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The deformed/animated Mesh might also have Face Controls and some kind of soft body simulation for the jiggly parts such as the belly.Īnd this is a pretty ordinary Character. The 3D Character that you are animating usually consists of a Mesh.

The main reason why Animation tasks can’t be parallelized that well is that the underlying Objects that are being animated usually are rigged, deformed, driven by scripts, or otherwise dependent on a hierarchical order that has to be processed one after another, without being able to outsource some steps to others Cores. So having a high Core-Count wouldn’t benefit us as much as most Cores would just be doing nothing. In a Computer for Animation, we will want a CPU with extremely fast Cores, as the tasks we are dealing with most of the time, are tasks that can only be calculated by one Core at a time.

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Modern Processors (CPUs) that are responsible for calculating almost everything you do on the Computer usually have more than one, so-called, Core.īelow is an image of the Windows Taskmanager, showing a CPU with 4 Cores.Ĭores are individual parts of a CPU that can calculate a given task. Single-Core Performance dependent tasks are tasks that can’t be parallelized. These are Processes where you don’t actively interact with the Computer, but mainly let it run its tasks on its own until it is finished.īecause we can now already say one very important thing and that is “ Single-Core Performance“. Think of Rendering, Simulation, Texture Baking, or Encoding to name a few. This seems obvious, but there are lots of other tasks in a Production Pipeline of an Animated Film that work very differently.

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I don’t push a button and wait for 2 minutes while walking around the office, no, I expect the Viewport or Menus or other User Interface Elements in my Software to update right away. I pose rigged characters, set Keyframes, adjust Animation Curves, Move objects around for Keying on new Frames, move my view and cameras around a lot, or play back the animations to be able to check and revise them.Īll of these processes have one thing in common: I am actively tweaking things inside my Software and expect immediate visual feedback. Now, independent from the 3D-Software, when I animate I usually do some of the following: How do Animation Tasks use your PC’s Hardware?īefore we take a look at what hardware we should put in our best Computer for Animation let’s see how Animation Tasks actually use the Hardware.

Finished Desktop Computer Builds in different Price Tiers that lets you see how a completed Computer Build for Animation would look like within your budget.

Insight and recommendations on what Hardware Parts are important and best for a Computer for Animation.

How Animation Software utilizes your PC’s Hardware.

Now, this Article “Best Computer for Animation” is structured into three parts:

Do you need a powerful Computer for 3D Animation?īuilding the best Computer for Animation requires some specific Hardware Components and just a tiny bit of insight into the inner workings of 2D & 3D Animation Software and how they use your PC’s hardware.īrowsing for new Computer Parts is always a lot of fun and in this article, you will find a few things that will make that process easier and let you optimize your workloads.

Best Computer for Animation, AMD at roughly ~2600$.

Best Computer for Animation, AMD at roughly ~1500$.

Best Computer for Animation, Intel at roughly ~1200$.

Best Computer for Animation, AMD at roughly ~700$.

Computer Build suggestions in different Price Tiers.

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Best Case for a PC targeted at Animation.Best Power Supply for your Animation PC Build.Best Storage Devices in a Computer for Animation.How much and what type of RAM for a Desktop Computer for Animation.How do Animation Tasks use your PC’s Hardware?.