Best Mini PC Under $300 (2026): 7 Configurations Worth Buying

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The best mini PC under $300 is not the one with the highest benchmark score — it is the one whose exact configuration matches the job you are buying it for. That distinction matters more in this bracket than anywhere else in the mini PC market, because sub-$300 systems are built to a cost, and the cost is paid somewhere specific: in soldered memory, in a single Ethernet port, in a storage slot that never sees NVMe, or in a chassis name that quietly changes processor between production batches.

The structural trade-off in this price band is between two families. Intel N95, N100 and N150 systems spend their budget on efficiency and a Quick Sync media engine that handles H.264 and HEVC hardware encode/decode plus AV1 hardware decode — the cheapest credible path to a 24/7 Plex or Jellyfin box. Ryzen 5000-class and Barcelo-R systems spend the same money on cores and threads instead: eight cores and sixteen threads in the case of a Ryzen 7 5700U, which is a different class of machine for compiles, containers, emulation and desktop multitasking, but with a media engine that stops at H.264/HEVC and VP9 decode.

This roundup covers seven configurations under the ceiling, plus one technically excellent machine that no longer qualifies. Each entry lists the shipped CPU, memory topology, storage positions and networking layout — because at this price, those four things decide whether the machine you receive can do the job, far more than the model name on the box. Idle power, media-engine capability and NIC count get the same weight as CPU benchmarks.

It is written for people buying a specific machine to do a specific thing: a media server that stays on, a firewall with two physical interfaces, a small Proxmox node, a quiet office desktop, or the cheapest complete Windows PC that does not embarrass itself.

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Quick Picks

What Makes a Great Mini PC Under $300?

The CPU choice is really a media-engine choice

Below $300 you are picking between Intel Alder Lake-N / Twin Lake and older Ryzen silicon, and the deciding factor is usually what the integrated media block can decode in hardware. The Intel N95, N100 and N150 graphics — 24 EUs on the N100/N150, 16 EUs on the N95 — carry Quick Sync with H.264/AVC and H.265/HEVC hardware encode and decode plus AV1 hardware decode. None of them encode AV1 in hardware.

The Ryzen 5000 family used in this bracket is a different proposition. The Ryzen 7 5700U's Vega 8 block handles H.264/HEVC encode and decode and VP9 decode, with no AV1 acceleration of any kind. The Ryzen 5 7430U is the same story: despite the 7000-series model number it is a Barcelo-R part with Vega 7 graphics, not a Phoenix chip, so it does not inherit Phoenix's AV1 support. If hardware transcoding is central to the purchase, that single fact narrows the shortlist to the Intel systems immediately.

Memory topology decides upgradability and iGPU bandwidth

Integrated graphics use system RAM as video memory, so memory topology has two consequences at once. The Intel N95 and N150 platforms are single-channel designs — a single SO-DIMM is the norm, and the official ceiling on the N150 is 16GB. That is workable for containers, Home Assistant, Pi-hole and a light Plex install, but it is a hard wall for Proxmox consolidation.

The two Ryzen systems here take two SO-DIMMs in matched pairs: 2×8GB DDR4-3200 in both the DreamQuest Mini Plus and the KAMRUI 5700U. Dual-channel operation gives the Vega graphics more bandwidth than a single module would, and both machines accept larger kits — 32GB documented on the DreamQuest listing, 64GB advertised on the KAMRUI. At the opposite end, the MOREFINE M1T ships 8GB of soldered LPDDR5 that can never be replaced. Capacity you cannot add later is capacity you must buy on day one.

Networking: count the ports, not just the link speed

A single 2.5GbE port is fast and useful for NAS transfers, but it is still one interface. Running pfSense or OPNsense on a single NIC means VLAN trunking, a managed switch and a router-on-a-stick configuration that is harder to recover when something goes wrong. The ASUS NUC 14 Essential, the MINISFORUM UN150P and every Intel N-series pick here have exactly one RJ45 port. The DreamQuest Mini Plus is the only machine in this roundup with two physical Ethernet interfaces, and they are Gigabit rather than 2.5GbE — a lower ceiling but genuine WAN/LAN separation without an adapter.

Storage: slot count and protocol, not peak throughput

M.2 is a form factor, not a protocol. Slots in this bracket accept SATA, PCIe 3.0 x4, or both, and a shipped "M.2 SSD" can be either. The GEEKOM Air12 Lite's single 2280 slot runs SATA or PCIe Gen3 x4, the MINISFORUM UN150P pairs an M.2 slot with a 2.5-inch SATA bay and a microSD reader, and the DreamQuest advertises two M.2 positions — one PCIe, one SATA. For a small NAS that second position matters far more than sequential speed, because a mirrored boot device or a separate VM datastore needs a second place to live.

Idle watts are the spec nobody publishes

The processor's base power is not the system's draw at the wall. An N150 rated at 6W does not produce a 6W mini PC, and vendors rarely publish a wall measurement. Where independent testing exists it is worth more than any datasheet: the MINISFORUM UN150P measured 6W at idle and 29W at full load, while a comparable N150 homelab box measured 9.3W at idle and 25W under a stress workload. On a machine that runs continuously, that gap is a real operating cost, and it comes from the board, the NICs, the storage and the firmware power profile rather than the CPU alone.

Configuration drift is the biggest hazard in this bracket

Chassis names get reused across processor generations. The GEEKOM Air12 line spans N95 and N100 variants depending on listing and region. The ACEMAGIC T8 family has appeared with N95, N100 and N97 hardware. Amazon listings get refreshed under a fixed ASIN with different RAM or storage. Before buying, confirm four things on the exact variation: the CPU, whether memory is soldered or SO-DIMM, the storage protocol per slot, and the Ethernet controller.

The Best Mini PC Under $300

#1 MINISFORUM UN150P — The Best Sub-$300 Machine to Leave Running

Specs

• CPU: Intel N150, 4 cores / 4 threads, up to 3.6GHz, 6W processor base power
• Graphics: Intel UHD-class, 24 EUs up to 1GHz, Quick Sync with H.264/HEVC encode-decode and AV1 decode
• Memory: 16GB DDR4-3200, one SO-DIMM, single-channel, 16GB documented ceiling
• Storage: 512GB M.2 2280 (SATA or PCIe), plus an internal 2.5-inch SATA bay and a microSD slot
• Networking: 1× 2.5GbE; Intel AX101 Wi-Fi 6, Bluetooth 5.2
• Ports: 2× USB-A 5Gbps, 2× USB-A 10Gbps, 1× USB-C with DisplayPort and 15W power output, 2× HDMI 2.1 TMDS
• Dimensions: approximately 127.5 × 112.4 × 39.9mm, around 349g

The UN150P is the most defensible recommendation in this roundup for anyone whose mini PC will never be switched off, and the reason is measured data rather than marketing copy. Independent testing recorded 6W at the wall at idle and 29W at maximum load, with the CPU holding at or below approximately 87°C after more than two hours of sustained load. Noise was around 34dB(A) close to the chassis and just over 20dB(A) at one meter, which means effectively inaudible at idle in a normal room.

The feature set supports the same conclusion. A 2.5GbE port, an M.2 slot that accepts SATA or PCIe drives, a separate 2.5-inch SATA bay for a mirrored dataset or bulk media, and a microSD reader for a cheap boot device or config backup — that is a topology built for a machine that accumulates roles over time. Quick Sync makes it a genuine hardware-transcoding host for Plex or Jellyfin at a power level where running it 24/7 is defensible.

Two limitations deserve naming. First, it is a single-channel, 16GB-ceiling platform; if your plan involves multiple Windows VMs or a large ZFS dataset, that ceiling arrives sooner than you expect. Second, the firmware is sparse — independent testing specifically called out the absence of performance and fan profiles, so there is little to tune. Linux support is functional rather than flawless: an Ubuntu 24.04.1 install completed with working Wi-Fi and Bluetooth, but the same test hit an initial 800×600 display issue and a Bluetooth audio output problem.

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Pros

• Measured 6W idle, 29W load — a particularly well-documented power profile here
• 2.5GbE plus a second internal SATA position
• Quick Sync with AV1 hardware decode
• Triple display output including a DP-capable USB-C port

Cons

• Single memory channel with a 16GB ceiling
• Very limited BIOS options
• Only one physical Ethernet port
• Linux peripherals work but needed troubleshooting in testing

Verdict: For a 24/7 Home Assistant, Plex or light Proxmox node, this is the configuration to beat in the bracket.

Perfect for: the buyer who wants a low-power always-on server with a documented power figure and a place to add a second drive.

#2 ASUS NUC 14 Essential N150 Kit — The Pick for Support and Longevity

Specs

• CPU: Intel N150, 4 cores / 4 threads, up to 3.6GHz, 6W processor base power; VT-x, EPT and VT-d
• Graphics: Intel Graphics, 24 EUs up to 1GHz, Quick Sync
• Memory: barebone — one DDR5-4800 SO-DIMM slot, 16GB official maximum
• Storage: barebone — M.2 2280 NVMe PCIe Gen3 x4 (regional kit documentation also lists a 2242 SATA option)
• Networking: 1× Realtek RTL8125-class 2.5GbE; Intel Wi-Fi 6E AX211, Bluetooth 5.3
• Ports: front 2× USB-A 3.2 Gen2 and 1× USB-C 3.2 Gen2; rear 2× USB-A Gen2, 1× USB-C Gen2 with DisplayPort 1.4, 1× USB-A 2.0; HDMI 2.1 TMDS and DisplayPort 1.4
• Dimensions: 135 × 115 × 36mm, 480g, VESA bracket supplied
• No USB4 or Thunderbolt

Everything about this kit is the opposite of the Chinese-brand value play. You supply the RAM, the SSD and the operating system, which means the completed machine stays inside the bracket only if you choose components sensibly — but what you get in return is a platform with a named 2.5GbE controller, Intel AX211 wireless, a supplied VESA bracket and official operating-system support for Windows 11, Ubuntu 24.04 LTS and Red Hat Enterprise Linux.

That last point is not marketing. Official Linux support on a mini PC is unusual at this price, and it changes the risk profile of a headless deployment: you are installing onto a platform the vendor documents and patches, rather than onto a chassis whose ACPI tables were validated against one Windows image. For an office machine that has to survive three years, or a small virtualisation host that has to be recoverable after a failed kernel upgrade, that documentation is worth more than a bundled 512GB drive.

Two caveats. The 16GB DDR5 ceiling on a single SO-DIMM is the same structural limit as the Intel N150 platform generally, so plan for containers before heavy VMs. And because this is a barebone, the completed system inherits the component choices you make — a mainstream 500GB-class NVMe and a single 16GB DDR5 module are the sensible pairing. Power and noise figures published for the same chassis with a Core 3 N355 processor (approximately 5.4W average idle, 29.2W average load, 25dB(A) idle) describe a different processor and should not be read as N150 results.

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Pros

• Official Windows 11, Ubuntu 24.04 LTS and RHEL support
• Named 2.5GbE controller and Intel Wi-Fi 6E
• DDR5 memory and a 2.5GbE port at a barebone price point
• Triple 4K display capability, VESA bracket included

Cons

• No RAM, no SSD, no OS in the box
• 16GB single-DIMM ceiling
• One Ethernet port only — not a bare-metal router
• No USB4 or Thunderbolt

Verdict: The most maintainable platform in this bracket, provided you are comfortable assembling and installing your own storage and OS.

Perfect for: documented Linux desktops, long-life office deployments and lightweight Proxmox or Home Assistant hosts where 16GB is enough.

#3 DreamQuest Mini Plus — Dual NICs and Six Cores in One Chassis

Specs

• CPU: AMD Ryzen 5 7430U, Zen 3 Barcelo-R, 6 cores / 12 threads, 2.3GHz base, up to 4.3GHz boost, 15W class
• Graphics: Radeon Vega 7; H.264/HEVC hardware encode-decode, no AV1 acceleration
• Memory: 16GB DDR4 dual-channel (2×8GB), user-upgradable to 32GB per listing
• Storage: 512GB M.2 2280; two M.2 positions advertised — one PCIe, one SATA, up to 2TB each
• Networking: 2× Gigabit Ethernet; Wi-Fi 6, Bluetooth 5.3
• Ports: 2× full-function USB-C at 10Gbps with data, video and power delivery, plus 4× USB 3.2 5Gbps; dual HDMI and DisplayPort, triple 4K60 output
• Deployment: PXE boot, Wake-on-LAN, RTC wake and auto power-on
• OS: Windows 11 Pro preinstalled; Ubuntu compatibility stated

This is the outlier of the roundup: six Zen 3 cores, dual-channel memory, two M.2 positions, two USB-C ports and two physical Ethernet interfaces from a brand with a fraction of ASUS's support footprint. On the spec sheet it beats everything else here for the money, and the dual Gigabit ports are the only genuinely router-friendly networking in the entire shortlist — physical WAN and LAN separation without a managed switch, a VLAN trunk or a USB adapter.

The main counterweight is certainty. There is no detailed first-party technical page for this exact revision, no independent wall-power measurement, and no long-term reliability sample. For a desktop, an emulation box or a secondary service host, that risk is easy to accept. For a remote, headless machine that has to be recoverable after a firmware or driver problem, a thinner documentation trail is a real cost — and it is the reason this sits below the ASUS and MINISFORUM picks despite the stronger hardware.

One expectation to set correctly: the 7430U's Radeon Vega 7 has no AV1 hardware acceleration, and the "7000-series" name does not change that. It is a Vega-era media engine, and CPU-side AV1 transcoding on a 15W-class part is not something to plan around.

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Pros

• Two physical Gigabit Ethernet ports — unique in this roundup
• 6 cores / 12 threads with dual-channel DDR4
• Two M.2 positions and two full-function USB-C ports
• PXE, Wake-on-LAN, RTC wake and auto power-on documented

Cons

• Thin support and documentation footprint
• No AV1 hardware acceleration
• Gigabit rather than 2.5GbE
• Power and thermal performance are not independently documented

Verdict: The strongest raw specification in this roundup, and the only machine in the bracket that can act as a dual-interface firewall without workarounds.

Perfect for: a secondary firewall or router appliance, a multi-service home server, and anyone who needs threads more than they need Quick Sync.

#4 KAMRUI Ryzen 7 5700U — The Most CPU You Can Buy in the Bracket

Specs

• CPU: AMD Ryzen 7 5700U, Lucienne, 8 cores / 16 threads, 1.8GHz base, up to 4.3GHz boost, 15W default TDP with a 10–25W configurable range
• Graphics: Radeon Vega 8, 8 cores up to 1900MHz; H.264/HEVC encode-decode and VP9 decode, no AV1
• Memory: 16GB DDR4-3200 as 8GB + 8GB dual-channel; listing advertises expansion to 64GB
• Storage: 512GB M.2 2280 NVMe; listing advertises upgrade to 2TB
• Networking: 1× Gigabit Ethernet; Wi-Fi 6, Bluetooth 5.2
• Ports: 1× USB-C at 5Gbps plus 4× USB 3.0 Type-A; HDMI and DisplayPort, dual 4K output
• Deployment: auto power on, PXE boot, Wake-on-LAN and RTC wake advertised
• Dimensions: 120 × 120 × 40mm, VESA bracket included

Eight cores and sixteen threads in a sub-$300 mini PC is a different category of machine from everything else on this list. Compiles, multiple concurrent containers, software emulation, video encoding on the CPU and heavy desktop multitasking all benefit from threads that a four-thread N150 simply does not have. Paired with dual-channel DDR4, it is also the only pick here whose integrated GPU has meaningful memory bandwidth without caveats.

It is not the right machine for a media server. Vega-era Ryzen graphics do not accelerate AV1, and Quick Sync's encode/decode path is both faster and better supported in Plex and Jellyfin than the AMD equivalent on Linux. Add a single Gigabit port and you have a box that is excellent at general compute and mediocre at the two things Intel N-series systems do cheaply: hardware transcoding and firewall duty.

This is also a long-lived listing rather than a new design — it has been on sale since 2023 and remains a current configuration. That longevity is mildly reassuring for parts availability; it also means the firmware is mature and unlikely to receive meaningful feature updates.

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Pros

• 8 cores / 16 threads — the highest thread count under the ceiling
• Dual-channel DDR4 with expansion to 64GB advertised
• NVMe storage with upgrade headroom
• Long-running SKU with mature firmware

Cons

• No AV1 hardware acceleration, weaker transcoding path than Quick Sync
• Only one Gigabit Ethernet port
• Older platform being sold at the top of the bracket
• No independent power or noise measurements available

Verdict: If your workload is compiles, containers, emulation or desktop multitasking rather than media serving, this is the most capable CPU in the price band.

Perfect for: developers, tinkerers running CPU-heavy services, and emulation builds that need cores rather than codecs.

#5 GEEKOM Air12 Lite — The Supported Complete Office PC

Specs

• CPU: Intel N100, 4 cores / 4 threads, up to 3.4GHz, 6W processor base power
• Graphics: Intel UHD Graphics, 24 EUs, Quick Sync with H.264/HEVC encode-decode and AV1 decode
• Memory: 8GB DDR4-3200 in one 260-pin SO-DIMM; chassis documentation supports up to 16GB
• Storage: 256GB M.2 SSD; single M.2 2280 slot supporting SATA and PCIe Gen3 x4, up to 1TB documented
• Networking: 1× 1GbE; Wi-Fi 5, Bluetooth 5.1
• Ports: 4× USB 3.2 Gen2 and 2× USB 2.0 (six total, no USB-C), HDMI 2.0 and DisplayPort 1.4, front-panel header
• Dimensions: 135.5 × 115.5 × 34.5mm, VESA mounting supported
• Cooling: dual-heatpipe active cooler positioned for continuous operation

The Air12 Lite is the sensible complete system in this roundup: it arrives with Windows, memory, storage and a three-year warranty structure from a vendor with a support portal, and its single SO-DIMM means the 8GB shipping configuration is not a dead end — you can move to 16GB later. Six USB ports, dual display output and VESA mounting make it a straightforward office, signage or HTPC machine, and Quick Sync keeps it credible as a light media server.

What it is not is a homelab platform. One Gigabit port and one primary storage slot put it behind the MINISFORUM and DreamQuest machines for anything involving multiple services, a second drive or network separation. There is also a revision trap worth knowing about: GEEKOM's current Air12 Lite documentation leads with an N95 variant, while this configuration ships an N100. The two processors are not equivalent — the N95 carries a 15W base power and 16 execution units against the N100's 6W and 24 EUs — so validate the CPU on the exact listing before ordering, and do not carry N95 thermals or power expectations over to the N100 build.

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Pros

• Complete system with Windows, RAM and SSD included
• RAM is a replaceable SO-DIMM, not soldered
• Established warranty and support structure
• Dual-heatpipe active cooling designed for continuous use

Cons

• Only 8GB and 256GB as shipped
• Single Gigabit port, no USB-C
• Wi-Fi 5 and Bluetooth 5.1 are a generation behind
• N95 and N100 revisions share the Air12 Lite name

Verdict: A safe, well-supported complete machine for office and media duties — just not the one to build a homelab around.

Perfect for: buyers who want a working Windows PC out of the box with a documented upgrade path for memory.

#6 ACEMAGIC Vista Mini V1 — Smallest Footprint on the List

Specs

• CPU: Intel N150, 4 cores / 4 threads, up to 3.6GHz, 6W processor base power
• Graphics: Intel Graphics, 24 EUs up to 1GHz, Quick Sync
• Memory: 16GB DDR4-3200, single-channel SO-DIMM implementation
• Storage: 512GB M.2 SSD; one M.2 2280 position accepting SATA or PCIe, retail documentation advertises expansion to 2TB
• Networking: 1× Gigabit Ethernet; Wi-Fi 6-class on some revisions, Bluetooth revision inconsistently documented
• Ports: 2× USB 3.2 Gen2 Type-A and 2× USB 2.0 Type-A (no USB-C), HDMI 2.0 and DisplayPort 1.4
• Dimensions: approximately 100 × 100 × 33mm, VESA bracket advertised
• OS: Windows 11 Pro preinstalled

At roughly 100mm square, the Vista V1 is the smallest machine here by a clear margin, and for a compact desktop, an HTPC behind a television or a signage PC that is the entire argument. It ships with 16GB of DDR4 and a 512GB SSD, so it is also a complete machine rather than a project.

The caveats are the ones that recur across low-cost mini PC brands. The RAM ceiling for this specific revision is reported inconsistently between resellers, the wireless module varies by production batch, and the official documentation trail is thinner than on the ASUS or GEEKOM equivalents. With one Gigabit port and a single primary M.2 slot, this is also the least expandable machine in the roundup for anything homelab-shaped — a single 2.5GbE N-series box such as the UN150P costs the same order of money and does considerably more with it.

Treat the Vista V1 as what it is: a small, quiet, complete Windows appliance with an Intel N150 and Quick Sync inside. Buy it for the enclosure size, not for the platform.

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Pros

• Smallest chassis in the bracket at roughly 100 × 100 × 33mm
• 16GB DDR4 and 512GB SSD included
• Intel N150 with Quick Sync and AV1 hardware decode
• VESA mounting for monitor or wall installation

Cons

• Single Gigabit port and one primary M.2 slot
• Memory ceiling and wireless module vary by revision
• No USB-C
• Sparse third-party documentation

Verdict: The right choice only if physical size is the deciding constraint; otherwise a 2.5GbE N150 box buys more capability.

Perfect for: compact desktops, HTPCs and signage deployments where desk or shelf space is the priority.

#7 MOREFINE M1T — The Cheapest Complete PC Here

Specs

• CPU: Intel N95, Alder Lake-N, 4 cores / 4 threads, up to 3.4GHz, 15W processor base power
• Graphics: Intel UHD Graphics, 16 EUs up to 1.2GHz, Quick Sync with H.264/HEVC encode-decode and AV1 decode
• Memory: 8GB LPDDR5, soldered, not upgradeable
• Storage: 512GB NVMe SSD shipped; the M1T line spans no-SSD through 1TB configurations
• Networking: one RJ45 Ethernet port; Wi-Fi 5, Bluetooth 4.2
• Displays: dual-display support up to 4K60
• Form factor: approximately 3.5 × 3.5 × 1.6 inches, active cooling
• OS: Windows configuration

The M1T exists to answer one question: what is the least you can spend on a complete Windows mini PC that still runs Quick Sync? On that narrow brief it delivers — an N95 with the same Alder Lake-N media engine as the N100, 512GB of NVMe storage and a chassis small enough to disappear behind a monitor.

It also makes the clearest case for the argument that cheap is not the same as inexpensive. The 8GB of LPDDR5 is soldered, so there is no upgrade path, and it rides on a platform Intel specifies as single-channel with a 16GB maximum. The Ethernet controller and speed are unspecified for this configuration, and the wireless is a generation behind at Wi-Fi 5 and Bluetooth 4.2. The N95's 15W processor base power is a thermal-design figure for the CPU, not the system's draw at the wall, and this build has no independent wall measurement.

That combination — soldered 8GB, an undocumented NIC and no measured power figure — means the M1T is a disposable appliance rather than a platform. For a Home Assistant instance, a Pi-hole, a media endpoint or a light desktop, that is a fair trade at the bottom of the bracket. For a Proxmox node it is the wrong machine, and the same money spent on a 2.5GbE N150 box with a replaceable SO-DIMM buys several more years of usefulness.

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Pros

• The lowest entry point to a complete Quick Sync mini PC with 512GB of NVMe
• Small chassis, dual 4K60 display support
• Same Alder Lake-N media engine as the N100
• Active cooling

Cons

• 8GB soldered LPDDR5 with no upgrade path
• Ethernet controller and speed undocumented for this configuration
• Wi-Fi 5 and Bluetooth 4.2
• No independent power or noise measurements

Verdict: Buy it as a single-purpose appliance, not as a computer you will grow into.

Perfect for: Pi-hole, DNS filtering, a single-container Home Assistant install or a cheap 4K media endpoint.

Comparison Table

Why the GMKtec NucBox G3 Plus Isn't Ranked Here

The G3 Plus is a technically excellent N150 homelab machine: an Intel I226-V 2.5GbE controller, an M.2 2280 PCIe 3.0 NVMe position plus a separate M.2 2242 SATA position, one DDR4 SO-DIMM, and a VESA bracket in a 114 × 106 × 42.5mm chassis. Independently measured, it drew 9.3W at idle and 25W under a stress-ng workload, 26.3W in a Geekbench multicore run and 28.5W in an HPL workload.

It is not in this roundup because it no longer lands inside the sub-$300 bracket on current listings. That is the specific failure mode that makes budget mini PC roundups unreliable: a machine can remain an excellent computer while ceasing to be a good value at a given price, and the chassis name survives the price change. The same discipline applies elsewhere in the shortlist — no current i3-N305 or Core 3 N355 Amazon configuration clears the ceiling as a complete system, and the residual sub-$300 Ryzen value has shifted toward 5700U stock and 7430U-class machines rather than higher-tier Ryzen parts.

Two practical notes from the G3 Plus data are worth carrying to any purchase in this bracket. First, its I226-V interface reached 2.35Gbps forward but only 1.40Gbps in reverse in the same test — a reminder that a 2.5GbE badge does not guarantee symmetric throughput. Second, the review sample arrived with dried thermal paste, and repasting lowered SoC temperatures by roughly 3–5°C, with further improvement from additional airflow. If you buy a low-cost mini PC and it runs warmer than you expect, paste condition and airflow are the first two things to check.

If the G3 Plus is the machine you want, watch its listing rather than its reputation: when it sits inside the bracket it deserves a place on this list, and it is the strongest homelab design in its class when it does.

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Frequently Asked Questions

Conclusion

The sub-$300 mini PC market rewards precision over enthusiasm. The single most reliable way to end up with the wrong machine is to buy a chassis name instead of a configuration, because the names persist across processor generations, memory types and network controllers while the specifications underneath them change. Check the CPU, the memory topology, the storage protocol and the Ethernet controller on the exact variation you are ordering — four fields that determine nearly everything about what the machine can do two years from now.

Ranked purely on what each machine does well, the MINISFORUM UN150P is the best sub-$300 mini PC for an always-on server, the ASUS NUC 14 Essential N150 kit is the most maintainable platform, the DreamQuest Mini Plus is the only genuine dual-NIC option, and the KAMRUI Ryzen 7 5700U is the one to buy when threads matter more than transcoding. The remaining three — GEEKOM Air12 Lite, ACEMAGIC Vista Mini V1 and MOREFINE M1T — are competent complete systems for office, HTPC and appliance duty, and each is the right answer to a narrower question.

Whichever you choose, buy for the workload rather than the benchmark. A 6W-idle N150 with 2.5GbE and a spare SATA bay will outlast a faster machine that runs out of memory, ports or storage positions in its first year.

→ Check current pricing on the MINISFORUM UN150P