Hey guys,
Need some advice on a 1080p/60Hz gaming PC with some potential for future growth. Trying to keep the budget low because it's an impulse decision I dreamed of for a long-long time.
https://pcpartpicker.com/user/IvanKarpan/saved/#view=nvL68d
(updated based on advice below)
I've built a parts list mostly based on Tom's Hardware guides and additional googling and since this is basically slapping a build together I really need some confirmation from people that know this stuff, namely:
Need some advice on a 1080p/60Hz gaming PC with some potential for future growth. Trying to keep the budget low because it's an impulse decision I dreamed of for a long-long time.
https://pcpartpicker.com/user/IvanKarpan/saved/#view=nvL68d
(updated based on advice below)
I've built a parts list mostly based on Tom's Hardware guides and additional googling and since this is basically slapping a build together I really need some confirmation from people that know this stuff, namely:
- does it make sense overall?
- is the anything there that could be replaced by a cheaper part without noticeable performance loss?
- or replaced with a more expensive part with noticeable performance gain?
- does anything stick out as improper for what a budget PC should look like?
- I saw some info on bottle-necking between CPU and GPU and came to a conclusion that it's not really a problem I should be concerned with but - should I be?
Any ideas on what I should use for PSU instead?The MSI MPG X570 GAMING PLUS ATX AM4 Motherboard has an additional 4-pin ATX power connector but the Corsair CXM 550 W 80+ Bronze Certified Semi-modular ATX Power Supply does not. This connector is used to supply additional 12V current to the motherboard. While the system will likely still run without it, higher current demands such as extreme overclocking or large video card current draws may require it.
Will this be an issue? Is this the case where I'm paying for performance potential that will never be utilized?The Patriot Viper Steel 16 GB (2 x 8 GB) DDR4-4400 CL19 Memory operating voltage of 1.45 V exceeds the AMD Zen 2 CPU recommended maximum of 1.35 V+7% (1.444 V). This memory module may run at a reduced clock rate to meet the 1.35 V voltage recommendation, or may require running at a voltage greater than the AMD recommended maximum.
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