Build a photo and video editing setup
How to build an editing setup that keeps up with your footage: the camera, a colour-accurate monitor, the rig that scrubs 4K without stuttering, and storage fast enough to work from.
An editing setup is a chain, and it moves at the speed of its slowest link. A fast rig behind a bad monitor still produces work that looks wrong on everyone else's screen; a perfect monitor in front of a rig that stutters on 4K makes editing miserable. The trick is to size every part to the footage you actually shoot, not to a spec sheet. Here is the chain, in the order the decisions matter.
1. Start from the footage, not the PC
Before you spend anything, be honest about what you feed the setup. A photographer shooting 24-megapixel RAW stills has a completely different problem from someone cutting 4K 10-bit video, and a 6K or 8K shooter needs real muscle at every stage. Write down your camera, resolution, codec, and bit depth. Every choice below falls out of that line - buying blind is how people overspend on the wrong part and starve the one that matters.
2. The camera is the input
Everything downstream inherits the quality - and the file sizes - of what comes out of the camera. Sensor size, dynamic range, and the codec it records set both how good the footage can look and how hard the rest of the chain has to work to handle it. A heavily compressed codec is kind to your computer and harsh on your grade; a high-bitrate or RAW codec is the opposite.
What to look for in a camera - sensor, low-light behaviour, the lens that actually resolves the detail - is covered at CameraScore. Decide this first, because the codec you shoot dictates how much rig you need to edit it comfortably.
3. The display is where editing actually happens
You do not edit in the rig; you edit on the screen, and this is the part people underspend on. A cheap panel with poor colour makes every grading and retouching decision a guess - your work looks right to you and wrong everywhere else. For editing, three things matter more than refresh rate:
- Colour accuracy and gamut. Full sRGB at a minimum; near-full DCI-P3 or Adobe RGB if you deliver colour-critical work. Factory-calibrated, and calibratable yourself over time.
- Resolution and size. 4K at 27 inches or larger gives you a timeline and panels without squinting.
- Panel type. IPS or OLED for consistent colour off-axis; avoid the fast-but-shallow gaming panels here.
Which monitors are colour-accurate enough for real editing work - and which just market the numbers - is compared at MonitorPicks. This is the one purchase most worth getting right, because it is how you judge everything else.
4. The rig that keeps up
Now size the computer to the codec from step one. For editing, the parts do specific jobs: the GPU drives playback, effects, and export; RAM (32GB is the sane floor, 64GB for heavy 4K and up) keeps the timeline responsive; the CPU handles the codec and the fiddly single-threaded work; and a modern iGPU or GPU with hardware decode for your codec is the difference between smooth scrubbing and a slideshow.
The mini PCs and workstation-class boxes that handle editing loads - and which GPU actually matters for your codec - are at ServerRigs. Match the machine to your footage: a 1080p or light-4K cutter needs far less than a multi-stream 6K project, and paying for the wrong tier wastes money you could have put into the monitor.
5. Storage fast enough to work from
Video editing is brutal on storage, and it needs two different kinds. You scrub and render from a fast NVMe scratch drive - working off a slow disk stalls playback no matter how strong the rig is. Then you archive finished projects and raw footage onto bulk storage you can grow.
That archive belongs on a proper NAS, not a stack of loose external drives, so your library survives a single failure and stays reachable from any machine. Pick the drives for it at NASdisks - CMR, sized with room to grow, because footage libraries only ever get bigger.
6. The network that moves the footage
The moment your footage lives on a NAS and you edit on a workstation, the cable between them becomes part of the chain. Gigabit chokes on multi-stream 4K; a 2.5G or 10G link on both ends lets you edit straight off the NAS instead of shuttling files back and forth.
The NICs, switches, and SFP+ transceivers to build that fast path are at HomeSwitches. This is the storage-to-desk bridge, and it is what turns a NAS from an archive you copy from into a drive you work from.
7. Back up before you need to
Footage is often irreplaceable - you cannot reshoot the wedding. The 3-2-1 rule is not optional here: three copies, two kinds of media, one off-site. RAID on the NAS keeps you online through a drive failure, but it is not a backup; a second copy somewhere else is. Set this up before the project you cannot afford to lose, not after.
The short version
Size the whole chain to your footage. Shoot with a camera you understand, judge the work on a colour-accurate monitor, edit on a rig matched to your codec, scrub from fast NVMe and archive to a NAS, and wire the two together with a 2.5G or 10G link. Then back it all up. Start with the display at MonitorPicks and the camera at CameraScore - the two ends of the chain most worth getting right.