Editing video, audio, or high-resolution photos pushes hardware harder than almost any creative task. A sluggish machine turns timeline scrubbing into a patience test and exports into an overnight wait. The right setup clears those bottlenecks and lets the work itself take center stage.
I pulled together eight computers that handle modern editing workloads without dominating your desk or your electricity bill. Whether you’re cutting 4K timelines at a studio, color grading from a home office, or running a multi-display post suite, there’s a match below. Every pick here was chosen for a specific kind of editor, so skim the lineup and find the one that mirrors how you actually work.
The Lineup, Simplified
Apple 2024 MacBook Pro Laptop with M4 Pro, 14‑core CPU, 20‑core GPU: Built for Apple Intelligence, 16.2-inch Liquid Reti
GEEKOM IT15 AI Mini PC, Intel Ultra 9 285H(99 Tops), 32GB DDR5, 1TB SSD
MINISFORUM AI X1 Pro-370 Mini PC AMD Ryzen AI 9 HX 370 32GB DDR5 1TB SSD
MINISFORUM M1 Pro Mini PC Core Ultra 5 Processor 125H 32GB DDR5 1TB SSD
GEEKOM AX8 Max Silent Mini PC, Ryzen 7 8745HS, DDR5 16GB 1TB SSD
GEEKOM Mini PC IT13 MAX Ultra 9 185H, 24GB RAM, 500GB SSD (Upgradeable)
MINISFORUM X1-255 Mini PC AMD Ryzen 7 255 Barebone Desktop Computer
GEEKOM IT13 MAX AI Mini PC 2026, Intel Ultra 9 185H, 24GB LPDDR5 500GB SSD
What Each Pick Brings To The Table
The Apple 2024 MacBook Pro with the M4 Pro chip is the kind of machine that quietly absorbs whatever you throw at it. Timeline scrubbing on multicam 4K footage stays fluid, and the Liquid Retina XDR display (XDR stands for “Extreme Dynamic Range,” a high-contrast panel tech) gives colorists enough headroom to trust what they see on screen.
Unlike the mini PCs on this list, the MacBook Pro travels. Editors cutting on set or grading from a client office get the same silicon they would find in a studio tower. Compared to the GEEKOM IT15 that follows, this machine trades expandability for screen quality and battery life.
Well-Handled Touches
- M4 Pro chip chews through 4K multicam timelines without dropping frames in most projects.
- The Liquid Retina XDR panel hits enough brightness for HDR mastering work.
- 48GB unified memory (a shared-memory architecture that lets the CPU and GPU access the same pool) keeps heavy After Effects compositions responsive.
- All-day battery life means editing from a hotel room is realistic, not aspirational.
Points To Keep In Mind
- 512GB of storage fills up fast with raw footage, so external drives or cloud archiving tend to become necessary.
- Port selection is limited; HDMI and SD readers require adapters for legacy studio gear.
- Repairability is famously poor, so a protective sleeve pays for itself over the life of the machine.
Who It Suits Best
Colorists, DITs, and on-location editors who need reference-grade display quality and the freedom to work untethered from a studio.
Swap It Out When
Studio-bound editors running four or more reference monitors will get more value from the GEEKOM IT15 AI Mini PC and its quad-display output.
The GEEKOM IT15 is built like a small office server wearing a creative hat. The Intel Core Ultra 9 285H pushes sixteen cores (a processor core is a unit that handles calculations) up to 5.4GHz, and the Arc 140T iGPU (integrated graphics, the GPU built into the processor) handles display duties across four 8K outputs simultaneously.
This is the pick for editors running an NLE (non-linear editor, the software used for video cutting) alongside reference scopes, a script monitor, and a timeline preview. Compared to the MacBook Pro above, the IT15 stays put and connects everything, but it cannot follow you onto a plane. For enterprise buyers, the quad-display support turns a single mini PC into a full grading bay.
Bright Spots
- 99 TOPS of AI performance (TOPS means “tera operations per second,” a measure of AI chip speed) accelerates auto-color, transcription, and rotoscoping tools.
- Quad 8K/4K display output replaces a bulky workstation tower on the desk.
- WiFi 7 cuts latency for editors pulling assets straight from network-attached storage.
- 32GB of DDR5 RAM (next-gen memory with high bandwidth) handles 4K multicam without choking.
Honest Caveats
- No battery means a UPS (uninterruptible power supply, a battery backup) is wise during long exports.
- The integrated Arc GPU is solid for editing but will not match a discrete GPU in heavy 3D or After Effects work.
Made For
Enterprise buyers, retail signage teams, and post houses running multi-display grading bays where one small box drives everything.
Reach For A Different Pick When
Traveling editors should default to the Apple 2024 MacBook Pro M4 Pro instead for a battery and a screen you can carry.
The MINISFORUM AI X1 Pro-370 leans hard into the “AI PC” label, and for once the marketing is earned. The AMD Ryzen AI 9 HX 370 uses Zen 5 (AMD’s newest CPU architecture) with twelve cores and twenty-four threads (threads are virtual lanes that let a single core juggle multiple tasks), and the NPU (neural processing unit, a chip dedicated to AI math) handles up to 50 TOPS of inference.
For editors running AI denoise, voice isolation, or auto-reframe, that NPU keeps the CPU free to scrub a timeline. Compared to the GEEKOM IT15, this machine trades peak multi-thread throughput for stronger AI-specific acceleration and an integrated Radeon 890M GPU that surprises in lightweight GPU tasks.
The Good Stuff
- Zen 5 architecture delivers strong single-core performance that helps timeline responsiveness.
- Copilot support means native AI tools run without taxing the main cores.
- Dual USB4 ports allow fast external storage or eGPU docks.
- Dual 2.5GbE ports (gigabit Ethernet jacks for wired networking) handle networked workflows smoothly.
Worth Noting
- AI tool support varies by application; editors using older NLEs see less benefit from the NPU.
- The Radeon 890M is solid, but discrete GPU buyers will want to look at bigger mini PCs or towers.
- WiFi 7 antennas are small, so signal strength may drop in rooms far from the router.
Right Fit For
Editors embracing AI-assisted workflows, transcription, and auto-color who want strong CPU and NPU performance in one small box.
A Better Fit Elsewhere
Audio editors needing silent operation should pick the GEEKOM AX8 Max Silent Mini PC instead, since noise floor matters more than NPU power for them.
The MINISFORUM M1 Pro is the most flexible mini PC in this lineup. The Intel Core Ultra 5 125H (fourteen cores, eighteen threads) handles typical editing workloads easily, but the real headline is the Oculink port: a slim external PCIe (the high-speed bus that connects expansion cards) connector that lets you dock a discrete GPU when the timeline demands it.
Think of it as a laptop-style hybrid for editors who mostly work at a desk but want room to grow. Compared to the GEEKOM IT15 above, the M1 Pro trades raw multi-display count for that expandable GPU path, which matters more for After Effects or DaVinci Resolve color work. For most home studios, the integrated Arc graphics alone clear 1080p and lighter 4K timelines.
The Practical Payoff
- Oculink port enables external GPU upgrades without opening the case.
- 32GB DDR5 at 5600MHz (with headroom to 6400MHz) keeps multitasking fluid.
- Two USB4 ports plus HDMI and DisplayPort cover most monitor setups out of the box.
- WiFi 7 and Bluetooth 5.4 keep the desk wireless-friendly.
Trade-Offs To Consider
- Oculink docks are still niche, so compatibility research is needed before buying a GPU enclosure.
- Intel Arc graphics perform well but trail discrete cards on heavy effects work.
- The 1TB SSD fills quickly with 4K source files; external storage becomes essential.
Quick Facts
Best Suited To
Hybrid editors who want a quiet home-office machine today and the option to bolt on a GPU tomorrow when projects get heavier.
Where A Sibling Pick Shines
Buyers who want out-of-the-box quad-display performance should reach for the GEEKOM IT15 AI Mini PC instead.
The GEEKOM AX8 Max is built for editors who care about what their computer sounds like as much as what it renders. The Ryzen 7 8745HS (8 cores, 16 threads, boost up to 4.9GHz) sits inside a chassis tuned for silent thermals, so the fan stays quiet even during long exports.
Audio editors and engineers will appreciate that immediately. Mix rooms live or die by their noise floor (the baseline ambient hum in a room, which microphone recordings will capture), and a loud PC undermines hours of careful acoustic treatment. Compared to the MacBook Pro at the top, the AX8 Max stays cool under continuous load but does not offer a built-in display for portable editing sessions.
What Works In Its Favor
- Silent cooling design protects recordings from intrusive fan noise in shared rooms.
- Ryzen 7 8745HS handles photo editing, podcast production, and 1080p video cleanly.
- 16GB DDR5 is enough for typical DAW (digital audio workstation) sessions and light video work.
- 1TB SSD keeps project libraries and sample packs on fast storage.
A Few Limitations
- 16GB of RAM caps heavy video projects; 4K timelines with many layers may push past comfort.
- No discrete GPU means effects-heavy work in DaVinci Resolve Fusion will crawl.
- Display output count is more modest than the quad-screen mini PCs above.
Perfect Match For
Audio editors, podcast producers, and music composers who need quiet operation in treated rooms or shared studio spaces.
Not Your Match When
Editors cutting 4K or higher multicam projects should look at the MINISFORUM AI X1 Pro-370 instead, where AI acceleration and more cores matter more than silence.
The GEEKOM IT13 MAX is the tinkerer’s mini PC. The Intel Core Ultra 9 185H handles 4K editing and 3D design with room to spare, and unlike most mini PCs, this one opens up cleanly for upgrades. Storage and memory slots are user-accessible, so the 500GB SSD and 24GB starting config can grow as projects do.
For editors who like to keep machines for years, that upgradability is the real pitch. Compared to the MINISFORUM M1 Pro above, the IT13 MAX swaps Oculink expandability for in-chassis access; you cannot add a GPU externally, but you can swap in more RAM or a larger NVMe drive (a small, fast SSD that plugs directly into the motherboard) yourself.
Noteworthy Benefits
- Intel AI Boost NPU accelerates on-device AI tasks like transcription and noise removal.
- User-accessible internals make memory and storage upgrades straightforward.
- Intel Arc graphics support ray tracing (a rendering technique that simulates realistic light) for preview quality.
- Compact chassis fits on a small desk without sacrificing cooling headroom.
Room For Improvement
- 500GB base storage is tight for video editors; planning an immediate SSD upgrade is wise.
- No Oculink means external GPU expansion is not an option.
Feature Snapshot
Who Should Grab It
DIY editors who want to crack open the case, swap drives, and keep the same machine running strong for several years.
Look Elsewhere When
Editors needing external GPU support should choose the MINISFORUM M1 Pro Mini PC for its Oculink port instead.
The MINISFORUM X1-255 is the budget door into a real editing setup. The Ryzen 7 255 (eight cores, sixteen threads) handles photo editing, browser-based video work, and light 1080p cutting without breaking a sweat, and the barebone format means you bring your own RAM and storage to fit your budget.
That barebone design (a PC sold without memory or storage, so the shopper installs their own) keeps the entry cost low and lets hobbyists pick exactly the components they need. Compared to the GEEKOM AX8 Max above, the X1-255 is louder under load and ships with less polish out of the box, but it adds an Oculink port for future GPU expansion that the AX8 Max lacks.
Useful Strengths
- Oculink port at this price point is unusual and lets budget shoppers plan a future GPU upgrade.
- HDMI 2.1 and DisplayPort 2.0 support modern high-refresh monitors.
- WiFi 7 and Bluetooth 5.4 cover current wireless standards.
- Barebone format keeps the base price approachable for hobbyists.
Points To Note
- Barebone means buyers must source compatible DDR5 memory and an SSD separately.
- Integrated Radeon graphics limit heavier effects work without an external GPU.
- Noise levels are modest but not silent, so placement away from a microphone helps.
Built With In Mind
Hobbyist editors and students building a first editing computer on a sensible budget, with room to grow later.
Skip It When
Professionals needing a turnkey out-of-box machine should pick the GEEKOM IT13 MAX AI Mini PC 2026 instead.
The GEEKOM IT13 MAX AI Mini PC 2026 is the same flagship silicon as its sibling above but tuned slightly tighter for small post houses. The Intel Core Ultra 9 185H drives 4K editing, AI tools, and 8K media playback, and the 24GB of LPDDR5 (low-power DDR5 soldered to the board for speed and efficiency) trades user-upgradable memory for lower power draw.
That matters in studios running multiple machines where heat and electricity add up. Compared to the GEEKOM Mini PC IT13 MAX listed earlier, this version sacrifices in-chassis memory upgrades for a slimmer power profile, which most production buyers prefer. For solo editors, the upgradeable cousin still makes sense; for small studios standardizing on a fleet, this is the cleaner pick.
What Stands Out
- AI Boost NPU accelerates transcription, voice cleanup, and smart-zoom features.
- Compact chassis fits behind a monitor for a near-all-in-one edit bay.
- Intel Arc graphics support ray-traced previews in compatible pipelines.
- Lower power draw suits studios running multiple editing stations on shared circuits.
Softer Spots
- 500GB SSD fills quickly on video projects, so external or networked storage is needed from day one.
- LPDDR5 is not user-replaceable, so memory must be sized correctly at purchase.
Core Details
Whose Shelf It Belongs On
Small post-production studios standardizing on a quiet, low-power fleet of editing machines for staff and freelance suites.
Consider Something Else When
Solo editors who plan to upgrade memory later will prefer the upgradeable GEEKOM Mini PC IT13 MAX version above.
Picking The Right Editing Computer For Your Workflow
Processor Cores And Threads
A modern editing computer needs at least eight cores to handle a typical 4K timeline without stuttering. Threads matter when you stack multiple effects or run background renders while scrubbing. The picks above range from eight-core Ryzen 7 chips to sixteen-core Intel Core Ultra 9 processors, and that spread covers everything from weekend YouTube work to studio-grade finishing.
For most hobbyist editors, an eight-core CPU is plenty. For professionals layering color, compositing, and audio simultaneously, twelve cores or more becomes important. Raw GHz (gigahertz, a measure of CPU clock speed) still helps single-timeline responsiveness, but core count is what keeps multitasking smooth.
Memory And Storage Considerations
32GB of RAM is the practical floor for serious editing work in 2026. Anything less and large After Effects compositions or Resolve timelines with many nodes start swapping to disk. The picks above mostly hit that mark, though the budget GEEKOM AX8 Max ships with 16GB, which is fine for audio editing but tight for heavy video.
Storage is similar. A 1TB NVMe SSD handles project files and applications, but raw footage will overflow any single drive quickly. Editors commonly report planning for a multi-drive workflow: an internal SSD for the OS and apps, plus external or NAS (network-attached storage, a shared drive that lives on your network) for media. Speed matters more than capacity for the boot drive; capacity matters more than speed for archive drives.
Ports, Displays, And Expansion
Display output count decides how many reference monitors you can run without adapters. The GEEKOM IT15 leads with quad 8K outputs, while the MacBook Pro and most mini PCs here handle two to three displays comfortably. Editors running scopes, script monitors, and preview windows together will appreciate more ports.
Expansion paths matter too. Oculink on the MINISFORUM M1 Pro and X1-255 lets you add a discrete GPU later, while user-accessible SSD slots on the GEEKOM IT13 MAX let you grow storage without buying new hardware. Choosing a machine with the right growth path avoids an early replacement.
Form Factor And Noise
Mini PCs shine in small studios and home offices because they mount behind monitors and free desk space. They also tend to run quieter than full towers, which matters in audio work where the noise floor dictates recording quality. The GEEKOM AX8 Max Silent Mini PC is the clearest example, built specifically for rooms where fan noise interferes with the work.
Laptops like the MacBook Pro trade quiet desktop operation for portability. For traveling editors and colorists who grade on set, that portability is worth more than the desk space savings a mini PC delivers.
Key Considerations Across These Picks
Pitfalls Shoppers Hit
The most common mistake is matching RAM to today’s project size instead of next year’s. Editors frequently upgrade timelines or shift to higher-resolution media within the life of a machine. Buying the smallest memory config that runs current software tends to create bottlenecks a year later.
Another trap is ignoring thermals and noise. A compact PC that runs hot will throttle (automatically slow itself down to avoid overheating) during long exports, stretching render times. Reading up on cooling design matters more than chasing peak benchmark numbers.
Where The Extra Money Goes
Higher-tier models in this list bring more cores, faster AI NPUs, and better display output. Those gains matter most for professionals running parallel renders, AI-assisted workflows, or multi-display grading bays. Hobbyists editing 1080p timelines rarely notice the difference between a sixteen-core and an eight-core CPU.
For shoppers weighing the jump, the honest read is this: if your projects finish overnight on an eight-core machine, the extra cores will not change your workday. If your projects already keep you waiting, more cores and a stronger NPU pay back in saved hours every week.
Frequently Asked Questions
How much RAM do I really need for video editing?
For most 1080p and casual 4K projects, 32GB of RAM is the right starting point. Heavy After Effects or DaVinci Resolve work with many layers benefits from 48GB or more. Going below 16GB usually means swapping to disk during timeline playback, which slows everything down.
Are mini PCs powerful enough for editing?
Modern mini PCs with eight-core or higher CPUs handle 4K editing comfortably. Limitations show up in GPU-heavy effects and 3D compositing, where a discrete graphics card still wins. For timeline editing, color grading, and most audio work, the picks above hold their own against larger towers.
Should I choose Apple silicon or x86 for editing?
Apple silicon in the MacBook Pro delivers strong performance per watt and tight hardware-software optimization, which suits solo editors and colorists. x86 mini PCs (machines built on Intel or AMD processors) like the GEEKOM and MINISFORUM options offer more ports, more expandability, and easier multi-display setups, which suit studios. The right answer depends on whether you value portability or flexibility more.
What is an NPU and do I need one?
An NPU, or neural processing unit, is a chip dedicated to AI math like transcription, denoise, and auto-color. If your editing tools use these features, an NPU keeps the main CPU free for timeline work. If your workflow stays traditional, the NPU is nice to have but not essential.
How important is storage speed for editing?
Storage speed affects how fast timelines load and how quickly exports complete. An NVMe SSD for project files and OS is worth it. For archive footage, capacity matters more than speed, so a slower large drive or NAS is fine.
Wrap Up
The right editing computer is the one that matches your project size, your workspace, and your tolerance for fan noise. Travel-heavy colorists will lean toward the MacBook Pro; studio teams will gravitate to multi-display mini PCs like the GEEKOM IT15 or MINISFORUM X1-255; audio editors will appreciate the silence of the AX8 Max. Pick the profile that mirrors how you actually work, and the rest tends to fall into place.