he following problem arises, system:
Intel(R) Xeon(R) CPU E5-1620 0 @ 3.60GHz,
video card, rx 580 8gb (it should be noted that the power supply is 2x 6-pin plugs in 1x 8-pin plug) the original source only has 6 pins for the video card power supply, so an adapter was used)
In games it works worse than before with the old video card ( nvidia k4000)
Bottleneck? That's what I thought too. but the bottleneck was before with the nvidia video card
25.7% bottleneck with rx 580
21.7% bottleneck with video card nvidia
if you ask why I didn't change the source, I have a strange z420 hp motherboard, where the ATX power plug has 18 pins, not 20 nor 24. (Yes, I found an adapter from 24 pins to 18, but it came out cheaper to buy an adapter from 2x6 pins to 8 pins)
Should the rx 580 not work as it should because the adapter "cuts" the power? I looked on youtube for benchmarks with my exact processor and rx 580 card and the games run fine.
Intel(R) Xeon(R) CPU E5-1620 0 @ 3.60GHz,
video card, rx 580 8gb (it should be noted that the power supply is 2x 6-pin plugs in 1x 8-pin plug) the original source only has 6 pins for the video card power supply, so an adapter was used)
In games it works worse than before with the old video card ( nvidia k4000)
Bottleneck? That's what I thought too. but the bottleneck was before with the nvidia video card
25.7% bottleneck with rx 580
21.7% bottleneck with video card nvidia
if you ask why I didn't change the source, I have a strange z420 hp motherboard, where the ATX power plug has 18 pins, not 20 nor 24. (Yes, I found an adapter from 24 pins to 18, but it came out cheaper to buy an adapter from 2x6 pins to 8 pins)
Should the rx 580 not work as it should because the adapter "cuts" the power? I looked on youtube for benchmarks with my exact processor and rx 580 card and the games run fine.