Finally a good and brief video about blender rendering 🙏☺ My question is do you think if we get the 24GB or 32GB M4 instead of 16GB, and render with CPU not GPU, would it have much difference in timing?
Rendering with a CPU is much slower than a GPU. For graphics-intensive tasks (3D, animation), opt for a high-core GPU with 24 GB unified RAM, like the M4 Pro, for faster performance.
I see the renders and appreciate them. This test was what I needed. However I am not a blender guru. What’s the overall outcome? Does it handle blender well and render quickly with the new chips and a reasonable amount of ram?
This was all I wanted to see someone do your the only one I’ve seen that actually shows how it renders if at all thank you
It means good for simple scenes, not for big and complex scenes.
not true at all
Finally a good and brief video about blender rendering 🙏☺
My question is do you think if we get the 24GB or 32GB M4 instead of 16GB, and render with CPU not GPU, would it have much difference in timing?
Rendering with a CPU is much slower than a GPU. For graphics-intensive tasks (3D, animation), opt for a high-core GPU with 24 GB unified RAM, like the M4 Pro, for faster performance.
@@drdave9 Thanks so much 🙏
More RAM wouldn’t hurt though as it is used as VRAM
I see the renders and appreciate them. This test was what I needed. However I am not a blender guru. What’s the overall outcome? Does it handle blender well and render quickly with the new chips and a reasonable amount of ram?
Performance is reasonable. But for graphic intensive tasks, I would prefer pro series compared to the base model.
@ thanks.
Nice bro
Thanks
How much RAM do you have?
16 GB, Base model
quite high memory consumption
Also for the bmw scene, gpu only almost 30x more memory peak vs gpu+cpu?
Is it similar behaviour for other scenes as well?
I checked for junkyard and splash..it is around 2-4 times with gpu compared to gpu+cpu
@@drdave9 very interesting behaviour