So.
It's about damn time. My 1-year savings account was due, I got my pay from work, so i spent a small chunk of it to buy myself some nice things.
One of them was extra RTX 3090 GPU of same model i had, so i have 2 identical GPUs with 24GB of VRAM now, Rendering is really fast now,
meaning making animation is much less of a hassle than before.
But also just because i wanted to try it anyway.
Big downside is of course, power bill. These two bricks will chug combined 700 Watts of power once i put in a render.
Combine that with rest of the system i suspect on full load this tower would easy draw 800~1000 Watts.
I do have 1250 W PSU, so it's not like - gonna break. Just gonna have to pay more bills on power.
It's about damn time. My 1-year savings account was due, I got my pay from work, so i spent a small chunk of it to buy myself some nice things.
One of them was extra RTX 3090 GPU of same model i had, so i have 2 identical GPUs with 24GB of VRAM now, Rendering is really fast now,
meaning making animation is much less of a hassle than before.
But also just because i wanted to try it anyway.
Big downside is of course, power bill. These two bricks will chug combined 700 Watts of power once i put in a render.
Combine that with rest of the system i suspect on full load this tower would easy draw 800~1000 Watts.
I do have 1250 W PSU, so it's not like - gonna break. Just gonna have to pay more bills on power.
Category All / All
Species Unspecified / Any
Size 1280 x 606px
File Size 152.2 kB
This is true for video games where the cards need to talk to eachother (nvlink or crossfire). Blender simply looks at these cards as resources, in practice the cycles render will leverage the compute power of the cards. You can have a 3090 and a 1060 in the same machine and it will render as fast as a 3090 and 1060 combined. Each card will render their own frame at their own pace. In games they need to render the same frame at the same time, hence the need for a bridge or link.
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