The best mini PC for video editing is the GEEKOM A9 Max. Its 12-core Ryzen AI 9 470, Radeon 890M graphics, 32GB of upgradeable DDR5 and dual PCIe 4.0 M.2 slots give you the headroom most 4K timelines need without the tower-sized footprint. Below it I break down eight machines across every price tier, plus the specs that actually decide whether an export finishes tonight or tomorrow.
Last updated September 2026. I put these boxes through export queues, transcode batches and long render sessions, and every pick below lists its real upgrade ceiling rather than a marketing headline. If you want a wider look at the hardware first, our Mac mini alternatives guide and best tablets for video editing cover the options outside the small-form-factor box.
To answer the question everyone asks first: yes, a mini PC can be used for video editing, with one caveat that has nothing to do with size. A current Ryzen 7 or Core Ultra class mini PC handles 1080p and standard 4K H.264 comfortably. 4K ProRes multicam, 8K RAW and heavy Resolve work want a Ryzen 9 or Core Ultra 9 tier. Match the machine to your footage, not to the brand name on the chassis.
That is the whole problem with most buying guides in this category. They rank a 15W quad-core office box right next to a 128GB AI workstation and call them comparable. They are not comparable. What follows is organised by what your footage actually asks of the hardware, and every pick carries an honest list of who should skip it.
Our Top 3 Mini PCs for Video Editing in 2026
The A9 Max wins the general case because it is the only box here that is simultaneously fast, genuinely upgradeable and thermally sane for a full day’s exports. The Mac mini takes the Apple half of the market outright, and the BOSGAME M5 is the only one with enough shared memory to feed 8K timelines and large AI models at the same time.
Quick Picks by Budget Tier and Full Spec Comparison
Each line below gives you the category, the key specs and the reason to buy, in the order we would actually shortlist them.
Best overall – GEEKOM A9 Max: Ryzen AI 9 470 with 12 cores and 24 threads, 32GB DDR5 expandable to 128GB, Radeon 890M, dual PCIe 4.0 M.2 slots. Buy it if 4K timelines and occasional 8K work are your normal week.
Best for Final Cut Pro – Mac mini M4 Pro: 12-core CPU, 16-core GPU, 24GB unified memory, 5 by 5 by 2 inch chassis, 1.6 pounds. Buy it if the edit lives in the Apple ecosystem and you want silence.
Best for 8K and AI – BOSGAME M5: Ryzen AI Max+ 395 with 16 Zen 5 cores and 32 threads, 128GB LPDDR5X-8000, Radeon 8060S, quad 8K output. Buy it if you need a very large memory pool and do not mind Linux or Windows bloat.
Best for transcode-heavy work – GEEKOM A6: Ryzen 7 6800H holding 45W sustained without throttling, 16GB DDR5 to 64GB, under 35dB, 2.5GbE. Buy it if Handbrake and Format Factory queues are your day job.
Best multicore value – BOSGAME P3 Pro: Ryzen 9 7940HS at 8 cores and 16 threads up to 5.2GHz, 16GB DDR5 to 64GB, 1TB PCIe 4.0 with room for a second SSD.
Best for 4K H.264 on a budget – GEEKOM A8: Ryzen 7 8745HS with 8 cores, Radeon 780M, 16GB DDR5-5600, 0.5-litre chassis, VESA mount included.
Best upgradable budget Intel – GMKtec M2 Pro S: Core i7-1185G7, 16GB dual-channel DDR4 on SO-DIMM slots expandable to 64GB, 1TB NVMe plus a second M.2 slot, dual 2.5GbE.
Budget pick – KAMRUI Pinova P2: Ryzen 3 7330U at 4 cores and 15W, 16GB LPDDR4X, 256GB SSD plus two M.2 expansion slots up to 4TB. Best for 1080p and light 4K work only.
Here is everything side by side. The max-RAM column and the M.2 slot count are the two specs that decide whether a machine still works for you three years from now.
| Product | Features | |
|---|---|---|
 GEEKOM A9 Max |
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| Mac mini M4 Pro |
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| BOSGAME M5 |
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 GEEKOM A6 |
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 BOSGAME P3 Pro |
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 GEEKOM A8 |
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 GMKtec M2 Pro S |
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 KAMRUI Pinova P2 |
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1. GEEKOM A9 Max – The Best All-Round Mini PC for Video Editing
- ✓ 12 cores and 24 threads absorb 4K timelines and effects work
- ✓ Up to 128GB RAM keeps multicam and Resolve open
- ✓ Dual PCIe 4.0 slots separate OS from cache
- ✓ Four independent displays without a dock
- ✓ 3-year warranty and TPM 2.0
- ✕ Premium pricing against comparable CPU classes
- ✕ Memory bandwidth trails faster-memory rivals
- ✕ BIOS tuning options are limited
Ryzen AI 9 470 12C/24T up to 5.2GHz
32GB DDR5-5600 expandable to 128GB
Dual PCIe Gen4 M.2 up to 8TB
Quad display with 8K output
This is the box I keep coming back to when a client asks for something small that will not fall over. The Ryzen AI 9 470 gives you 12 cores and 24 threads boosting to 5.2GHz, and the Radeon 890M handles the decode and encode load that used to force a slow software fallback. Owners running 8K content creation and 3D rendering on it report the machine simply staying out of the way, which is the highest compliment a workstation can earn.
What sold me is the upgrade path. The 32GB of DDR5-5600 sits on two real slots and expands to 128GB, and there are dual PCIe Gen4 NVMe positions – one 2280 and one 2230 – for up to 8TB. That means you can separate your operating system and applications from your project and preview cache, which is the single most effective thing you can do for timeline smoothness. None of the soldered-memory boxes in this list can do that.
Ryzen AI 9 470 multi-core headroom
Twelve Zen 5 cores is the number that matters for exports. Rendering an effects-heavy sequence is a multi-core task, and a chip with four more cores than a mainstream eight-core part finishes the same queue noticeably sooner without you touching the quality settings. The extra NPU capacity, up to 86 TOPS total, is a side benefit for AI-assisted transcription, auto-captions and background masking rather than the reason to buy it.
Single-core behaviour still decides scrub feel, and 5.2GHz boost keeps the timeline responsive even with a Resolve node graph open. The NPU is not used by your NLE for timeline work, so treat the TOPS figure as a bonus for local AI tooling, not as an editing benchmark.
Memory and dual M.2 storage that will not box you in
Thirty-two gigabytes is the floor for 4K work and 128GB is the ceiling, which is rare in a chassis this small. Most buyers double the memory to 64GB during a first upgrade and never think about it again. Both storage slots use PCIe Gen4, so cache and scratch files run at full speed instead of queuing behind the system drive.
My advice is to configure the second M.2 slot as a dedicated cache and preview drive before you import a single clip. Once the operating system stops competing with your timeline for I/O, dropped-frame debugging becomes a problem you stop having.
Four displays, 8K output and the ports an edit desk needs
Up to four independent displays with 8K output means a program monitor, a reference display, a client monitor and a scopes laptop without a docking station in the chain. Ports are 2x HDMI 2.1, 2x USB4 and USB 3.2, plus dual 2.5GbE LAN, Wi-Fi 7 and Bluetooth 5.4. Dual 2.5GbE is genuinely useful when you are pulling footage from a NAS and pushing proxies to clients at the same time.
Moving media over 2.5GbE is roughly three times the throughput of a single gigabit port, which shortens ingest time on big rushes. Cooling is an all-metal chassis with IceBlast 3.0, copper heatsink, dual heat pipes and a quiet fan, and there are Standard and Performance modes to trade noise for speed.
If your budget stretches further and you work on 8K or run large models alongside an edit, the next machine is the better fit.
2. Apple Mac mini M4 Pro – The Best Choice for Final Cut Pro and ProRes
- ✓ 12-core CPU and 16-core GPU handle demanding scenes
- ✓ Extremely compact 5 by 5 inch footprint
- ✓ Whisper quiet even under heavy load
- ✓ Fast multitasking across many applications
- ✓ Adobe Creative Cloud and Microsoft 365 run fast
- ✕ Only three Thunderbolt ports and one HDMI port
- ✕ Unified memory is not user-upgradeable
- ✕ 512GB storage needs external drives for large media libraries
M4 Pro with 12-core CPU and 16-core GPU
24GB unified memory
512GB SSD
1.6 pounds and 5 by 5 by 2 inches
There is no faster route to a working 4K ProRes timeline than this. The 12-core CPU drives export while the 16-core GPU handles decode, and owners report rendering video roughly twice as fast as a comparable custom tower while using a fraction of the physical space. At 1.6 pounds it is also the machine you can genuinely travel with.
Silence is the quiet superpower here. During a long export there is no fan ramp to interrupt a voiceover recording or a client call. If you edit in an untreated room, on a livestream, or next to someone sleeping, that is not a minor detail – it is the feature you will notice every day.
Silent under a full export queue
The M4 Pro’s thermals are the reason it holds boost clocks through an hour-long render without a throttling dip. Apple silicon also has hardware media engines for ProRes, H.264 and HEVC, so decode and encode stay off the CPU cores that your effects stack needs. For a colourist working in Resolve on macOS, or a Final Cut Pro editor cutting multicam, that combination is close to ideal.
The 16-core GPU is the piece people underestimate. Resolve’s colour page and Fusion node graphs lean on GPU compute far more heavily than Premiere does, and on this chip that work stays real-time at 4K instead of falling back to a reduced-quality preview.
Unified memory: fast but fixed
Twenty-four gigabytes of unified memory is shared between CPU and GPU with none of the copy overhead of discrete memory, which is why 24GB behaves like more. It is also soldered. If you are the kind of editor who opens a 4K multicam sync, a Resolve project and a browser with forty tabs at once, you will eventually want 32GB or more, and this machine cannot be moved to it.
Storage is 512GB of SSD, which fills quickly with 4K media. Plan on an external NVMe drive or a Thunderbolt enclosure for the archive side, and keep the internal drive for the current project plus your applications. More on that in our Windows mini PC alternatives roundup if you want a box you can expand freely.
Port layout and monitor limits in the Mac ecosystem
Ports are Thunderbolt, HDMI and Gigabit Ethernet on the back, with front-facing USB-C ports and a headphone jack. Three Thunderbolt ports and a single HDMI is the limit, and owners running more than one or two external displays regularly report needing a dock. If you want three 4K monitors without a hub, check the count before you commit.
Third-party peripherals sometimes need extra driver setup, which is worth factoring in if you run studio audio interfaces or niche capture hardware. Native Thunderbolt docking is clean, and our monitor picks for video editing cover matching reference displays to the colour pipeline.
The honest caveat: if your work is Windows-only, if you need plug-and-play Adobe on a borrowed machine, or if you plan to grow past 24GB, this is the wrong box. If you are staying in the Apple ecosystem, nothing else in this list is close.
3. BOSGAME M5 – Best Mini PC for 8K and AI-Heavy Workflows
- ✓ 16 cores and 32 threads at flagship class
- ✓ 128GB LPDDR5X shared with the GPU
- ✓ Handles 8K Resolve exports locally
- ✓ Quad 8K output and dual USB4
- ✓ 2.5GbE and Wi-Fi 7
- ✓ Three-year manufacturer warranty
- ✕ Windows background processes can slow it down
- ✕ Soldered LPDDR5X memory
- ✕ Some listing details do not match shipped hardware
- ✕ Fan is audible on sustained heavy loads
Ryzen AI Max+ 395 with 16 Zen 5 cores and 32 threads
128GB LPDDR5X-8000 onboard
2TB PCIe 4.0 plus second M.2 slot
Quad 8K display and dual USB4
This is the most unusual machine in the roundup, and for a specific reason: 128GB of LPDDR5X-8000 running at 8000MT/s, shared directly with the Radeon 8060S. The 40 RDNA 3.5 compute units at 2900MHz can pull up to 96GB of dynamic shared memory, which is why reviewers confirm it runs 8K DaVinci Resolve exports entirely on the machine.
CPU-side it is a Ryzen AI Max+ 395 with 16 Zen 5 cores, 32 threads, 64MB of L3 cache boosting to 5.1GHz, and 126 TOPS of total AI compute including a 50 TOPS XDNA 2 NPU. Nothing else in a one-litre box comes close on memory capacity, and that is exactly what large timelines and local language models want.
128GB of shared memory feeding the Radeon 8060S
Because the Radeon 8060S draws its working memory from that 128GB pool rather than from a small dedicated allocation, the GPU behaves more like a mid-range discrete card for export and effects work. Reviewers specifically cite 8K Resolve workflows and large 70B-plus models running locally as the reason this machine exists. If your projects are too big to cache comfortably, this solves that in a way no amount of extra RAM in a desktop mini PC can.
LPDDR5X-8000 delivers 45% more bandwidth than LPDDR5, and for export-bound work that bandwidth is what keeps the pipeline fed. The catch is that the memory is soldered. There is no upgrade path, so 128GB is what you get, and that cuts both ways – you cannot repair it if memory fails.
Windows or Linux, and why it matters for exports
Many owners install a Linux distribution and report dramatically better performance and stability than with the bundled Windows. Windows background processes can bog the system down on a machine this powerful, and the operating system support covers Win 11, Ubuntu and Linux, so you have a genuine choice rather than a locked platform.
Storage is a 2TB PCIe 4.0 NVMe SSD preinstalled plus a secondary M.2 slot for expansion up to 8TB or a RAID pair. Networking is 2.5GbE, Wi-Fi 7 and Bluetooth 5.4, and display output covers quad 8K at 60Hz via HDMI 2.1, DisplayPort 1.4 and dual USB4 at 40Gbps, which are Thunderbolt 4 compatible.
Thermals and the audible fan on long renders
Here is the honest trade-off. It runs warm, and the cooling fan becomes audible during sustained heavy loads – the opposite experience to the Mac mini in a treated room. A minority of owners also report random shutdowns and listing-versus-hardware discrepancies around the memory and storage expansion figures, so confirm the shipped configuration rather than trusting the listing headline.
It is also not the box for heavy AAA gaming at high settings despite the capable integrated GPU. Treat it as a creation and homelab machine first. For gaming alongside editing, our emulation roundup covers the picks that balance both.
4. GEEKOM A6 – Best for Transcode-Heavy and Long Export Work
- ✓ 45W sustained power without thermal throttling
- ✓ Radeon 680M handles 4K editing and transcoding
- ✓ Memory upgradeable to 64GB with room for a second SSD
- ✓ Rear-mounted USB4 keeps cabling tidy
- ✓ Under 35dB
- ✓ Three-year warranty
- ✕ Radeon 680M is weak for GPU-accelerated editing
- ✕ One port is USB 2.0 rather than USB 3.2
- ✕ Limited BIOS options
- ✕ Some machines reported early hardware failures
Ryzen 7 6800H holding 45W sustained
Radeon 680M RDNA 2 graphics
16GB DDR5 dual-slot to 64GB
Under 35dB and 2.5GbE
The A6 is the machine I recommend to people whose day is made of exports rather than creative exploration. The Ryzen 7 6800H holds a sustained 45W – three times a typical 15W mobile chip – and the manufacturer states it does so without thermal throttling. That single fact is what keeps export speeds flat across a two-hour batch instead of falling off a cliff halfway through.
It is also a genuinely popular transcoding machine. Long-term owners use it as a desktop replacement, a Plex server, a homelab node and a Handbrake and Format Factory transcode box, which tells you the sustained-load behaviour is real rather than a spec-sheet claim.
Why 45W sustained matters more than peak boost
Boost clocks describe a short burst. An export queue is not a burst – it is fifteen, thirty or ninety minutes of continuous work, and that is where chassis size and power limits decide real-world results. A 45W sustained design with a copper-friendly thermal path holds its clock where a 15W part in the same footprint drops, and the difference shows up as a shorter wait rather than a higher benchmark number.
This is exactly the failure mode forum editors describe. On a Tom’s Hardware thread, a user chasing stability problems ended up changing thermal paste and reporting a cascade of black screens and a machine that booted on and off constantly in a video-editing context. Sustained thermal behaviour is not a spec-sheet footnote; it is the difference between a tool you trust and one you babysit.
Quiet operation for a live edit room
Under 35dB is the number to quote if you edit in a shared room. The chassis is a scratch-resistant aluminum alloy, and rear-mounted USB4 and USB-C ports keep desk cabling tidy, which matters more than it sounds once you have an interface, a control surface and three displays on the same desk. Cooling is handled by an effective system that owners describe as quiet in normal use.
Networking is 2.5GbE LAN, Wi-Fi 6E and Bluetooth 5.4. If you edit from an NAS or a shared network drive, 2.5GbE cuts ingest time on large rushes compared with a single gigabit port, and it future-proofs the box for a few more years.
Where the Radeon 680M runs out of road
RDN A2 integrated graphics handle 4K video editing, music production and casual gaming, but they are not strong for demanding GPU-accelerated work. Heavy Resolve colour pages, dense Fusion node graphs and large motion graphics templates will run, but not at full rate. If your work leans on GPU compute rather than CPU cores, step up to the A9 Max or the BOSGAME M5.
Two smaller issues to know before you buy. One port is USB 2.0 rather than USB 3.2 Gen2, and the BIOS offers fewer tuning options than a full desktop – relevant if you like to undervolt for silence. A small number of owners have also reported hardware failures shortly after purchase, so keep the three-year warranty and the 90-day return policy in mind.
5. BOSGAME P3 Pro – Best Ryzen 9 Multicore Value
- ✓ Ryzen 9 chip at 8 cores and 16 threads
- ✓ 1TB PCIe 4.0 NVMe for fast load and transfers
- ✓ RAM upgradeable to 64GB with a second SSD slot
- ✓ Triple 4K output via HDMI DP and Type-C
- ✓ Three-year after-sales service
- ✕ Dual 1Gbps Ethernet rather than 2.5GbE
- ✕ Listing memory details are inconsistent
- ✕ Limited USB port count
- ✕ Radeon 780M is not enough for GPU-heavy 4K or 8K
Ryzen 9 7940HS 8C/16T up to 5.2GHz
16GB DDR5-5600 upgradeable to 64GB
1TB PCIe 4.0 with a second SSD slot
Triple 4K output
The Ryzen 9 7940HS is a familiar, well-understood chip: 8 cores, 16 threads, boosting to 5.2GHz, with Radeon 780M graphics at 8 compute cores up to 2700MHz. In a design or post-production context that is a very capable all-rounder, and owners use it for design projects, home entertainment and light gaming without complaint.
Storage is the detail that makes it interesting for editing. A 1TB M.2 2280 PCIe 4.0 NVMe SSD comes with room for a second SSD, and memory upgrades to 64GB. That means you can build a proper system drive plus scratch drive arrangement on a box that sits well below the flagship tier.
Ryzen 9 7940HS export performance
For CPU-bound work – long renders, heavy denoise, software-based codec decoding – eight Zen 4 cores at up to 5.2GHz hold their own. Export times on effects-heavy timelines are where the Ryzen 9 badge earns its place, and the gap to a Ryzen 7 machine narrows considerably once hardware encoding is doing the encode itself.
Display output covers triple 4K through HDMI, DisplayPort and USB-C, with native resolution up to 7680 by 4320. That is enough for a program monitor plus a reference display plus a client screen, which covers most two-person edit suites.
Storage layout for OS plus cache
Plan the first upgrade around a second NVMe drive. A 1TB system drive filled with an operating system, Adobe or DaVinci and a few hundred gigabytes of rushes will start competing for I/O, and that is where dropped frames appear even when the CPU and RAM are fine. Sixteen gigabytes of DDR5-5600 also needs doubling to dual-channel 32GB for real editing work.
One caveat that shows up repeatedly in reviews: the listing’s memory details are inconsistent, with some configurations showing 32GB installed and others 16GB. Check the exact configuration that ships, because the difference matters for a machine you intend to grow.
Network and port compromises
Dual 1000Mbps Ethernet instead of 2.5GbE is the main compromise, and it is a real one for network-based workflows. Pulling rushes from a NAS over two 1Gbps links will be slower than the A6 or the A9 Max. Wi-Fi 6E and Bluetooth 5.2 cover the wireless side, but the wired ceiling is 1Gbps.
The limited USB port count matters too on a busy edit desk with an interface, a shuttle, a control surface and a card reader all attached. If you already own a hub, this is a non-issue. If not, budget for one.
6. GEEKOM A8 – Best for 4K H.264 Editing on a Budget
- ✓ Eight cores handle 4K video editing and heavy coding
- ✓ Radeon 780M is strong for integrated graphics
- ✓ DDR5 upgradeable to 128GB
- ✓ 1TB PCIe 4.0 NVMe for boot and multitasking
- ✓ 0.5-litre chassis with VESA bracket
- ✕ Some configurations ship with a single 16GB memory stick
- ✕ Only one internal NVMe slot
- ✕ Below a dedicated GPU for demanding 3D work
- ✕ Limited BIOS tuning
Ryzen 7 8745HS 8C/16T up to 4.9GHz
Radeon 780M RDNA 3
16GB DDR5-5600 upgradeable to 128GB
1TB PCIe 4.0 NVMe SSD
The A8 is the value pick for a straightforward 4K H.264 workflow. The Ryzen 7 8745HS gives you 8 cores and 16 threads up to 4.9GHz, and the Radeon 780M on RDNA 3 is one of the stronger integrated graphics options available in a box this size. Several buyers report it handling video editing and photo software smoothly, and the upgrade ceiling of 128GB DDR5 is better than most competitors in its class.
At 0.5 litres with an aluminium chassis and an included VESA bracket, it mounts behind a monitor and disappears. Cooling uses dual heat pipes and a high-efficiency fan, and it runs quietly except during heavy sustained workloads.
Radeon 780M performance in real NLE work
RDNA 3 integrated graphics handle decode, playback and hardware-accelerated export for 4K H.264 at a level that most editors find indistinguishable from a discrete card on ordinary timelines. It is a genuine step up from older integrated parts, and combined with 8 CPU cores it keeps playback solid on multi-track 4K projects.
The limits appear in the GPU-heavy corners: heavy colour grading, dense node-based effects, and 8K work. For those, the Radeon 8060S in the BOSGAME M5 or a dedicated GPU is the honest answer. The A8 is a superb 4K workhorse, not a workstation for GPU compute.
The memory configuration trap to check before you buy
Here is the single most useful thing to verify before ordering. Some later configurations ship with a single 16GB memory stick instead of a matched dual-channel pair, and that roughly halves memory bandwidth, which an NLE feels immediately in scrub and export. Dual-channel is not a nice-to-have in a bandwidth-hungry application.
Good news is the machine takes two slots and 128GB, so a single stick is a starting point rather than a ceiling. Pop in a matching module and you have 32GB dual-channel, which is the real minimum for 4K.
One M.2 slot and what that costs you
Unlike the A6 and the P3 Pro, the A8 has only one internal NVMe slot, so a second internal drive cannot be added. That means your operating system, applications, project files and preview cache all share one drive. For lighter projects that is fine. For heavy 4K work with a large media library, you will want external storage, and that adds a step to every import.
Ports are reasonable: 2x HDMI 2.0, 1x USB4 Type-C, 1x USB 3.2 Type-C, 1x USB 3.2 Type-A, 3x USB 3.2 Gen2 Type-A, a 3.5mm audio jack and an SD card slot, with 2.5GbE, Wi-Fi 6E and Bluetooth 5.2. If you want a silent box specifically, our fanless mini PC picks are worth a read.
7. GMKtec M2 Pro S – Best Upgradable Budget Intel Box
- ✓ 4 cores and 8 threads with 12MB cache
- ✓ 16GB on dual-channel SO-DIMM slots to 64GB
- ✓ Drives three simultaneous 4K monitors
- ✓ Dual 2.5Gbps Ethernet plus Wi-Fi 6
- ✓ Compact 4.47 by 4.17 by 1.67 inch chassis
- ✕ Few USB-C ports on the chassis
- ✕ Iris Xe is modest for GPU-accelerated video work
- ✕ Secure Boot disabled by default needs a BIOS change
- ✕ Some machines have deep-sleep wake issues
Core i7-1185G7 4C/8T with 12MB cache
16GB dual-channel DDR4-3200 to 64GB
1TB NVMe plus M.2 2242 expansion
Three simultaneous 4K screens
This is the pick for anyone who wants Intel and genuine SO-DIMM expandability at the low end. The 11th-generation Core i7-1185G7 gives 4 cores and 8 threads with 12MB of cache at 35W, and the 16GB of DDR4-3200 sits on dual-channel SO-DIMM slots that expand to 64GB. That is a repairable, upgradable memory layout, which almost nothing at this tier offers.
Owners use it for browsing with many tabs, code compilation, home tax software, media playback and light gaming on ultrawide monitors. The most repeated positives are fast boot times, quiet cooling and expandability.
64GB of upgradeable DDR4 on SO-DIMM slots
SO-DIMM slots mean you can buy memory anywhere and add it later, which is a materially different experience from a sealed box. Going to 32GB dual-channel transforms this machine for editing, and 64GB is available if you work with long timelines or a heavy Resolve project. A 1TB M.2 2280 NVMe PCIe 3.0 SSD is included, plus M.2 2242 SATA expansion to 2TB.
The catch is the 4-core CPU. Four cores and 8 threads will handle 1080p and light 4K editing, but a long effects-heavy export will show you exactly where the ceiling sits. If your work is CPU-bound, spend the difference on a Ryzen 7 with eight cores.
Triple 4K output and dual 2.5GbE networking
Two HDMI ports plus a USB Type-C output drive three simultaneous 4K at 60Hz screens, with Intel Iris Xe Graphics G7 96EU handling the display pipeline. Dual 2.5Gbps Ethernet is unusual at this tier and genuinely fast for a NAS-attached workflow, and Wi-Fi 6 plus Bluetooth 5.2 cover the wireless side.
Networking is the spec that quietly makes this box more future-proof than cheaper rivals. Two 2.5GbE ports also allow link aggregation, and a single one is enough for very fast media transfers over a modern switch.
Iris Xe limits and the Secure Boot gotcha
Iris Xe is modest for GPU-accelerated video work. Timeline playback at 1080p and 4K H.264 is fine with hardware encoding, but heavy effects, colour work and Resolve’s GPU-heavy pages will not enjoy it. Budget for a proxy or optimised-media workflow if you work at 4K on this machine.
Two practical notes. The unit ships with Secure Boot disabled in the BIOS, which means you have to enable it yourself to receive all Microsoft security updates. And a small number of owners report deep-sleep issues that require a full power cycle to wake – relevant if you drive an external display through a sleep cycle rather than leaving the machine on.
8. KAMRUI Pinova P2 – Best Budget Pick for Light Editing
- ✓ Zen 3 4C/8T with 8MB L3 cache
- ✓ Only 15W while handling heavy multitasking
- ✓ Integrated Radeon drives triple 4K at 60Hz
- ✓ Two M.2 expansion slots to 4TB
- ✓ VESA mount included
- ✓ Quiet cooling
- ✕ Only 16GB of memory and no listed path above it
- ✕ 256GB SSD is small for high-resolution media
- ✕ Entry processor not suited to heavy 4K timeline work
- ✕ Integrated graphics limits GPU-accelerated work
Ryzen 3 7330U 4C/8T up to 4.3GHz at 15W
16GB LPDDR4X-3200
256GB SSD plus two M.2 slots to 4TB
Triple 4K at 60Hz
I want to be straight about this one. The Pinova P2 is not a 4K machine, and I would not recommend it to a working professional editor. What it is, is an exceptionally popular, well-reviewed affordable desktop replacement – more than 2000 reviews holding a 4.4 average – and it is genuinely good at office work, browsing, HTPC use and light photo and video editing.
The Ryzen 3 7330U is Zen 3 on 7nm with 4 cores, 8 threads, 8MB of L3 cache at up to 4.3GHz, and a 15W TDP. Owners note it is roughly 50% faster single-core and 46% faster multi-core than a Ryzen 3 4300U, which is a real generational jump, just not a jump into professional territory.
What a 4-core 15W chip can and cannot cut
For 1080p editing, short-form vertical video for CapCut, and trimming clips for a YouTube channel, this is fine. The 15W TDP keeps it nearly silent under light load, and a 28W rated consumption figure means it costs very little to leave running all day as a media or file server.
For a 4K timeline with multiple layers, or for a project with heavy colour work, it is the wrong tool. Integrated Radeon graphics on the Vega architecture with 6 CUs handle display output well but offer nothing for GPU-accelerated editing, and a 4-core CPU has no headroom for parallel effects. Know your use case before you save money on the wrong box.
Two M.2 slots in the cheapest pick
Storage expansion is the surprise. The 256GB M.2 SSD comes with two expansion slots – one M.2 2280 SATA or NVMe PCIe 3.0 and one M.2 2280 SATA – for up to 4TB total. On a light editing setup that is enough to hold a system drive plus a project drive, which is the arrangement we recommend for every machine in this guide.
Display output is triple 4K at 60Hz through HDMI 2.0, DisplayPort 1.4 and a USB 3.2 Gen2 Type-C with DisplayPort Alt Mode. That is a strong output spec for the tier, and it will drive a proper three-screen grading setup at 1080p class work.
The 16GB memory ceiling you cannot fix
Here is the dealbreaker. The 16GB of LPDDR4X-3200 is onboard, and the specifications list no upgrade path above 16GB. Sixteen gigabytes is already the minimum for comfortable 4K work, so this machine is effectively locked out of larger timelines. This is precisely the frustration users report on vendor boards, where RAM upgrade threads are a recurring standalone category.
Also expect the 256GB SSD to fill quickly with high-resolution media, so plan external storage from day one. In the box you get an HDMI cable, the mini PC, a power adapter, a user manual and a VESA mount with screws.
How to Choose a Mini PC for Video Editing: Eight Steps
Step 1: count cores before you count cores per price
Cores are the cheapest performance you can buy in this category, because they scale almost linearly with render and export time. Four cores will cut 1080p. Eight cores is the practical minimum for 4K. Twelve to sixteen cores is where multicam, Resolve and effects work stop feeling constrained. Compare the core count first, then look at graphics, then look at storage.
Step 2: decide 32GB or 64GB, and check whether it is soldered
32GB of RAM is the floor for 4K. It covers a standard 4K H.264 timeline with optimised media and one project open. Go to 64GB for 4K ProRes multicam, 8K RAW, heavy grading, or any habit of running a browser alongside the NLE. Then check the maximum supported RAM and whether it is soldered – the most-asked upgrade question in the forums, and a one-way decision.
Within this roundup: the A9 Max and the A8 reach 128GB, the P3 Pro and the A6 reach 64GB, the GMKtec M2 Pro S reaches 64GB, the Mac mini and the BOSGAME M5 are fixed at 24GB and 128GB soldered respectively, and the Pinova P2 is fixed at 16GB.
Step 3: insist on two M.2 slots
Two slots is the storage spec that matters most, and the reason is simple: the operating system and your preview cache must not share a drive. One slot for the system and applications, one for project files, cache and proxies. Only the A8 in this list is limited to a single internal NVMe slot, and the others cover you properly.
On the amount of storage: budget roughly ten times your project duration in bitrate terms, plus generous cache headroom. A one-hour 4K H.264 shoot lands somewhere in the region of 45GB to 100GB depending on bitrate, and ProRes and RAW multiply that several times over.
Step 4: judge the GPU by the pages you actually open
Integrated graphics is enough for timeline playback, standard effects and hardware-accelerated export. It is not enough for heavy colour grading, dense node graphs or Resolve’s GPU-heavy pages, which is the specific concern users raise on Blackmagic’s own support forum when asking which mini PC works with Resolve. Rank integrated options by their class: Radeon 680M is the floor, Radeon 780M and 890M are the sweet spot, Radeon 8060S is workstation-class.
One important caveat a commenter raised in a dpreview thread: Adobe’s modern video products only use hardware acceleration under certain conditions, so without the right GPU path, editing and export can be slow. Verify hardware encode support in your NLE before assuming the integrated chip will accelerate anything.
Step 5: check encoder support and display output for grading
For grading, look at the output ports, not just the count. DisplayPort 1.4 and HDMI 2.0b or better are what carry 4K at 60Hz with 10-bit colour. The A9 Max, the A6, the A8, the M5 and the P3 Pro all cover that. If you drive an ultrawide, check the total refresh across three displays rather than the resolution of one.
For encoder support, all current-generation chips here include hardware H.264 and HEVC encode, which is what makes export fast. ProRes export on Apple silicon is hardware-accelerated, and on Windows it is generally software, so factor that into your workflow if ProRes matters.
Step 6: read the thermal design, not the boost clock
This is the spec nobody prints on the retail listing and the one that decides whether you enjoy the machine. A boost clock is a burst number. Sustained behaviour over a two-hour export is the real experience, and chassis size is the physical limit on how much heat can be moved. The A6 is explicit about holding 45W sustained without throttling, the Mac mini is effectively fanless during most edits, and the M5 is honest about its fan becoming audible under sustained heavy load.
If you edit quietly, check the acoustics figure. The A6 is specified under 35dB, which is a meaningful number for a live room.
Step 7: match the machine to your software and codec
Different NLEs lean on different hardware. Final Cut Pro and Adobe apps are well-optimised on Apple silicon, and Adobe relies on supported hardware acceleration. DaVinci Resolve is the most GPU-hungry of the major applications, particularly for Fusion and the colour page, so Resolve users need a stronger graphics class than Premiere users at the same resolution. CapCut and other short-form tools are far lighter and run comfortably on a mid-tier box.
Map your footage to a tier rather than mapping your ambition. 1080p H.264 runs on anything here. Standard 4K H.264 wants 8 cores and 32GB. 4K ProRes multicam wants 12 or more cores and 64GB. 8K RAW or heavy Fusion work wants a Radeon 8060S class GPU or a dedicated card.
Step 8: check noise, ports, warranty and the upgrade ceiling
Finally, the unglamorous specs. Port selection varies widely – the Mac mini has three Thunderbolt ports and one HDMI, the A6 has one USB 2.0 port, the P3 Pro has limited USB – and a busy edit desk with an interface, a control surface and card readers needs more ports than the spec sheet suggests. Warranty length ranges from one year on the GMKtec to three years on the GEEKOM and BOSGAME machines, which is a real risk-mitigation factor on smaller brands.
And decide about an eGPU early. If you want a small box now with more graphics later, pick a machine with USB4 or Thunderbolt 4 and an external GPU enclosure in mind. Only the A6, the A8, the A9 Max and the M5 give you that route.
The Downside of a Mini PC for Video Editing
Mini PCs are genuinely good at this job, but they are not a free upgrade, and the objections are real. Here is what you give up.
RAM is often limited or soldered. Four of the eight machines in this guide cannot have their memory upgraded at all. Buying the wrong capacity means returning the machine, because there is no second slot.
Fewer ports than a tower. A full desktop offers USB ports front and back, and a PCIe slot for a capture card. A mini PC gives you two or four USB ports and a fixed display output set, so a dock becomes part of your budget.
Sustained-load thermal throttling. Chassis size caps cooling. On a long export a throttling chassis takes longer than a ventilated tower with the same chip, and forum users report real stability problems after sustained rendering on poorly cooled units.
A smaller repair and replacement ecosystem. Parts are less interchangeable, and a single board failure can mean a whole-unit replacement rather than a cheap module swap.
Integrated graphics on most models. Only one machine here offers workstation-class integrated graphics, and true dedicated-GPU performance at this size means an eGPU enclosure, which costs money and desk space.
No display, keyboard or mouse. A laptop bundle includes a screen and battery. A mini PC does not, and the totals are only comparable once you add a monitor.
Against those, the wins are real: sustained performance in a small footprint, low power draw, quiet operation, and a price per unit of compute that beats almost any tower at these tiers. The most common answer in the forums to “mini PC or laptop for video editing” is a mini PC at the desk plus a laptop for travel. That combination is genuinely the best of both, and it is what we would build.
Frequently Asked Questions
Can a mini PC be used for video editing?
Yes, with a caveat about resolution and codec rather than size. Modern Ryzen 7 and Core Ultra class mini PCs handle 1080p and standard 4K H.264 editing comfortably. 4K ProRes multicam and 8K RAW work need a Ryzen 9 or Core Ultra 9 tier, or a dedicated GPU. Match the machine to your footage, not to the brand.
What is the best mini PC for video editing?
The GEEKOM A9 Max is the best mini PC for video editing overall, pairing a 12-core Ryzen AI 9 470 with Radeon 890M graphics, 32GB of DDR5 expandable to 128GB, and dual PCIe 4.0 M.2 slots. For Final Cut Pro and ProRes in the Apple ecosystem, the Mac mini M4 Pro is the better choice.
What is the downside to a mini PC?
The main drawbacks are limited or soldered memory, fewer ports than a full tower, sustained-load thermal throttling during long exports, a smaller repair and replacement ecosystem, and integrated graphics on most models. A mini PC also ships without a display, keyboard or mouse. In exchange you get sustained performance in a tiny footprint and strong value per unit of compute.
Is 32GB RAM enough for 4K video editing?
Yes for 4K H.264 with a single timeline and optimised or proxy media. No for 4K ProRes multicam, 8K RAW or heavy grading, where 64GB is the sensible target. The number is only half the question: also check the machine’s maximum supported RAM and whether it is soldered, which is the upgrade question buyers ask most often.
Is a mini PC good for DaVinci Resolve?
Resolve is the most GPU-hungry of the major NLEs, especially in Fusion and the colour page. Integrated graphics such as the Radeon 780M or 890M work for 1080p and proxy-driven 4K workflows, but sustained 4K Resolve work wants a stronger GPU class – the Radeon 8060S in the BOSGAME M5, or a dedicated card via an enclosure.
Do mini PCs overheat during long renders?
They can, because chassis size limits how much heat can be moved. During a long export some mini PCs drop boost clocks, which lengthens export times versus a ventilated tower running the same chip. Look for a higher sustained power design, a vented rather than sealed chassis, and a published acoustics figure. The GEEKOM A6 is specified to hold 45W sustained without throttling and under 35dB.
Which Mini PC Should You Buy?
If you want one machine that handles ordinary 4K editing and still has room to grow, buy the GEEKOM A9 Max. Twelve cores, 128GB of memory headroom, two fast NVMe slots and four displays in a small box is the combination we would put on a desk without hesitating. It is the best mini PC for video editing for almost every working editor we speak to.
If you live in the Apple ecosystem and cut in Final Cut Pro or work with ProRes, buy the Mac mini M4 Pro instead. It is faster per watt, silent, and compact enough to travel with, and the 24GB of unified memory is the constraint to accept in exchange.
If you edit 8K, run large local AI models or need a very large memory pool, the BOSGAME M5 is the only sensible choice. If your workload is transcoding and long exports rather than creative GPU work, the GEEKOM A6 holds 45W sustained and stays under 35dB. If you want Ryzen 9 cores at a mid price, take the BOSGAME P3 Pro. If you are cutting 4K H.264 on a tighter budget, the GEEKOM A8 does it, provided you confirm dual-channel memory. For upgradable budget Intel, the GMKtec M2 Pro S wins on SO-DIMM memory. And if your work is 1080p and light 4K only, the KAMRUI Pinova P2 is a capable low-cost desktop – just never open a ProRes multicam project on it.
Whatever you choose, buy the memory and the second drive before you import footage. That single decision removes more editing problems than any processor upgrade you can make later.
