Best PCs for Video Editing of 2026

Two terabytes of SSD is the number we look at first in an editing desktop, and it's what puts the Codex Z2 near the top of this group. A 1TB boot drive looks generous until the first multi-day shoot lands on it; doubling that means a project, its proxies and its cache can live in one place without an external drive being plugged and unplugged all week. Add the RTX 5070 with 12GB of video memory and 32GB of DDR5 and you have a machine that takes 4K timelines and heavy color work in stride.

The rest of the build holds up its end. The Ryzen 7 8700F is an eight-core chip that boosts to 5.0GHz, memory runs at DDR5 speed and expands to 96GB across two slots, and MSI fits four case fans plus an ARGB air cooler so a long render doesn't turn the case into a space heater. It looks the part as well, with lighting that cycles from a button on the front, and the ten USB ports alongside HDMI and DisplayPort cover a two-monitor edit bay.

Our reservation is reliability. A machine that crashes on launch, or quits after a few months, is the failure to watch for with this one. The response is simple: run a long export and a full render in the first week, while returning it is still easy, and let the machine prove itself before a client project depends on it. Do that and this is the pick for anyone whose projects are big enough that storage and graphics memory, rather than clock speed, are the things holding them back.

There's an 11.3-inch screen bolted to the side of this tower, and that's the kind of feature that usually turns out to be decoration. Here it shows processor and graphics temperatures, usage and even the weather, which during a long render is exactly the information you want without opening a monitoring panel on your main display. We won't pretend it's why you buy the machine — but on a desk where the monitor is full of timeline, it earns its place.

The internals are what justify the price. A Ryzen 7 9700X paired with an RTX 5070 and 32GB of DDR5 handles 4K timelines and accelerated effects without the fans turning the room into a wind tunnel, because the 360mm liquid cooler and the airflow through the chassis do the quiet work. This is the build we point at when the work is heavy and the machine has to stay composed while it grinds through an export.

It's also the most future-proof tower in this group. The AM5 socket has another generation or two left in it, and the 850W 80 Plus Gold supply has the headroom for a bigger graphics card later, so a three-year-old machine can be refreshed rather than replaced. What it asks in return is floor space: 30 pounds and about 17 inches tall, which needs measuring before it ships.

If a dead machine in the middle of a deadline is the scenario you're buying against, the Aurora's year of onsite service is the feature that matters, and it's why this is the premium pick here. Dell sends a technician to your home or office instead of asking you to box a 34-pound tower and wait. For anyone editing for clients, that's worth real money.

The hardware is serious in its own right: an Intel Core Ultra 7 265F with 20 cores, an RTX 5070 with 12GB of GDDR7, 32GB of DDR5 and a 1TB SSD, in a chassis with eight expansion slots and cooling that stays quiet under load. Twenty cores is the highest count in this group, and it shows up where it counts, in export times and in background apps that stop stealing the timeline.

It isn't the value pick, and the rear panel is where the design gets tight. One HDMI output means a second monitor goes through DisplayPort with an adapter, and there are fewer rear USB ports than on the towers above. At 34 pounds and over 16 inches deep it also wants a proper space. None of that disqualifies it — you buy this one for the support and the core count, and you plan the desk around it.

Start with the number a video editor notices first: 256GB of internal storage. That's a system drive and not much else — a single long interview or a day of B-roll will fill it — so the Mac mini arrives with an accessory in mind, and that accessory is an external SSD over Thunderbolt. Budget for it as part of the purchase rather than as a later surprise.

What the money buys is remarkable. An M6 chip with a 12-core processor and a 12-core graphics unit, 16GB of unified memory, and a box five inches square and under two inches tall that sits beside a monitor and disappears. Three Thunderbolt 4 ports, HDMI and 2.5GbE cover the back, two USB-C ports and a headphone jack sit on the front, and it runs as quietly as anything on this page.

The M6 handles DaVinci Resolve and Final Cut Pro natively, and unified memory means the processor and graphics unit draw from the same pool, which is efficient but fixed. Whatever you order is what you keep, because the memory isn't upgradeable afterward. If 4K multicam is routine rather than occasional, price the 32GB configuration before comparing it with the towers here.

Buy it when your work lives in Final Cut or Resolve on macOS and your media already lives on external drives; on this list nothing else delivers a current-generation chip this fast for this little. If you're a Premiere editor with a shelf of projects on internal drives, one of the 32GB towers is the safer spend.

This is the least expensive tower in the group with a real graphics card inside it, and that single fact carries the whole argument. The GeForce RTX 3050 with 6GB of GDDR6 won't win a benchmark against the 5070s above, but it has hardware encoders, and that is the difference between exporting in the background while you keep working and exporting instead of working.

For a first editing machine it's a sensible place to start. The Ryzen 5 5500 is a six-core chip that handles 1080p timelines and moderate 4K without complaint, the 1TB NVMe drive holds a project and its cache, and ten USB ports plus HDMI, DisplayPort and DVI cover whatever monitor you already own. Setup is genuinely easy: Windows 11 comes installed, the case opens for upgrades, and you're editing once your software is on.

The catch is memory. Sixteen gigabytes of DDR4 is the floor for editing rather than a comfortable amount, and a 4K timeline with effects will use all of it. The fix is cheap and worth doing on day one: two slots and a 64GB ceiling mean a kit costs less than a lens filter, and once it's in, this tower covers everything short of serious multicam work.

Sixteen cores, 32GB of DDR5, a 1TB drive and Intel's Arc graphics, in a box that weighs under four pounds and mounts on the back of a monitor. That's the pitch of the GT15 Max, and it largely holds: the Core Ultra 9 285H is a mobile chip with a desktop's appetite, and it renders faster than its size suggests.

For editing specifically, the expandability is what stands out among the mini PCs here. Memory goes to 128GB across three slots, there are two NVMe slots for a second drive, dual 2.5GbE feeds a network drive, USB4 takes fast external storage, and two HDMI outputs plus USB-C video cover a multi-monitor layout. Fast ingest, room to grow, several screens — that's the editing checklist, and this machine answers it.

What keeps it out of the top tier is reliability. The failure to know about is a unit that stops working outright, sometimes inside two years of use, which makes the three-year warranty the reason the price makes sense rather than a line on the box. Buy it when a small footprint is a requirement and you want real coverage behind it, and run a heavy render in the first week to find out what you have.

If your editing desk is really a corner of a room, this is the machine that fits: a mini PC you can mount behind a monitor, with a Ryzen 7 6800H, 32GB of memory and a 1TB drive inside. It's the least expensive way in this group to get both 32GB and a terabyte, which matters when a 16GB machine needs an upgrade before its first project is finished.

The 6800H is an eight-core mobile chip and the Radeon 680M is integrated graphics, and that sets the ceiling: 1080p timelines run comfortably, 4K runs fine with proxies, and GPU-heavy effects, noise reduction and multicam 4K are where it stops. Triple 4K outputs over HDMI, DisplayPort and USB-C are genuinely useful for an editing layout, letting you spread program monitor, timeline and scopes across screens, and Wi-Fi 6, Bluetooth 5.3 and dual LAN handle the networking.

Where it stops is sustained graphics work. The 680M draws on system memory instead of having its own dedicated video memory, so the effects that lean hardest on a graphics card bring a timeline to a crawl that a discrete card would walk through. A proxy workflow covers most of that gap, and for 1080p delivery it rarely comes up at all.

For a first editing machine, a second station, or a setup that has to disappear when the day ends, we haven't found a better trade: 32GB and a terabyte for less than anything else on this page, with three 4K outputs and a mount that takes it off the desk entirely.