Most pages answering “best mini PCs for 8K video editing” do one thing badly: they treat a machine that can output an 8K signal as a machine that can edit 8K footage. Those are different problems, and conflating them is the single most common reason buyers end up disappointed. I have spent the last several months reading owner reviews across all eight of the machines below, cross-checking every spec against what an actual NLE timeline does to it, and the pattern is clearer than the spec sheets suggest.
So let me be direct, because that is what you came for. The best mini PCs for 8K video editing in 2026 are the ones that pair at least 12 CPU cores with 32GB of RAM, a modern RDNA 3.5 or Arc-class integrated GPU for hardware decode, and either a discrete GPU or an OCuLink eGPU path. My overall pick is the GEEKOM A9 Max, the best value pick is the BOSGAME VTA-439, and the GEEKOM GT13 MAX earns its place as the realistic entry point if most of your work is 4K.
One more thing before we get into the list, because it would be dishonest to skip it. On editing forums, the loudest recurring advice for 8K work is not a mini PC at all — it is a Mac mini with an M-series chip, partly because of Final Cut Pro and partly because of how efficiently unified memory handles big frames. I address that head-on in our Mac mini alternatives guide and again below. For most Windows-based editors, a mini PC is the right call; for Final Cut shops, it frequently is not.
Our Top 3 Mini PCs for 8K Editing in 2026
These three cover the realistic range of 8K work, from a colorist’s Resolve node tree down to a freelancer who cuts 4K on Monday and occasionally touches 8K on Tuesday. Each has earned its badge on spec headroom and owner-reported behavior, not on marketing language.
GEEKOM A9 Max
- Ryzen AI 9 HX 470 12C/24T up to 5.2GHz
- Radeon 890M RDNA integrated graphics
- 32GB DDR5 expandable to 128GB
- Quad display with 8K output
- Wi-Fi 7 and dual 2.5GbE
BOSGAME VTA-439
- Ryzen AI 9 HX 470 12C/24T with 55 TOPS NPU
- Radeon 890M with 16 compute units
- Built-in OCuLink PCIe 4.0 x4 for eGPU
- 32GB DDR5 upgradable to 256GB
- Three M.2 slots up to 12TB total
GEEKOM GT13 MAX
- Intel Core Ultra 9 185H 16C/22T
- Intel Arc Graphics with AV1 decoding
- 16GB DDR5 expandable to 96GB
- Four displays at 7680x4320
- Dual 2.5GbE and Wi-Fi 7
Comparing the Best Mini PCs for 8K Video Editing in 2026
All eight machines below are real, currently available configurations with owner review histories large enough to judge. Read the key features column alongside the verdict in each section, because the 8K column in many spec tables describes display output and nothing else.
| Product | Features | |
|---|---|---|
| GEEKOM A9 Max |
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| BOSGAME VTA-439 |
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| GEEKOM GT13 MAX |
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 MINISFORUM G1 Pro |
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 MINISFORUM MS-01 |
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 MINISFORUM MS-A2 |
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 Reatan X8 |
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 BOSGAME M5 |
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1. GEEKOM A9 Max — Our Overall Pick for 8K Editing
- ✓ Largest review base in this roundup at 644 reviews
- ✓ 32GB DDR5-5600 expandable to 128GB
- ✓ Four independent displays with 8K output
- ✓ All-metal chassis with quiet IceBlast 3.0 cooling
- ✓ USB4 plus dual HDMI 2.1 and dual 2.5GbE
- ✕ Radeon 890M integrated graphics limit the heaviest 8K rendering
- ✕ Only two USB ports listed in the spec table
- ✕ BIOS updates are infrequent
Ryzen AI 9 HX 470 12C/24T up to 5.2GHz
Radeon 890M integrated
32GB DDR5 up to 128GB
Quad 8K display
The A9 Max is the machine I keep coming back to, and the reason is the review base rather than the spec sheet. 644 owner reviews with a 72% five-star share is a volume of real-world feedback almost nothing else in the mini PC category accumulates for a creator-focused machine. Reviewers consistently describe it as a capable, well-cooled system with excellent connectivity.
On paper it is the most balanced 8K-capable config we found: 12 Zen 5 cores and 24 threads boosting to 5.2GHz, Radeon 890M RDNA graphics, and 32GB of DDR5-5600 that expands to 128GB. Four independent displays with 8K output come without a docking station, and the port selection — USB4, dual HDMI 2.1, dual 2.5GbE LAN, Wi-Fi 7 — is the best-specified I/O of any integrated-graphics machine here.
Why 32GB expandable to 128GB is the headline number
Memory is where 8K projects either scale or stall, and 128GB of headroom means you will not be revisiting this purchase in three years. The 32GB base is a proper 8K config rather than a compromise, and the DDR5-5600 speed is what the Radeon 890M wants to see for shared graphics memory bandwidth.
For dual 2.5GbE networking, the practical note is that Resolve and Premiere both benefit from a wired link when you are pulling camera files off a NAS rather than a single spinning disk. Two ports also let you keep a management connection separate from a footage feed.
Display output versus 8K editing: the distinction that matters
The A9 Max is one of the few machines here that advertises 7680×4320 output and has the decode hardware to justify it. Still, the output resolution describes what the display pipeline can signal, not what the timeline can decode. The Radeon 890M handles 8K H.265 decode; ProRes RAW and BRAW still cost you CPU cycles.
If you are grading rather than cutting, pair it with a proper reference display. Our guide to monitors for video editing covers the calibration side, which matters far more to image quality than the editing host does.
What the integrated GPU will not do
Owners are clear and consistent on the single limitation: integrated rather than discrete graphics caps the heaviest rendering workloads. Heavy Resolve node chains, Fusion 3D, and long noise-reduction passes are where the 890M runs out of headroom, and no amount of extra RAM fixes that.
That is the honest caveat. If your work is timeline assembly, color work at 4K, and 8K delivery renders, the A9 Max handles it. If it is sustained 3D compositing at 8K, you want the G1 Pro below.
Who it’s for: freelance and documentary editors cutting 8K camera originals in Premiere Pro or Resolve who want a quiet, dock-free four-display edit bay and who plan to keep the machine for years.
2. BOSGAME VTA-439 — Best Value Pick with a Built-in eGPU Path
- ✓ Built-in OCuLink PCIe 4.0 x4 for external GPU
- ✓ RAM expands to 256GB and three M.2 slots to 12TB
- ✓ Quiet at 54W typical draw and only 765g
- ✓ Windows 11 Pro preinstalled with no bloatware
- ✓ VESA mount included
- ✕ Radeon 890M alone is not enough for the toughest 8K codec work
- ✕ Only one HDMI port listed in the spec table
- ✕ 86 TOPS AI figure will not matter to most NLE work
Ryzen AI 9 HX 470 12C/24T up to 5.2GHz
Radeon 890M 16 CUs
OCuLink PCIe 4.0 x4
32GB DDR5 up to 256GB
The VTA-439 solves the problem that ruins most integrated-graphics mini PCs for 8K, and it solves it properly. A built-in OCuLink PCIe 4.0 x4 interface means you can bolt on a desktop-class graphics card later without replacing the machine, which turns this year’s purchase into something that can absorb a heavier workload a couple of years from now.
Everything else here is unusually generous. 32GB of DDR5-5600 as 2x16GB, expandable all the way to 256GB. A 1TB PCIe 4.0 NVMe drive plus three PCIe Gen4 M.2 slots for up to 12TB total. And a chassis that weighs 765 grams and idles at 54W, which matters when the machine lives next to your microphone.
OCuLink is not the same as USB4 eGPU
This is the detail most spec bullets get wrong. A USB4 or Thunderbolt eGPU enclosure runs DisplayPort Alt Mode over a shared bus and loses a large fraction of the card’s performance. OCuLink on the VTA-439 is a dedicated PCIe 4.0 x4 link, so an RTX-class card performs at roughly what it would in a desktop, with only the x4 lane width as a ceiling.
Practically, that means the VTA-439 is a rational starting point if you are unsure whether 8K is a permanent part of your workflow. Start with the integrated GPU, and add a card when a specific job demands it.
Storage and memory headroom for camera files
Three M.2 slots and 256GB of RAM is the most generous upgrade path in this roundup. A single 8K shoot can produce hundreds of gigabytes of BRAW or ProRes RAW before you even reach the edit stage, and shuttling that off an external drive over USB is a workflow tax you notice on every project.
Windows 11 Pro is preinstalled with no bloatware, which is a small thing that matters. Owners report the machine runs quietly and the dual 2.5GbE LAN is welcome when Resolve is the one opening large files off a shared volume.
Where the Radeon 890M still falls short
With 16 compute units running up to 3100MHz, the 890M is a genuinely capable integrated GPU, and it clears our 8K floor for H.265 and lighter codec work. But the review consensus is blunt: on its own, it is not sufficient for the most demanding 8K codec workloads.
That is precisely what the OCuLink port is for. Treat the integrated GPU as your everyday editor and the eGPU as the 8K day tool, and the limitation stops mattering.
Who it’s for: editors who are not yet sure how much 8K is coming, and who want a machine that can grow into it. Also the pick if you want maximum RAM and storage headroom in the smallest possible package.
3. GEEKOM GT13 MAX — The Realistic Entry Point for Creators
- ✓ 16 cores and 22 threads of CPU for 8K decode
- ✓ Intel Arc handles AV1 decoding natively
- ✓ Very quiet in normal use and runs cool
- ✓ Generous ports including dual USB4 and dual HDMI
- ✓ Compact enough to VESA-mount behind a monitor
- ✕ 16GB base memory is thin for large 8K projects
- ✕ Some buyers report intermittent Bluetooth needing restarts
- ✕ One report of a loud fan unresolved by the supplied software
Intel Core Ultra 9 185H 16C/22T
Intel Arc Graphics 8 Xe cores
16GB DDR5 up to 96GB
Quad 7680x4320 output
I want to be straight about the GT13 MAX: it ships with 16GB of RAM, and forum consensus is emphatic that 16GB is not enough for heavy 8K multitasking. The fix is trivial — the memory expands to 96GB across three slots — but you should budget for that upgrade rather than pretend the base config is a finished 8K machine.
What you get for the money is genuinely useful silicon. The Core Ultra 9 185H provides 16 cores and 22 threads, which sits above our 12-core floor, and Intel Arc Graphics with 8 Xe cores brings hardware AV1 decoding. For a creator working primarily in 4K with occasional 8K delivery, that is the right trade.
AV1 decode and what it changes in an NLE
AV1 hardware decode is the underrated feature here. As camera originals and delivery files move toward AV1 and HEVC 10-bit, a decode block that handles them natively takes an enormous load off the CPU. Reviewers specifically note that Arc’s AV1 decoding helps with modern high-resolution media timelines.
The Intel AI Boost NPU rated up to 11 TOPS is the number marketing will lead with, and for NLE work it is the number that matters least. On-device AI acceleration does not accelerate timeline decode or export. Judge this machine on cores, RAM, and the Arc decode block.
Noise and thermals in a home studio
Buyers consistently describe the GT13 MAX as quiet and cool, with fan noise only appearing at maximum load. That is a genuine advantage if you record voiceover in the same room as your edit bay, where fan noise that is merely noticeable in a gaming context becomes a take-ruining problem.
IceBlast 2.0 uses a full-copper heatsink with a large quiet fan, and the reinforced housing is tested from -20C to 55C. The most common technical complaint is not thermal at all — it is Bluetooth stability, with some buyers needing restarts or driver reinstalls.
Display layout: four screens, no dock
Dual USB4, dual HDMI 2.0 and Mini DP 1.4 drive up to four displays at 7680×4320, with eight USB ports for controllers, drives and audio interfaces. That is enough headroom for a timeline monitor, a scopes display, a client-facing preview and a reference screen without a single dock in the chain.
Again, that output spec describes signaling, not decoding. The Arc GPU is the weak point for true 8K; the output ports simply mean you can send the image to the right screen once the timeline renders.
Who it’s for: editors whose 8K work is occasional and whose 4K workload is constant, and who value near-silence over maximum graphics power. Upgrade the RAM before the first big project.
4. MINISFORUM G1 Pro — The Only Pick Here With a Real Discrete GPU
- ✓ Full 145W desktop-class RTX 5060 in a sub-PS5 case
- ✓ 350W power supply built in with no external brick
- ✓ Up to 100W sustained CPU power in a 245W envelope
- ✓ NVIDIA Studio acceleration across 130+ creative apps
- ✓ Upgradable to 96GB DDR5 and dual M.2 up to 8TB
- ✕ Only 25 reviews so far
- ✕ so long-term reliability data is thin
- ✕ Runs warm and the fan gets noticeable under long loads
- ✕ Limited USB ports mean most owners add a hub
Ryzen 9 8945HX 16C/32T up to 5.4GHz
RTX 5060 145W 8GB GDDR7
350W built-in PSU
3.8L chassis
Every other machine on this list is trying to make integrated graphics carry the load. The G1 Pro simply does not make that compromise. It pairs a Ryzen 9 8945HX at 16 cores and 32 threads with a full-power 145W GeForce RTX 5060 carrying 3840 CUDA cores and 8GB of GDDR7, in a 3.8-liter chassis smaller than a PlayStation 5.
That is the only configuration here with dedicated VRAM, and for Resolve and Premiere work it changes the character of the machine entirely. NVIDIA Studio support across 130+ creative applications is not marketing filler either; it is the path Resolve and After Effects use for accelerated effects.
Why VRAM is the thing integrated graphics cannot fake
Integrated GPUs borrow memory from system RAM, which means their graphics memory competes with your timeline, your cache and your scopes for the same pool. A discrete 8GB of GDDR7 does not compete for anything. For heavy 8K node work that is not a margin of improvement, it is a different operating envelope.
The trade is power and thermals. A 245W total performance envelope with up to 100W sustained CPU is desktop-class, and buyers report the machine running warm during long heavy sessions with the fan becoming noticeable. If you are recording voiceover in the same space, plan for that or add acoustic treatment.
Thermals, ports and the 350W advantage
Third-generation Glacier Cooling is rated to 300W across five copper heat pipes with dual-side exhaust. That headroom is real, but so is the heat. By contrast, the built-in 350W power supply is a genuine quality-of-life win: no external brick, one cable, and a clean desk.
The port situation is the weak point. With four USB ports, most owners add a hub, and the bundled MINISFORUM control app draws antivirus warnings for using an older executable type. One reviewer also reported a botnet-style malware infection on a first boot. The 4.6 rating across 25 reviews is excellent, but 25 reviews is a small sample, and we would want more history before recommending it over a more proven chassis.
Quad 4K output and the networking angle
Three DisplayPort and two HDMI ports drive quad 4K output, and 5GbE plus Wi-Fi 7 is the fastest networking in this roundup. For editors pulling large camera files off a NAS or a NAS-adjacent archive, 5GbE cuts ingest times in a way 2.5GbE cannot.
Note that the output spec is quad 4K, not quad 8K. With a discrete GPU driving the timeline, this matters far less — you would be sending a 4K image to a 4K grading monitor in almost every realistic setup.
Who it’s for: editors and colorists whose 8K work includes sustained node graphs, Fusion, or noise reduction — anyone for whom an eGPU is not a plan but a certainty. Also the pick if you ingest over the network.
5. MINISFORUM MS-01 — Best for Full-Length PCIe Graphics Expansion
- ✓ PCIe 4.0 x16 slot accepts a low-profile discrete GPU
- ✓ Three M.2 slots plus U.2 via included adapter
- ✓ Very quiet with no throttling reported under sustained load
- ✓ Easy upgrades through the slide-out internal chassis
- ✓ Low idle draw reported in the 18-22W range
- ✕ Iris Xe integrated graphics are weak for 8K without an add-in GPU
- ✕ Memory tops out at 64GB
- ✕ Recurring reports of units failing to power on after a year
Core i9-13900H 14C/20T up to 5.4GHz
PCIe 4.0 x16 slot
3x M.2 plus U.2 with RAID
Dual 10GbE SFP+
The MS-01 is the odd one out in this list, and that is exactly its value. Instead of an OCuLink x4 link or a fixed discrete GPU, it has a full PCIe 4.0 x16 slot in a mini workstation chassis. That is the upgrade path that never becomes obsolete.
The 13th-gen Core i9-13900H provides 14 cores and 20 threads up to 5.4GHz with vPro enterprise support, and it comes with 32GB of DDR5-5200 and a 1TB SSD. Owners treat this as a small-form-factor workstation rather than a gaming PC, which is the right mental model.
A real x16 slot beats an OCuLink x4 link
OCuLink gives you PCIe 4.0 x4. The MS-01 gives you x16. If you are adding a professional or high-end graphics card rather than a mainstream one, the bandwidth ceiling is in a completely different place, and the card behaves the way it would in a tower.
The practical constraints are physical. The slot is tight internally and only accepts low-profile cards, so full-height dual-slot cards are out. That rules out the largest pro cards, but it comfortably covers the mid-range accelerators most editors would actually pair with an NLE.
Storage and networking built for a post house
Three M.2 slots accept 2280, 22110 and U.2 drives through the included adapter, running PCIe 4.0 up to 7000MB/s with RAID 0/1 support. For a team shuttling large camera files, RAID 1 on NVMe gives you scratch space that survives a drive failure mid-project.
The networking is the standout: two 10Gbps SFP+ ports with link aggregation plus two 2.5G RJ45, aggregating up to 65Gbps. Editors moving footage between a shared volume and a local cache will feel this more than any CPU upgrade.
Honest drawbacks: graphics, memory ceiling and reliability
Iris Xe integrated graphics are genuinely weak for real-time 8K work without an add-in GPU, so this machine is not usable as an 8K editor until you install a card. Memory caps at 64GB, which is below what we would want for heavy 8K sessions, and some DDR5 modules refuse to run above 4800MT/s.
The most serious theme in reviews is reliability: a meaningful minority report machines that stop powering on within or after the first year, with the PSU cited as a recurring factor, and mixed experiences around RMA handling. Quiet thermals with no throttling under sustained load, and easy component swaps via the slide-out chassis, are the consistent positives.
Who it’s for: editors and small post houses who want a permanent full-size GPU upgrade path, heavy multi-user NAS workflows, and 10GbE networking — and who will install a graphics card on day one.
6. MINISFORUM MS-A2 — Most CPU Headroom Per Watt in a 3.8L Case
- ✓ 16 Zen 5 cores and 32 threads with 64MB L3 cache
- ✓ Three M.2 and U.2 slots for up to 23TB total with RAID 0/1
- ✓ PCIe x16 slot can be split into two x4 slots
- ✓ Tool-less sleeve-style case removal
- ✓ AMD support resolved an issue and arranged a replacement
- ✕ BIOS is immature and can fail to reboot after option changes
- ✕ Factory thermal paste needs correcting on some machines
- ✕ Some high-density DDR5 SODIMMs will not POST
Ryzen 9 9955HX 16C/32T Zen 5 up to 5.4GHz
Radeon 610M integrated
PCIe x16 splittable to 2x x4
3x M.2 and U.2 to 23TB
The MS-A2 is the CPU-heaviest machine in this guide, and for 8K that matters more than it might seem. The Ryzen 9 9955HX gives you 16 Zen 5 cores, 32 threads and 64MB of L3 cache boosting to 5.4GHz, all in a 3.8L-class chassis with a 240W power supply.
Owners call out the performance-per-watt in a tiny, quiet package as the big win, and the tool-less sleeve-style case removal makes RAM and SSD upgrades genuinely painless compared with competitors that require case screws.
Why 16 cores of Zen 5 is the 8K decode engine
ProRes RAW reconstruction, BRAW decode and 10-bit 4:2:2 HEVC all land on the CPU when there is no fixed-function block for them. More cores means those frames arrive sooner, which is exactly what timeline scrubbing and proxy generation depend on. The 64MB L3 cache also helps when several decoders and an export queue are competing for the same silicon.
That is why we rank this machine highly despite its integrated Radeon 610M. On decode-bound 8K work, the CPU is doing the lifting and this CPU is the strongest we list.
The splittable PCIe x16 slot and the three M.2 bays
The PCIe x16 slot can be split into two PCIe x4 slots, which means you could add a half-height professional GPU plus a second 10G NIC, or two GPUs on lower bandwidth lanes. It is more flexible than the OCuLink x4 approaches used by the VTA-439 and the X8, though each individual lane is narrower.
Storage is the standout: three M.2 slots supporting 2280, 22110 and U.2 drives, with U.2 HDDs up to 15TB and a total ceiling of 23TB, running PCIe 4.0 up to 7000MB/s with RAID 0/1. For an editor shuttling camera files, that headroom is difficult to overstate.
Real problems: BIOS maturity and memory quirks
Buyers are candid about this one. The BIOS is immature and can fail to reboot after conflicting option changes, sometimes requiring a physical reset. Factory thermal paste needs correcting on some machines to avoid shutdowns under full load. NVMe drives run hot enough to trigger SMART temperature warnings.
There is also a memory compatibility trap: some high-density Crucial 48GB and 32GB DDR5 SODIMMs will not POST or will not run above 4800 or 5200 without manual BIOS tuning. Networking is excellent — dual 10G SFP+ on Intel X710 silicon plus dual 2.5GbE — but the SFP+ ports are wired to x4 and can flap under heavy load. Linux support, with Bluetooth, Wi-Fi and Ethernet working out of the box, is a genuine strength.
Who it’s for: editors whose 8K bottleneck is decode rather than render — ProRes RAW and BRAW heavy workflows — and who want maximum storage capacity in the smallest footprint.
7. Reatan X8 — 48GB and 2TB of Name-Brand Memory as Standard
- ✓ 48GB Crucial DDR5 and 2TB Crucial PCIe 4.0 NVMe standard
- ✓ both user-replaceable
- ✓ OCuLink PCIe 4.0 x4 with up to 64Gbps theoretical bandwidth
- ✓ Quad display up to 8K@60Hz via HDMI 2.1 and DP 2.0
- ✓ Very fast and very quiet in daily use
- ✓ VESA mount and OCuLink bracket included
- ✕ Some configurations arrive with a single memory stick
- ✕ which cripples iGPU performance
- ✕ Shipped memory may run at 4800MHz instead of 5600MHz
- ✕ Only a 1-year manufacturer warranty
Ryzen AI 9 HX 470 12C/24T up to 5.2GHz
Radeon 890M at 3100MHz
48GB Crucial DDR5 and 2TB NVMe
OCuLink PCIe 4.0 x4
The Reatan X8 is the spec-sheet standout of this group in one specific way: it arrives with 48GB of Crucial DDR5 and a 2TB Crucial PCIe 4.0 NVMe drive as standard, and both are user-replaceable. Crucial is a real memory brand, not a house label, and for editors buying on longevity that matters.
Underneath is the same Ryzen AI 9 HX 470 platform as the VTA-439: 12 cores, 24 threads, up to 5.2GHz, Radeon 890M at 3100MHz, and 86 TOPS of total AI performance. The differentiator is the OCuLink PCIe 4.0 x4 interface rated at up to 64Gbps of theoretical bandwidth for attaching an RTX 4070 or 4080 class card.
Check the memory channel count before anything else
This is the single most important buying note on the machine. Some configurations arrive with a single memory stick, which measurably halves integrated GPU performance until a matching module is installed. Reviewers call this out as the most cited issue with an otherwise well-liked listing at 69% five-star.
The second check is speed. Shipped memory may run at 4800MHz rather than the CPU’s native 5600MHz, and the BIOS may not recognize faster modules without a firmware update. Verify dual-channel at 5600 before you rely on the Radeon 890M for anything heavy.
OCuLink bandwidth: what 64Gbps actually buys
That 64Gbps theoretical figure translates to a real PCIe 4.0 x4 link, which is a meaningful upgrade over USB4 eGPU enclosures that lose a substantial share of card performance to the shared bus. Forum discussion of OCuLink on mini PCs centers precisely on this: you get close to in-tower performance, minus the x4 lane ceiling.
For an editor adding a discrete card for 8K Resolve work, that is the difference between an eGPU that feels like a real upgrade and one that feels like a compromise.
Quiet by default, with a 1-year warranty caveat
Owners report the machine as very fast and very quiet in daily use, and the all-metal chassis uses dual copper heat pipes with dedicated RAM and SSD cooling fans plus adjustable fan modes. Quad display up to 8K@60Hz comes via HDMI 2.1, DisplayPort 2.0 and dual USB4, and networking is 2.5GbE with Wi-Fi 7 up to 5.8Gbps and Wake-on-LAN.
The negatives are modest but worth weighing: cooling fans can produce a noticeable whine, it could use one or two more USB ports, and the warranty is 1 year with 3-year round-the-clock technical support. That one-year term is the shortest of the group and a legitimate reason to hesitate.
Who it’s for: editors who want 48GB of real-brand memory out of the box and a documented eGPU upgrade path, and who are comfortable verifying dual-channel memory on delivery.
8. BOSGAME M5 — 128GB Unified Memory in a 1.34kg Box
- ✓ 16 Zen 5 cores and 32 threads with 64MB L3 cache
- ✓ 128GB LPDDR5X-8000 shared with the GPU
- ✓ Radeon 8060S with 40 RDNA 3.5 compute units
- ✓ Quad 8K@60Hz via HDMI 2.1 and dual USB4
- ✓ Weighs 1.34kg and runs quietly
- ✕ LPDDR5X memory is soldered and cannot be upgraded
- ✕ Pre-installed Windows draws heavy complaints about background processes
- ✕ Some buyers report random shutdowns requiring a power unplug
Ryzen AI Max+ 395 16C/32T up to 5.1GHz
Radeon 8060S with 40 CUs
128GB LPDDR5X-8000
2TB PCIe 4.0 SSD
The M5 is the most unusual machine here and the hardest to categorise. It pairs 16 Zen 5 cores and 32 threads boosting to 5.1GHz with 128GB of LPDDR5X-8000 unified memory and Radeon 8060S graphics carrying 40 RDNA 3.5 compute units. That is more graphics hardware than any other integrated mini PC on this list, short of a discrete card.
The unified memory pool is the real story. The GPU can dynamically allocate up to 96GB from that 128GB, which means an integrated graphics solution with a frame buffer most discrete cards would envy. For 8K, where a single uncompressed frame is enormous, that shared pool is a genuine structural advantage.
Unified memory is the Apple Silicon argument, on x86
This is where the M5 does something no other machine here can. Integrated GPUs normally borrow from system RAM, competing with the timeline for the same pool. Here the 128GB LPDDR5X-8000 runs at 8000MT/s shared with the Radeon 8060S, so the graphics engine gets bandwidth and capacity that a discrete card would otherwise provide.
That is the architectural answer to the argument editors make on forums in favor of Mac minis. It does not make this a Final Cut machine — Final Cut remains Apple-only — but for Resolve or Premiere with enormous 8K frames, the memory pool is the resource that actually binds.
Soldered memory: the long-term trade
Here is the honest downside. The 128GB is onboard LPDDR5X and cannot be replaced, so this is a machine you buy once for a decade. For most buyers 128GB makes that a non-issue. For anyone who wants to keep a machine for fifteen years, non-upgradable memory is a value trap that forum users consistently flag.
Storage is not the limitation: a 2TB PCIe 4.0 SSD comes preinstalled plus a second M.2 slot for expansion to 8TB or RAID. Quad 8K@60Hz output runs through HDMI 2.1, DisplayPort 1.4 and dual USB4 Thunderbolt 4, with 2.5GbE, Wi-Fi 7 and Bluetooth 5.4.
Reliability and the Windows question
Owners overwhelmingly praise the small, quiet footprint and everyday responsiveness, with a 69% five-star share across 582 reviews. The most common criticism is the pre-installed Windows configuration, and several buyers replaced it with a lightweight Linux distro like Pop!_OS to get noticeably better performance.
A smaller but notable group reports spontaneous shutdowns that require unplugging the power supply to restart, and reviewers note that listing details can diverge from delivered hardware on some points. Those two issues, alongside the lowest 4.2 rating in this roundup, are why the M5 sits at eighth despite having the most impressive memory configuration available.
Who it’s for: editors handling enormous 8K projects, VR video, or 360-degree work where the shared memory pool is the binding constraint — and who accept soldered memory as a permanent decision.
How to Choose a Mini PC for 8K Editing
Every machine above clears our minimum bar, but they clear it very differently. Here is the decision framework we use, in the order the questions actually matter.
CPU: count cores before you read clock speeds
Multi-frame decode, denoise, ProRes RAW reconstruction and export all scale with threads. Our floor is 12 cores and 24 threads. Every pick in this list meets it, and if you are tempted by a cheaper 6-core mini PC with a fast single-core score, that is the wrong trade for 8K.
Cache matters more than most spec sheets admit. The 64MB L3 on the 9955HX and the Max+ 395 is real working-set headroom when several decoders and an export queue compete.
GPU: decide whether you need one, or need a path to one
Three tiers exist here. Integrated-only (GT13 MAX, A9 Max, MS-A2) handles 8K H.265 decode and 4K timelines well, and struggles on sustained node work. Integrated-plus-OCuLink (VTA-439, X8) lets you add a card later on a dedicated PCIe 4.0 x4 link. Integrated-plus-slot (MS-01) gives you a full x16 for a low-profile card from day one.
Discrete built in (G1 Pro) is the only option with dedicated GDDR7 VRAM and no upgrade step required. The RTX 5060’s 8GB does not compete with system RAM for anything, which is the entire point.
RAM: 32GB is the floor, and check the channel count
Scrubbing stutter on an 8K timeline is usually a RAM problem, and the 16GB base configurations most of this category ships with are the direct cause. Treat 32GB as non-negotiable and 64GB as the comfortable tier for Resolve and Fusion work.
Then check dual-channel. Integrated GPUs are memory-bandwidth-bound, and a single DIMM can halve your graphics performance. The Reatan X8 is the machine most likely to arrive with that configuration, but any SO-DIMM mini PC can.
Storage: count M.2 slots, not terabytes
Capacity on the box is not the constraint. Slots are. A single M.2 slot forces an external-drive workflow, which adds transfer time to every project. Three slots with U.2 support, as on the MS-A2 and MS-01, gives you room for a scratch drive, a cache drive and an archive.
For network workflows, look at the port count rather than the headline speed. The MS-01’s dual 10GbE SFP+ with link aggregation is a different proposition entirely from a single 2.5G port.
Display output is not editing capability
Read this twice, because it is the mistake that costs people the most money. HDMI 2.1 and DisplayPort 2.0 describe the maximum image the machine can send to a monitor. They say nothing about whether your GPU can decode 8K ProRes RAW. Several machines on this list advertise quad 8K output and still lean on the CPU for every heavy frame.
What matters for editing is the decode engine: RDNA 3.5 in Radeon 890M and 8060S, Xe cores with AV1 in Intel Arc, or a discrete NVIDIA encoder. Judge the ports for your desk layout, and the GPU for your timeline.
Thermals, noise and barebone buying
Fan noise is a dealbreaker for a specific and sizeable group: anyone recording voiceover or ADR in the same room as their edit machine. The GT13 MAX, A9 Max and MS-01 are consistently reported as quiet. The G1 Pro runs warm with a noticeable fan under sustained load, which is the expected consequence of a 245W envelope.
On barebone units, remember that a barebone config means sourcing RAM and an SSD yourself, and the storage you add is often the one that matters most. If you want our reasoning on smaller and quieter builds, our fanless mini PC guide is worth a read — and for a different niche entirely, our emulation roundup covers where low-power mini PCs genuinely shine.
What 8K Video Editing Actually Demands From a Mini PC
Before comparing chassis, it helps to be precise about the workload. An 8K frame at UHD resolution is 7680 by 4320 pixels, and at 10-bit 4:2:2 that is roughly 330 megapixels of data per frame in YUV space. At 24 frames per second you are asking the decode path to move several gigabits per second, continuously, while also serving your interface, your scopes and your export queue.
The codecs that actually break budget mini PCs
The trap is that not all 8K is 8K. H.264 and H.265 in 8-bit 4:2:0 have hardware decode paths in almost every recent APU, and those timelines will play smoothly on integrated graphics. ProRes RAW, Blackmagic RAW, DNxHR HQX and 10-bit 4:2:2 HEVC are the codecs that hurt. ProRes RAW in particular is decoded on the CPU unless the application can hand off to a fixed-function block, which is why editor forums report proxy generation taking forever or failing outright on machines that are otherwise perfectly capable.
That is the entire reason this guide exists. A machine can advertise 8K display output through HDMI 2.1 while having no hardware path for ProRes RAW whatsoever.
CPU: core count beats peak clock
For 8K editing, the useful ranking is cores and threads first, clock second. Multi-frame decode, ProRes RAW reconstruction, denoise and long export queues all scale with how many threads you can throw at them. A 12-core part running at 5.1GHz will sustain a timeline that a 6-core part running at 5.4GHz will stutter on, every time.
My floor for genuine 8K work is 12 cores and 24 threads. Everything in this list clears it. If you are cutting 4K on a paid client job and only occasionally touching 8K, a Core Ultra 9 185H at 16 cores still qualifies.
GPU: the integrated-versus-discrete line
Radeon 890M and 8060S class integrated graphics handle 8K H.265 decode, timeline playback of lighter codecs, and a surprising amount of Resolve work when the timeline is set to 4K. They hit a wall on heavy Resolve nodes, Fusion 3D, and anything that needs sustained compute rather than decode.
When you cross that wall, your options are a discrete GPU in a mini chassis or an eGPU over OCuLink. The OCuLink path on the VTA-439 and the Reatan X8 runs PCIe 4.0 x4 at up to 64Gbps of theoretical bandwidth, which delivers real desktop card performance rather than the heavily throttled results USB4-based eGPU enclosures produce.
RAM: 32GB is the real minimum
16GB is the number most machines ship with, and it is the number that produces the timeline-stuttering complaints on editing forums. DaVinci Resolve in particular will happily eat 16GB and start swapping to the SSD, which reads as stutter. For 8K with any kind of node work or Fusion, treat 32GB as the floor and 64GB as the comfortable tier.
One trap worth naming: soldered LPDDR5 memory is a genuine long-term value problem. The BOSGAME M5 below is the one machine here with 128GB of onboard LPDDR5X — a phenomenal amount of memory that also cannot be replaced.
The honest Apple Silicon question
Editors on DPReview’s forums and r/colorists keep landing in the same place: Apple Silicon handles 8K with unusual efficiency, and a base Mac mini running DaVinci Resolve has surprised people who expected it to struggle. The reason is unified memory — the CPU and GPU share one large pool with no copy step, which is exactly what a giant 8K frame buffer wants.
So if you cut in Final Cut Pro, the honest answer is that a Mac mini is very likely the better buy, and you should read our Mac mini alternatives roundup before spending on x86. If you cut in Premiere Pro or Resolve on Windows, the mini PCs below are the more flexible and more upgradeable path. If you need something you can carry to a client shoot instead of shipping a tower, our tablet roundup for video editing covers the handheld side of the same problem.
Frequently Asked Questions
What is the best mini PC for video editing?
The GEEKOM A9 Max is the best overall mini PC for video editing, pairing a 12-core Ryzen AI 9 HX 470 with 32GB of expandable DDR5, Radeon 890M graphics and four 8K-capable display outputs without a dock. The BOSGAME VTA-439 is the best value pick thanks to its built-in OCuLink eGPU port, and the GEEKOM GT13 MAX is the cheapest credible entry point for 4K-first editors who only touch 8K occasionally.
Are mini PCs good for video editing?
Yes, for 8K work provided you buy with a clear floor in mind: at least 12 CPU cores, 32GB of RAM, NVMe storage and a modern integrated GPU with hardware decode. Mini PCs give you desktop workstation performance in a fraction of the desk space. They are not good for 8K if you accept a 16GB memory config, or if you need sustained 3D compositing without a discrete GPU.
What is the best CPU for 8K video editing?
Core count matters more than clock speed for 8K. Decode, denoise and ProRes RAW reconstruction all scale with available threads, so prioritise 12 cores and 24 threads as a floor and 16 cores where possible. Among the picks here, the MINISFORUM MS-A2 with its Ryzen 9 9955HX at 16 cores, 32 threads and 64MB L3 cache offers the most CPU headroom, while the BOSGAME M5 matches it with 16 Zen 5 cores.
What GPU is needed for 8K?
For 8K H.265 and 4:2:2 HEVC editing, an RDNA 3.5 integrated GPU such as the Radeon 890M or 8060S is enough for timeline playback and moderate node work. For ProRes RAW, BRAW, heavy Fusion or sustained Resolve rendering, you need dedicated VRAM or an eGPU path. An RTX 5060 built into a mini chassis, or an OCuLink x4 eGPU, covers those workloads.
How much RAM do I need for 8K video editing?
32GB is the real minimum for 8K editing, and 64GB is the comfortable tier if you work in DaVinci Resolve with Fusion or node-based effects. The 16GB configurations that many mini PCs ship with are the direct cause of the timeline stuttering reported on editing forums. Also verify dual-channel memory, because integrated GPUs are bandwidth-bound and a single module can halve graphics performance.
Do I need an eGPU for 8K video editing?
Only if your work includes ProRes RAW, BRAW, heavy 3D compositing or long noise-reduction passes at 8K. For timeline assembly, color work and delivery renders, an RDNA 3.5 integrated GPU is sufficient. If you do want a discrete GPU, choose OCuLink over USB4 u0026mdash; OCuLink provides a dedicated PCIe 4.0 x4 link, while USB4 enclosures lose a large share of the card’s performance.
Should I buy a Mac mini instead for 8K editing?
If you cut in Final Cut Pro, seriously consider it. Unified memory gives Apple Silicon an efficiency advantage with very large 8K frames, and editors on DPReview forums and r/colorists regularly report base Mac minis running DaVinci Resolve better than expected. For Premiere Pro or Resolve on Windows, an x86 mini PC gives you more upgrade paths, OCuLink expansion and far more storage flexibility.
Which Mini PC Should You Buy for 8K Video Editing?
Pick the GEEKOM A9 Max if you want one machine that handles everything on this list without a caveat, and it is our best mini PC for 8K video editing overall. Twelve Zen 5 cores, 32GB of DDR5 expandable to 128GB, four 8K-capable outputs and the largest owner review base in the category make it the safest recommendation we can make in 2026.
Choose the BOSGAME VTA-439 if your 8K work is not yet certain. The OCuLink port means you can start on integrated graphics and add a desktop card when a specific job demands it, with 256GB of RAM and 12TB of storage behind it. Choose the MINISFORUM G1 Pro if you already know you need a discrete GPU today, and the MINISFORUM MS-01 if that card should be a full-length low-profile one on a proper PCIe 4.0 x16 slot.
For decode-bound ProRes RAW and BRAW work, the MINISFORUM MS-A2 gives you the most CPU headroom and the most storage expansion of anything here, accepting a rougher BIOS in exchange. The Reatan X8 suits anyone who wants 48GB of Crucial memory out of the box, provided you confirm dual-channel on delivery. And the BOSGAME M5 is the answer when memory pool size, not graphics, is what binds your workflow — with soldered memory as the permanent price of that.
Whatever you choose, upgrade the memory before the first large project, verify the channel count, and read the codec demands section above rather than the display output claims. That one habit will save you from the single most common disappointment in this category.
