VFX typically involve a team of people who work together to create the desired effect. The cost per minute of VFX is typically quite high, as it often requires a lot of time and effort to create an effective effect. However, the high quality of VFX generally justifies the costs involved.
To become a software developer, you will need very strong coding skills as well as a detailed understanding of the VFX pipeline. A degree in computer science or a related field is often needed, although the most important thing is a high level of technical skill using coding languages
Building 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.
Browsing 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.
Now, this Article “Best Computer for Animation” is structured into three parts:
- How Animation Software utilizes your PC’s Hardware.
- Insight and recommendations on what Hardware Parts are important and best for a Computer for Animation.
- 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
- How do Animation Tasks use your PC’s Hardware?
- Before 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.
Now, independent from the 3D-Software, when I animate I usually do some of the following:
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.
All of these processes have one thing in common: I am actively tweaking things inside my Software and expect immediate visual feedback. PC Build
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 PC Build Interface Elements PC Build in my Software to update right away.
This seems obvious, but there are lots of other tasks in a Production Pipeline of an Animated Film that work very PC Build differently. PC Build
Think of Rendering, Simulation, Texture Baking, or Encoding to name a few. 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. PC Build
Why is this important? PC Build
Because we can now already say one very important thing and that is “Single-Core Performance“.
Here’s what this means:
Single-Core Performance dependent tasks are tasks that can’t be parallelized.
Modern Processors (CPUs) that are responsible for calculating almost everything you do on the Computer usually have more than one, so-called, Core.
Like most software developers, Adobe maintains a list of system requirements for After Effects that can be used to help ensure the hardware in your system will work with their software. However, most “system requirements” lists tend to cover only the very basics of what hardware is needed to run the software, not what hardware will actually give the best performance. In addition, sometimes these lists can be outdated, show old hardware revisions, or simply contain sub-optimal hardware. PC Build
Because of how inconsistent these lists can be, here at Puget Systems we run and publish our own set of extensive hardware benchmarks to ensure that the systems we sell are perfectly tailored for After Effects. Even better, you don’t have to take our PC Build word for what to buy, you can browse and examine all our testing in detail in our After Effects hardware articles. Based on all our testing, we have our own list of recommended hardware for After Effects.
The processor (or CPU) is one of the most important PC Build pieces of an After Effects workstation. While GPU acceleration is gaining traction, right now your choice of CPU is usually going to make a much larger impact on overall system performance. However, the way that After Effects uses the CPU means that it is difficult to be sure of how a given processor will perform just from looking at clock speed and core count – which is exactly why we perform testing on a wide range of hardware. PC Build
Adobe recently introduced a feature to After Effects called Multi-Frame Rendering (MFR) which changed how effectively AE is able to use multi-core processors. We’ll cover some of the basics here, but for more details you may want to refer to this article before spec’ing out a new workstation. PC Build
What CPU is best for After Effects?
For most users, Intel’s Core i9 13900K and i7 13700K are neck-and-neck with AMD’s Ryzen 9 7950X as the top choices – with just a small performance spread between them. In single-threaded workloads these CPUs are faster than the more expensive AMD Threadripper PRO or Intel Xeon W CPUs, but the Threadripper PRO takes the lead in AE’s new Multi-Frame Rendering mode. PC Build
Additionally, platforms like Threadripper PRO can allow for higher RAM capacities than the more mainstream Core and Ryzen models. In workloads with higher resolutions or longer timelines, the option for more memory (and thus more cached frames) will likely be more important. PC Build
The best option for both high performance and higher memory capacity is AMD’s
It can support up to 512GB of RAM, and has overall benchmark scores in After Effects that edge out the less expensive CPUs mentioned above. The higher core count Threadripper PRO chips are even faster for multi-frame rendering, but lose out on some speed in other areas of After Effects. The trade-off for any of those chips this is a larger and more expensive workstation – but for some users, that will be worth it for the added capabilities. It is also worth noting that getting the best performance out of the Threadripper PRO platform requires settings Windows power profile to “High Performance” (rather than the default “Balanced” option).
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