Buying or Building an editing workstation? What Specs do you need?

Whether you’re editing client videos or full-scale campaigns, your workstation can make or break your workflow. But what actually matters—RAM, GPU, or CPU? Before you spend thousands on gear, here’s how to choose the right specs for your editing setup (and skip the overkill).

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The fastest way to kill creativity… a slow computer. It isn’t just annoying, it costs time and real money. Your workstation is the most important tool you own when it comes to editing. It needs to keep up with your ideas, not fight against them. But the decision on what to buy can be complicated, since there are a lot of different options out there. Do you just buy something sleek and simple off the shelf or dive into building your own custom workstation? And which specs actually make a difference when you’re using programs like Premiere Pro, After Effects or DaVinci Resolve?
Let’s figure out what you actually need. 

Buy vs Build

The first choice you have to make, Buy or Build? Are you buying something that’s ready to go. Like a Mac, a powerful Dell Laptop, or an HP workstation. Or are you going to buy individual parts and put together a custom PC yourself?

Buying Pre-Built

This is how most people buy their systems and to be honest it’s just easier. You take it out of the box, plug it in and start working. You don’t spend hours figuring out which wire goes where or why it won’t turn on. If the computer breaks, you call the company and they fix it. You don’t need to be a tech expert to figure out what went wrong. However, it can be quite expensive and can sometimes be a bit limited. You only have options that the company sells. You can’t really customize every little part. Many modern computers, especially Apple products and laptops, have soldered parts. So if the system feels slower two years from now, you wont be able to do some upgrades. You often have to buy a whole new machine. 

Building a Custom PC

If you’re willing to get your hands dirty (or know someone who can do the job), building your own PC is where the real power lies. This route is all about control and getting the most bang for your buck. The biggest advantage is that you decide where the money goes. If you do heavy 3D work, you can add a monster graphics card and save cash on the CPU for example. If you need to run multiple tasks at once, you can add more RAM. When a new component launches, you can have it immediately. You don’t have to wait for companies like Dell or Apple to update their models. It’s completely upgradable. Need more memory next year? Open the case and pop it in. New graphics card released? Swap it out in 20 minutes. The machine grows with your needs, rather than becoming obsolete.

The Downsides

Okay, let’s be real. Building a PC is not that easy. It takes time and a willingness to learn. You have to research compatibility, spend hours putting it together and you will have to troubleshoot along the way. You have to figure out which specific part failed, was it the motherboard or the power supply? The art is getting all the different parts and their drivers to play nicely together, that can be a headache.

Which option is best for you? What should you do?

It comes down to what you value more. Convenience or raw power. If you prioritize simplicity and money isn’t a problem or if you’re already deep in the Apple ecosystem. A Mac or a high-spec’ed Laptop would be an excellent and reliable choice. If you’re looking to save some money, want the flexibility to upgrade easily in the future and don’t mind getting your hands dirty. Building your own might be the better way to go.

The Specs: What You Actually Need

Whether you buy or build, understanding the core components is essential. Creative software utilizes hardware differently than standard applications.

1. CPU (Central Processing Unit) - The "Brain"

The CPU handles the heavy lifting: encoding, decoding (playback footage), exporting and running the operating system. When selecting a CPU (Intel or AMD Ryzen), you face a balance between core count and clock speed. While many rendering tasks benefit from more cores, most creative applications still favor faster clock speeds for a smoother, snappier user experience.
Minimum (Light HD/Social Video): 6-8 Cores (e.g., Intel i5/i7 or AMD Ryzen 5/7) Recommended (4K Editing/Motion Graphics): 8-16 Cores (e.g., Intel i7/i9 or AMD Ryzen 7/9) High-End (6K+/Complex 3D): 16+ Cores (e.g., AMD Threadripper or top-tier Intel i9)
Note on Apple Silicon: Apple’s M-series chips (M2, M3, etc.) combine the CPU and GPU. They are highly efficient and optimized for video work, often outperforming similarly priced Intel/AMD chips in specific tasks thanks to dedicated media engines for video encoding/decoding.

2. GPU (Graphics Processing Unit) - The "Muscle"

The GPU is no longer just for 3D rendering. Modern editing software uses “GPU acceleration” for color grading, visual effects, resizing and stabilizing footage. Nvidia currently holds the lead for most professional creative applications due to its CUDA core technology, which is widely supported by Adobe and others. The most critical spec here is “VRAM” (Video RAM). High-resolution timelines eat up VRAM quickly.
Minimum: 8GB VRAM (e.g., Nvidia RTX 5060) Recommended: 12GB–16GB VRAM (e.g., Nvidia RTX 5070 Ti or 5080) High-End: 24GB+ VRAM (e.g., Nvidia RTX 5090 or professional Quadro cards)

3. RAM (Random Access Memory)

RAM is your active workspace. It holds the footage previews, application data and everything you are currently working on. If you don’t have enough RAM, your system will slow down as it tries to use the hard drive as temporary memory. This is crucial if you frequently switch between Photoshop, Illustrator and After Effects.
Minimum: 32GB. (16GB is rarely sufficient for professional, multi-app creative work). Recommended: 64GB. This is the sweet spot for most 4K workflows and heavy multitasking. High-End: 128GB. Essential for heavy After Effects compositions, complex 3D work or editing 8K footage.

4. Storage

Storage is often the biggest bottleneck in an editing system. You need both size and speed. Forget traditional spinning hard disk drives (HDDs). You must use NVMe SSDs (Non-Volatile Memory Express Solid State Drives).

1. The OS/Applications Drive (NVMe SSD): A fast 1TB NVMe M.2 SSD for your operating system and
core applications. This ensures the system boots quickly and apps launch instantly.
2. The Active Project/Cache Drive (High-Speed NVMe SSD): Use a dedicated, very fast 2TB or 4TB
NVMe SSD for your current footage, project files and disk cache. This drive directly impacts timeline
scrubbing smoothness.
3. Archive Storage (HDD or NAS): For completed projects and long-term storage, use large, slower
traditional HDDs or a Network Attached Storage (NAS) solution.  

Example Setups for the Modern Agency

Tier 1: The “Social Content Creator” (Portability and Speed)
For creatives primarily focused on Reels, TikTok, and graphic design, prioritizing portability and a great
screen.
System: Apple MacBook Pro (M3 Pro or equivalent) OR Dell XPS 15
Specs: 10-12 Core CPU, 16-Core GPU (or equivalent), 32GB RAM, 1TB SSD.
Tier 2: The “Agency Workhorse” (The Sweet Spot)
The standard desktop for editors handling 4K client projects, moderate motion graphics and complex
design files.
System (PC): Custom Build or High-End Pre-built
Specs: AMD Ryzen 9 or Intel i7/i9, Nvidia RTX 5080, 64GB RAM, 1TB OS Drive, 2TB Project NVMe
Drive.
System (Mac): Mac Studio
Specs: M2 or M3 Max (or equivalent), 64GB Unified Memory, 2TB SSD.
Tier 3: The “VFX Powerhouse” (Maximum Performance)
For colorists, VFX artists and 3D modelers who need maximum processing power.
System: High-End Custom PC or Mac Studio (Ultra Chip)
Specs: Top-tier Intel i9 or AMD Threadripper (or M-series Ultra), Nvidia RTX 5090, 128GB RAM,
dedicated high-speed NVMe drives for OS, Cache and Projects. 

Conclusion

In the end, it isn’t about getting the fanciest or most expensive model or build. It’s about making sure the machine doesn’t slow you down. The best computer is the one you don’t have fix or troubleshoot every time. It runs fast, it doesn’t crash and it let’s you focus on being creative, instead of watching loading bars. Having the right tools makes things less frustrating and helps you finish projects much faster. Okay, that covers this topic. If you don’t really have the time to do all this and need help creating the actual content? At Based Agency, we have the best creatives. Contact us today and let’s get started.

FAQ

Should I buy a pre-built computer or build my own?

It depends on whether you value convenience or control and power more. Buy pre-built (like a Mac, Dell, or HP) if you want simplicity, a reliable warranty from a single company, and prefer not to deal with assembly or technical troubleshooting. Build a custom PC if you need the maximum performance for your budget, want total control over the components, and require the flexibility to upgrade parts easily in the future.

What are the main advantages of buying a pre-built machine?

Convenience and support. They work right out of the box. If something breaks, you call the
manufacturer, and they handle the repairs. Companies like Apple also optimize their hardware and
software to work seamlessly together.

What are the downsides of a pre-built machine?

They are generally more expensive than building yourself (the “brand tax”). More importantly, many
modern systems, especially Apple products and laptops, cannot be upgraded later because the parts are
soldered in. If the machine feels slow in two years, you may have to replace the entire system.

Why would I want to build my own PC?

You get more bang for your buck and can decide exactly where the money goes—for example,
splurging on a graphics card for 3D work while saving on other components. It also allows you to upgrade
individual parts (like RAM or the GPU) anytime, so the machine grows with your needs.

Is building a PC difficult?

It’s a project that requires research, time, and a willingness to troubleshoot. You need to ensure all parts
are compatible. The main challenge is that if something breaks, you have to figure out which part failed
and handle the warranty for that specific component.

What are the most important components for video editing and design?

Four key components work together:
CPU (The Brain): Handles processing, exporting, and playback.
GPU (The Muscle): Accelerates effects, color grading, and 3D rendering.
RAM (The Workspace): Allows for smooth multitasking and handling large files.
Storage: Determines how quickly your files can be read and saved.

How much RAM do I actually need? Is 16GB enough?

For professional creative work involving multiple applications (like Photoshop and Premiere Pro),
16GB is rarely sufficient.
Minimum: 32GB.
Recommended (4K/Multitasking): 64GB (this is the sweet spot).
High-End (8K/Heavy VFX): 128GB.

What should I look for in a CPU (Processor)?

You need a balance of core count (for rendering) and clock speed (for a smooth user experience). For
general 4K editing and motion graphics, we recommend 8-16 Cores (e.g., Intel i7/i9 or AMD Ryzen 7/9).

How important is the Graphics Card (GPU) if I don't do 3D work?

It’s very important. Modern editing software uses the GPU heavily for color grading, visual effects,
resizing, and stabilizing footage.

What is VRAM?

\VRAM (Video RAM) is the memory dedicated to your GPU. High-resolution timelines eat up VRAM
quickly. We recommend a minimum of 8GB VRAM, but 12GB–16GB (e.g., Nvidia RTX 5070 Ti or
5080) is ideal for professional 4K work.

What kind of storage is best? Do I need an SSD?

Yes, speed is critical. You must use NVMe SSDs (Solid State Drives) for your operating system and
active projects. They are vastly faster than traditional spinning hard disk drives (HDDs). HDDs should
only be used for archiving old projects.

What is the ideal storage setup?

We recommend a tiered approach:
A fast NVMe SSD for your OS and Applications.
A separate, very fast NVMe SSD for your active project files and disk cache.

A large HDD or NAS for long-term storage.

Are Macs better than PCs for editing?

They are different. Apple’s M-series chips (M2, M3, etc.) are highly efficient and excellent for video
work, thanks to dedicated media engines. However, custom PCs generally offer more raw power for the
price and much better upgradability, especially for high-end 3D and VFX.

What’s a good setup for someone just doing social media content (Reels, TikTok)?

A high-quality laptop is usually best. A MacBook Pro (M3 Pro or equivalent) or a Dell XPS 15 with
32GB of RAM and a 1TB SSD is ideal for portability and speed.

This is the “Agency Workhorse” level.
Mac Option: A Mac Studio (M2/M3 Max) with 64GB of memory.
PC Option: A system with an Intel i9/Ryzen 9, Nvidia RTX 5080, and 64GB of RAM.

Sandu Sawirjo

Sandu is a highly skilled creative professional who has collaborated with a diverse range of clients over the years. Specializing in design & creativity, with over 8 years in graphic design, his expertise extends across various areas, making him a regular in the world of digital design, photography, and videography.

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