card. I'm not interested in anything slower than a Radeon RX 6800 XT or a GeForce RTX 3080. I did at least think about getting this:
https://www.newegg.com/asrock-radeon-rx-6800-xt-rx6800xt-pgd-16go/p/N82E16814930049
On the Nvidia side, prices are terrible. There were only four options under $800, all of which cost at least $700. Two were pre-orders from Maxsun and Yeston, and one was a recently launched card by Peladn. I'm wondering if Nvidia signed up new board partners (or perhaps ones from other markets to enter the US) if they were willing to take some old RTX 3000 series parts off of Nvidia's hands. That left this as the cheapest Nvidia option from an established board partner:
https://www.newegg.com/msi-geforce-rtx-3080-rtx-3080-gaming-z-trio-10g-lhr/p/N82E16814137677
That's about 50% more than the AMD option above, and for similar performance. It sure looks to me like Nvidia is in no hurry to sell off their glut of RTX 3000 series inventory.
The unimpressive part is the software and driver suite. It's just so basic compared to what AMD offers, even though I had to use a specific workaround with my AMD GPU.
The use for my new computer is going to be far less demanding on monitors, and even the monitor that I bought will be a major upgrade over the laptop that I'm using now.
I've moved over all my UPSes to Eaton / Tripp-Lite. They are a bit more expensive, but I consider them insurance. I've had a lot better luck with these so far than I have APC units, which always seem to go bad shortly after their first battery replacement. They are much more aggressive on voltage correction (which is good - that's what protects your equipment).
I can also say, not that this will sway any opinions, but just to provide another data point, in my household I've currently got 4 gaming computers (not all mine, mind you). Half of them are running nVidia, the other half AMD. I've had more issues with nVidia drivers in the last few years than AMD, by far.
My existing UPS will correct voltages without going to the battery so long as the input voltage stays above 100 V. Really, though, a typical computer power supply is rated as being able to handle anywhere from 100-240 V, and a high quality one won't complain if the input voltage is several volts away from the nominal 120 V input. Monitors don't have that protection, nor do some other, cheaper things, but losing a monitor isn't the same sort of disaster as frying everything inside of your case.
Logic, my dear, merely enables one to be wrong with great authority.
--John Ruskin
--John Ruskin
I also paid $50 for a case with three 120 mm front fans, one 120 mm rear fan, a top mounting spot for the 240 mm radiator, and plenty of space for a typical gaming desktop. I don't doubt that their are nicer cases out there. But they tend to cost more than $50.
I'm not likely to have outlandish needs on either a cooler or a case, either. I don't overclock, and I chose a CPU with a 142 W turbo power. If the CPU had a higher turbo power at stock speeds, I'd probably throttle it back in the BIOS. The video card that I'll eventually add likely hasn't launched yet. I expect to get something rated at no more than 300 W, and expect to throttle it back further by nixing the turbo for most games.
Both the case and the cooler came with free shipping, too. That matters a lot on a case, as big, heavy items can easily be expensive to ship. Had either of those items cost $100, I'd have bought something else instead.
I do have a question about the RAM. You went with 4800 MHz. Did you go with the lower speed for the value price or is it not worth it to go with faster ram? I've seen everything from "fastest must be bestest" to 5600/6000 is the sweet spot to comparisons that show very little to zero real-world advantage to using faster ram. Would love to hear your take on it.
Furthermore, I wanted 32 GB of memory, and the natural way to do that is as a kit of two 16 GB modules. New Egg had a bunch of such kits at 4800 MHz, two G.Skill kits at 5200 MHz for $30 more than I paid, and a bunch of memory kits that were factory overvolted and overclocked. The stock voltage for DDR5 is 1.1 V, and while more voltage does allow chips to clock higher, that has all of the usual drawbacks of overclocking. For the sake of reliability, I didn't want to go that route. It's not a huge risk, of course, but the benefit wouldn't be much, either.
There's also the issue that the memory clock speed needs to be handled not just by the memory, but also by the memory controller in the CPU. A vendor's first memory controller on a new standard is sometimes problematic, and doesn't always support as high of clock speeds as you might hope.
For example, Intel's Alder Lake DDR5 memory controller only officially supported up to 4800 MHz memory on motherboards with only two memory slots. Get four memory slots, even if you only use two of them, and it only supported 4400 MHz memory. The DDR4 controller in AMD's Raven Ridge chips had restrictions on clock speed that depended on the number of ranks of the memory module, which is something that is hard to look up. This probably wouldn't cause any trouble, but it's not worth the risk of pushing higher clock speeds in exchange for no real benefit.
I actually came very close to getting a Ryzen 7 5700G instead. That would have not just saved $150 on the CPU, but also saved money on a motherboard, memory (DDR4 instead of DDR5), and cooler.
Besides, while transferring a license from one computer to another may be allowed when the old one breaks or gets replaced, using the same license for two separate computers at once generally isn't. The new computer isn't a replacement for my old, but will supplement it. By usage, it's more a replacement for my laptop, other than when I travel.
Ahh, if you do it right you can ride the free upgrades. You can transfer, but I think once or twice still. I haven't paid for Windows since Windows 7 on my main rig.
if you like living on the edge, that's up too you. how many usb peripherals you using ?