current build
amd fx-8350 8 core black edition
evga 1080 ti founders edition memory 11GB
Asus sabertooth 990 fx r2.0 motherboard
16 gb of corsair vengeance 1866 pcs15000
Samsung 860 EVO 500GB x2
asus monitor 144hz 27 inch
EVGA Supernova 850 P2, 80+ Platinum 850W
looking to build
keeping the PSU-- or should I?
keeping the GPU--or should I?
Asus rog strix x470 -f gaming am4 amd x470 sata 6gb/s
Amd ryzen 5 3600x 6-core 3.8 ghz (4.4 max boost)
Corsair LPX (2x16gb) 3200mhz c16 ddr4 dram
any suggestion?
thanks
Comments
EDIT: I've never seen any game that would recommend more than 16 GB of RAM. If you're planning to buy 32 GB just to have extra for future, then I'd also buy an 8 core Ryzen to have bit extra CPU power for future. Or alternatively stick to that Ryzen model and 16 GB of RAM for a more balanced computer.
This is assuming you're only gaming. I don't know if you're doing something else that requires extra RAM.
And I agree with the keeping the PSU, and the GPU.
I don't see a problem with spending a little over $100 on memory when you're also spending more than that on a motherboard, more than double that on a CPU, and spent several times it on a video card. Even if few games will need more than 16 GB today, there are some that prefer a ton of memory (due to memory leaks), and that will become more common in the future. And memory isn't that expensive at the moment.
The only reasons I'd question reusing the GPU or power supply are:
1) if you have some reason to believe that they're somehow defective,
2) if the power supply is already several years old, or
3) if you want to keep the old computer functional for other reasons.
I didn't look it up, but the power supply probably didn't launch long enough ago for its age to be a problem.
Not a ding - there could be legit reasons, I’m just curious
Future proofing in a good consideration especially now that we are seeing NVMe taking advantage of PCI 4 already, and there have been some reports of PCI 4 giving better GPU performance (although I expect that is more likely a driver bug on PCI 3)
But I also wouldn’t fault anyone overly for a well equipped x470...
Razer Barracuda AC-1 7.1Gaming Soundcard?
or use the onboard?
If it doesn't get you what you want, then I'd play around trying to get this card running or looking for an upgrade there. I don't think Win10 drivers officially exist for it, and you have to use Asus Xonar or C-Media 8788 drivers to get it to work any longer.
Memory is largely a case of, either you have what you need or you don't. If you have what you need, adding more doesn't give you any benefit. And if you don't, performance will be terrible until you get what you need. How much you need depends very strongly on what you do with the computer. Running a bunch of VMs at once isn't a common consumer use.
I disagree. The stock coolers are adequate for stock settings. You will boost a lot less and shorter than with a good aftermarket cooler though, which will also be more quiet yes. AMD cheapened out on the stock coolers after first gen Ryzen. I would be more forgiving if the Wraith Spire that comes with the 3600x still had the copper baseplate and if the 3600 still came with the Wraith Spire instead of the Wraith Stealth.
also per the asus website that the board im getting at this date and year should be amd ryzen 3000 ready.. so not sure where flashing bios etc applies.. (at least I hope)
Ryzen CPUs will clock higher if the temperatures are kept low, but it's not a big difference. Even if an $80 cooler will commonly allow the CPU to clock 100 MHz higher, you'd probably get bigger gains by just spending that $80 extra to get a faster CPU.
So for example, a Ryzen 5 3600X with the stock cooler would make more sense than a Ryzen 5 3600 and spending the price difference on an aftermarket cooler. The latter seems to be what you're advocating.
That will get you more time at Turbo, so better performance when you are pushing the CPU very hard (video encode, etc), but most times a CPU is at a lot less than maxed out, and then the difference in coolers won't amount to a whole lot.
In some cases, the motherboard manufacturer can make a slightly different SKU whose only significant difference is that the newer SKU is guaranteed to have the newer BIOS. Without that, if a stock person just grabs a motherboard off the shelf, it might come with a newer BIOS that already supports the 3000 series CPUs, or it might not. At some point in time, the stock was likely mixed so that some motherboards had the newer BIOS and some didn't.
If it doesn't, then you'll have to update the BIOS yourself. In some cases, this would require putting a CPU into the motherboard that is supported by the old BIOS in order to do the BIOS update. You don't have such a CPU, so that would be a big problem.
If you look through the details of the particular motherboard you're looking at, it might give you a way to update the BIOS without a CPU, or it might guarantee you that the particular SKU already has a newer BIOS. Or it might do neither of those, which could potentially be a big problem.
One argument for getting an X570 motherboard rather than X470 is that you're guaranteed that it will support the newer CPUs right out of the box. There never was a BIOS for an X570 motherboard that didn't support the Ryzen 3000 series CPUs, or at least not the ones available at the initial launch. That's the biggest reason why I'd recommend getting an X570 motherboard unless you have some good reason not to.
what 570 model? and is it more expensive?
and if it get the 470 with updated bios (just stick with it?)
Again, it might be fine. But it's something that you'll need to look into in order to find some particular reason why that motherboard is known to be fine. "There is a BIOS update that you don't have a way to install without an old CPU" isn't good enough.
It's also $190 on New Egg, so unless you're finding it somewhere else for much cheaper, it's not like you're saving money on the motherboard, either.
Likely ASUS has calculated that if someone manages to buy a motherboard that doesn't yet have BIOS update, they'll update the BIOS free through their warranty system.