NOTE: This is for the Singaporean market and all prices are in SGD and taken from this following link,

http://dynacoretech.com/image/catalog/Price list/Dynacore PL 10th May2025.pdf

Some prices not shown in the list are directly taken from the store themselves.

Some of the parts recommended in North America market is simply not available some times and prices are different too. But just need your feedback on whether this build is good for generic 1080p, 60 fps gaming for the next few years or so of high end games like cyberpunk, doom and monster hunter wilds or whatever. I am already on the upper limit on my budget which is why I didn’t go for the 7800x3d for the cpu or higher specs for gpu. I would like to upgrade to this at a later time but would just like a system for now that performance on an okay level.

Mobo+ CPU: MSI B850 GAMING PLUS + RYZEN 7700 $618

RAM: GSKILL X5 FLARE 32GB CL36 $139

SSD: Crucial T500 Pro 7300MB/s Gen4 Nvme M.2 1TB $110

HDD: 1 TB, taking from my prev system

COOLER: Phantom Spirit 120 SE $48

GPU: 9070 XT Sapphire pulse $1039

POWER SUPPLY: DA1000R $185

CASING: Cooler Master Elite 502 Argb Black TG Casing $82

Total: $2221

  • LemonPop@lemm.eeOP
    1·
    5 days ago

    Hi thank you so much for such a detailed recommendation, appreciate your time in this reply. There is a few rationales for my choices:

    1. I chose the 9070 xt for the new fsr4 and the ray tracing capabilities and a sort of future protection for native game performance as support for the older card may end sooner and RMA problems as well, since this card manufacturing will slow down significantly. As of now I’m still okay with 1080p but may look into switching to 1440p or 4k in the future. But for this price point, do you think it might be better to buy the 7800 XT and buy the next gen of upgraded cards when they come out with better tech?

    2. the ryzen 7 7700 was picked over the ryzen 5 as the ryzen 7 uses the am5 socket and the mobo would be better future proofed for future cpu upgrades if necessary and it would reduce the hassle of completely ripping out the old mobo and installing a new one.

    3. the power supply I was stuck in a dilemma too. The gpu nowadays seem to have a bit of unstable power draw and peak well beyond their usual operation stages every now and then. And with newer gens, the general power draw of gpus themselves seem to be growing at a crazy rate and I feel like the gpu itself might get it’s own socket supply at the rate it’s going. That’s one of the reasons I went with 1000W but yea 600 seems way more reasonable with your reasoning. I’ll switch down to 600 instead.

    4. do you think the mobo is an okay pick or would you have any other recommendations?

    Of course all this is just whatever I read online and could be biased and overly cautious or straight up wrong. So let me know if any of the above rationales falls into any fallacies or any other recommendations or feedback you may have. Really appreciate your time in helping out a noob like me! Thank you!

    • theunknownmuncher@lemmy.world
      1·
      5 days ago
      1. If you are only targeting 1080p 60fps then I don’t think you will ever really need FSR because any of these GPUs should be able to handle that without upscaling or extrapolating frames. The only time I would think you might use FSR is with ray tracing, to smooth/blur our the surface boiling and artifacts that occur from ray tracing. You just need to decide if these kinds of features are worth the extra cost. For 1080p 60 fps only, the 7600XT is a great value, but if you think you will upgrade to 1440p or 4k, then you should look at performance benchmarks for all 3 cards for the games you want to play, to decide.
      2. Ryzen 5 7600 uses the same AM5 socket and same motherboards as Ryzen 7 7700 and Ryzen 7 7800X3D. So it’s the same upgrade path and futureproofing
      3. The dangerous power draw is really only true for NVIDIA GPUs, like RTX 5090. AMD has focused on power efficiency and having the highest performance per watt. 7600XT, 7800XT, and 9070XT are all 300W or less
      4. The motherboard is fine