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https://hoursfinder.com/0-9-hours/5-million-render-hours.html
For a movie length of 1h 35m, this means approximately 877 CPU render-hours per second of animation. In order to render it in real-time, using the same software and technologies, with the exact same project setup, you would need a computer that can render one second of animation in one second of real-time.
https://www.blenderguru.com/articles/13-ways-to-reduce-render-times
Nobody likes waiting for hours whilst their render finishes, but most people do. Little do they know, they can cut these render times in half with a little bit of tweaking. By default, the big CPU sucking features are turned on default the blender devs want to ensure that you get the best looking renders.
https://www.daz3d.com/forums/discussion/529771/what-s-wrong-with-rendering-that-takes-2-hours
In addition to CPU vs GPU, the more light sources and places for light to go and bounce around in a scene create longer render times. The environment in the top render is a large set with hallways, etc, Iray follows the light wherever it goes, even off camera, so it can bounce around in unseen areas for quite some time.
https://radarrender.com/best-render-farms-2021-for-cpu-rendering/
However, rendering on CPU is much slower than that of GPU. It even takes days, or weeks to render the whole project on CPU. As a result, thinking of a CPU-based render farm is an effective solution to shorten the render time from hours to minutes. In the cloud rendering service market, there are some trusted CPU render farms.
https://www.quora.com/How-many-CPU-hours-did-it-take-to-render-Toy-Story-3
At 24 frames per second and with a movie length of 1h44m we have 149,760 frames to render. This would take 4,343,040 hours, or 495.78 years, which is nonsensical, so I believe the 29 hours per frame number isn’t accurate for their supercomputers. If this meant 29 hours of CPU time, then with their 24,000 cores it would take 7.54 days.
https://academyofanimatedart.com/cpu-vs-gpu-renderer-which-is-better/
But between the two, CPU rendering is considered as the traditional renderer, most animation studios depend on this microprocessor. However, CPU rendering takes hours while GPU renders multiple keyframes in minutes. GPUs are known for their speed but could you expect the same level of quality as that of a traditional CPU renderer? Let’s weigh in on the …
http://www.simonreeves.com/rendertimecalc/
Render Time Calculator provides you with a quick and easy way to estimate the time it will take to render your sequences, this is an all-purpose accurate method. Included in the main estimator is a predicted finish time of day, so you can quickly gauge the numbers in real terms. But don't forget these are just estimates!
https://www.reddit.com/r/explainlikeimfive/comments/3kwipw/eli5_cpu_render_time_vs_real_life_time/
1. level 1. algorithmicfunk. 5 years ago. So, you need to look at this as 90 million total hours of CPU usage. If this was on one core and that time is accurate, it would have run for 90 million hours. Let's say that they ran it on a distributed system over 100 cores and you get real time passage of 90e6/100.
https://www.quora.com/How-long-does-it-take-to-render-a-Pixar-film
At 24 frames per second and with a movie length of 1h44m we have 149,760 frames to render. This would take 4,343,040 hours, or 495.78 years, which is nonsensical, so I believe the 29 hours per frame number isn’t accurate for their supercomputers. If this meant 29 hours of CPU time, then with their 24,000 cores it would take 7.54 days.
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