Quick Summary (TL;DR):
For a Proxmox host that runs many CPU-heavy virtual machines, the Minisforum MS-A2AliExpress price is the stronger fit when configured with a Ryzen 9 7945HX or 9955HX: those versions offer 16 cores/32 threads, the platform is advertised for up to 96GB DDR5, and its PCIe and three NVMe positions make a dense lab practical. For a mixed home lab with Plex/Jellyfin transcoding, USB4 peripherals and moderate VM loads, the Intel-based MS-01AliExpress price is often the more balanced choice: Core i5-12600H, i9-12900H and i9-13900H options, Intel Quick Sync support on the relevant processors, two USB4 ports and a lower advertised 64GB RAM ceiling. Both have two 10GbE SFP+ and two 2.5GbE RJ45 ports plus a low-profile PCIe expansion slot. Do not mistake the MS-A2’s USB-C 10Gb/s ports for USB4, or its physical PCIe x16 slot for x16 electrical bandwidth. Check the precise CPU, firmware, regional SKU and complete barebones cost before ordering. This is a manufacturer-specification and documentation comparison, not a hands-on benchmark or compatibility certification.
MS-01 vs MS-A2: Specifications That Actually Affect a Home Lab
The two machines look remarkably similar on a desk. Both are compact workstations with enterprise-flavoured networking and unusual expansion options for their size. Their meaningful differences are CPU topology, memory ceiling, integrated video engine and external I/O rather than case dimensions. Specifications below describe the manufacturer-listed versions and must be matched to the actual product configuration at checkout.
| Feature | MS-01 (Intel) | MS-A2 (AMD) | Why it matters |
|---|---|---|---|
| Listed CPU options | Core i5-12600H (12C/16T); i9-12900H or i9-13900H (14C/20T) | Ryzen 9 7945HX or 9955HX (16C/32T); other regional listings include 7745HX and 8945HX | More Ryzen cores can help many active VMs; a lighter lab may not use them. |
| Maximum advertised RAM | 64GB, two DDR5 SO-DIMMAliExpress price slots | 96GB, two DDR5 SO-DIMM slots | Memory pressure often arrives before CPU saturation. |
| Integrated graphics | Intel Iris Xe eligible; Intel Quick Sync on listed i9-13900H | AMD Radeon 610M on listed 7945HX/9955HX | Intel media-acceleration ecosystem is an advantage for a mixed Plex host. |
| High-speed network | 2 × 10GbE SFP+ | 2 × 10GbE SFP+ (Intel X710 listed) | Similar network architecture; SFP+ is not copper RJ45. |
| Copper network | 2 × 2.5GbE RJ45 | 2 × 2.5GbE RJ45 (Intel I226-V + Realtek RTL8125 listed) | Different NIC silicon can affect drivers and virtual firewall plans. |
| SSD bays | 3 × NVMe M.2; one position alternatively supports U.2 | 3 × NVMe M.2; one position alternatively supports U.2 | U.2 and its paired M.2 position are not four independent drives. |
| PCIe card slot | Physical x16, electrically up to PCIe 4.0 x8; low-profile single-slot | Physical x16, electrically PCIe 4.0 x8; manufacturer describes bifurcation | Check clearance, risers, power and IOMMU groups. |
| Rear high-speed USB-C | 2 × USB4 | 2 × USB 3.2 Gen 2 (10Gb/s) with DisplayPort Alt Mode | USB4 storage/docks cannot be assumed to run at USB4 speeds on MS-A2. |
| Power supply | 19V external adapter | 19V/12.63A external adapter listed | Adapter rating is a maximum capability, not measured wall draw. |
| Chassis size | 196 × 189 × 48mm | 196 × 189 × 48mm | Both need airflow around the enclosure. |
Source: Minisforum EU MS-01 specification, Minisforum EU MS-A2 specification, AMD 9955HX specifications and Intel 13900H specifications. Listings and available configurations can change; confirm your exact unit.
Which Should You Buy? A Workload-Based Verdict
| Your main job | More sensible starting point | Reason / exception |
|---|---|---|
| Proxmox host for several busy Linux and Windows VMs | MS-A2 Ryzen 9 7945HX/9955HX | 16 cores/32 threads and up to 96GB advertised RAM; still size for real simultaneous demand. |
| Plex or Jellyfin plus a few services | MS-01 | Intel Quick Sync is a practical differentiator; confirm codec and software support. |
| 10GbE router, lab firewall, VLAN and NAS access | Either | Both have two SFP+ and two 2.5GbE; driver and management details decide. |
| High-speed USB4 enclosure or dock | MS-01 | Two USB4 ports are advertised; MS-A2 lists 10Gb/s USB-C instead. |
| Lots of containers, Home Assistant and one or two VMs | Cheaper correctly configured unit, possibly neither | A lower-power, less expensive mini PC may be sufficient; avoid paying for idle CPU. |
| External PCIe NIC or storage controller | Either, after fit and IOMMU checks | Both offer a low-profile x16 physical slot with x8 electrical bandwidth. |
| Small always-on storage server with 4–8 SATA HDDs | Usually neither as the only storage box | Both are NVMe-oriented; an appropriate NAS chassis offers easier drive access and cooling. |
Our default recommendation: choose MS-A2 if the work is genuinely VM-heavy and 64GB is a limiting factor; choose MS-01 if media acceleration and USB4 matter. If the machine will only run Home Assistant, DNS, MQTT and a modest Docker stack, start with a smaller system rather than buying either flagship workstation.
CPU: Ryzen 16 Cores vs Intel Hybrid Cores
The 9955HX is a Zen 5 processor with 16 cores and 32 threads, while the 7945HX is a Zen 4 16-core/32-thread option. Intel’s i9-13900H uses 6 performance cores plus 8 efficient cores, giving 14 cores/20 threads; the i5-12600H and i9-12900H configurations differ again. A thread count is not a benchmark, and core scheduling, memory, sustained cooling and the number of simultaneously active guests all matter.
In Proxmox, assigning 4 vCPUs to ten VMs does not mean forty dedicated physical cores are needed. Most lab guests spend considerable time idle. Conversely, several Windows VMs doing builds, databases, transcoding and CI simultaneously can consume real CPU and memory. For an idle-heavy lab, the i5 MS-01 may feel very similar to a far more expensive processor. For sustained parallel compilation or a dense test environment, the Ryzen 9 variants have a clearer rationale.
CPU power specifications are not wall-socket consumption figures. AMD quotes a 55W default TDP for the 9955HX with configurable limits; Minisforum also advertises higher turbo behaviour. Intel processor power ratings similarly do not establish the total system’s idle draw. The BIOS power profile, NICs, SSDs, SFP+ modules, fans and guest activity influence the bill. Without the same test configuration and a power meter, an idle-wattage ranking would be guesswork.
RAM: The Most Important Practical Difference May Be 64GB vs 96GB
Minisforum lists two SO-DIMM slots and up to 64GB for the MS-01; the MS-A2 is listed with up to 96GB. The Ryzen 9955HX platform supports up to 96GB according to AMD. Treat these as supported/advertised configurations, not permission to assume every memory kit, rank, timing and BIOS revision works. A larger maximum is valuable only if you actually plan to populate it.
| Illustrative Proxmox memory budget | Reserved RAM |
|---|---|
| Proxmox host and background services | 4GB |
| Home Assistant OS VM | 4GB |
| Linux application VM with Docker | 8GB |
| Windows 11 test VM | 12GB |
| Second Windows or development VM | 16GB |
| Database and monitoring VMs | 8GB |
| Filesystem cache / free headroom | 12GB |
| Total planned | 64GB |
This illustrative allocation already fills 64GB; it is not a recommended fixed setting for everyone. Additional VMs, ZFS ARC, Frigate workloads or more Windows guests create a real reason to move beyond that limit. On the other hand, 96GB is wasteful for a host whose normal peak usage is 18GB. Ballooning and memory overcommit can help with occasional spikes, but cannot replace physical RAM for simultaneous hard workloads.
- Prefer a validated 2 × 32GB kit if 64GB is the final target; plan 2 × 48GB only on the MS-A2 after confirming current BIOS and kit compatibility.
- Budget RAM as part of the system price. A barebones MS-A2 without memory is not directly comparable to a configured MS-01.
- Check SO-DIMM speed and generation for the chosen CPU. The MS-A2 listing specifies DDR5-5600 for Ryzen 9000 and DDR5-5200 for Ryzen 7000.
- Do not assume ECC operation: an ECC-capable CPU or memory module does not by itself certify ECC support on a particular motherboard and firmware.
Networking: Four Ports Do Not Automatically Mean a Better Router
Both machines advertise two 10GbE SFP+ ports and two 2.5GbE RJ45 ports. This is an unusual amount of network connectivity for a small workstation, but the physical port labels do not tell you which Linux interface name will appear after installation. The MS-A2 specification identifies an Intel X710 10GbE controller, an Intel I226-V 2.5GbE controller and a Realtek RTL8125 2.5GbE controller. The MS-01 has its own Intel-based network implementation; verify the precise controllers and firmware of the unit you buy.
A 10GbE SFP+ socket is not a 10GBASE-T RJ45 jack. A short DAC cable can be the lowest-cost and lowest-power way to connect a compatible nearby switch; fibre optics require appropriate modules and fibre; RJ45 SFP+ transceivers need compatibility and heat checks. A 10GbE switch, the transceivers and suitable cabling can easily change which host is the better-value purchase.
A sensible Proxmox port plan
| Physical connection | Example assignment | Operational caveat |
|---|---|---|
| 2.5GbE RJ45 #1 | Proxmox management and ordinary LAN | Keep a known-good management path during bridge changes. |
| 10GbE SFP+ #1 | Storage traffic to NAS / NFS / SMB / backup server | Only useful when the NAS and switch can actually sustain it. |
| 10GbE SFP+ #2 | Isolated test network or second storage uplink | Do not assume link aggregation doubles a single flow. |
| 2.5GbE RJ45 #2 | OPNsense/pfSense lab WAN or separate VLAN trunk | Do not attach a test WAN to your production LAN by mistake. |
For a virtual firewall, a Linux bridge with virtio NICs is simpler than PCIe passthrough in many cases. Passing through a whole NIC can reduce flexibility and complicate host recovery. For a lab using SR-IOV, first verify firmware settings, IOMMU grouping, NIC driver and VF support on the exact hardware. Neither the presence of an Intel NIC nor an SFP+ port alone guarantees your preferred SR-IOV layout.
If you need remote console and power recovery, Intel vPro/AMT is not the same as IPMI, and its availability depends on the exact MS-01 SKU, chipset, NIC/firmware path and configuration. Do not buy based solely on a reseller badge saying “vPro”. The AMD MS-A2 should not be assumed to offer equivalent out-of-band management. For unattended remote sites, a smart PDU, independent access path and tested BIOS auto-power-on may matter more than theoretical management features.
NVMe Storage and U.2: Plan the Actual Slot Map
Both are designed primarily for NVMe SSDs, not a stack of 3.5-inch hard drives. The MS-01 lists one PCIe 4.0 x4 NVMe position, one PCIe 3.0 x4 and one PCIe 3.0 x2. The MS-A2 lists one PCIe 4.0 x4 M.2/U.2 position plus two other NVMe slots that are PCIe 3.0 x4 by default but can be configured for PCIe 4.0 x4 in BIOS, according to Minisforum. Read the slot diagram before buying expensive PCIe 4.0 drives for every bay.
“M.2/U.2” indicates a shared/alternative connection, not an extra fourth SSD bay. A U.2 drive’s physical thickness, bracket, thermal requirements and cable routing matter. The advertised maximum SSD capacities are product claims and can vary by generation and module dimensions. For a Proxmox host, drive durability, heat and backup design generally matter more than a synthetic peak sequential throughput figure.
Three storage layouts worth considering
- Simple host: one quality NVMe SSD for Proxmox and guest disks; send scheduled backups to a separate NAS. Least complex, but the host has a single local storage failure domain.
- Mirror-first host: two suitable NVMe SSDs in a mirrored ZFS pool for critical local guests; reserve the third slot for a separate workload or scratch volume. Mirroring improves availability but is not a backup.
- Storage-heavy lab: keep local boot/VM storage on NVMe, place bulk media and long-term backups on a dedicated NAS with serviceable 3.5-inch drives. 10GbE may be useful for large backups, but is not mandatory for Home Assistant.
If you use ZFS, allow RAM for caching and avoid cheap, thermally constrained SSDs with unsuitable write endurance. If you pass disks or a controller to a storage VM, make sure the guest receives stable direct access and that the IOMMU grouping does not force unwanted devices into the same isolation group. This is an architecture decision, not a guaranteed one-click setting on either system.
PCIe Expansion: A Physical x16 Slot Is Not x16 Bandwidth
Both have a physical PCIe x16 slot operating at up to PCIe 4.0 x8, with the low-profile, single-slot enclosure imposing its own restrictions. The MS-A2 product page explicitly describes support for splitting x8 into two x4 links. That can be attractive for specialist storage or networking expansion, but an adapter’s electrical bifurcation support, the firmware settings, available power and mechanical fit all need checking. Do not assume a passive dual-NVMe carrier works just because the slot is physically x16.
High-power, full-height or dual-slot GPUs are poor candidates for an internal installation. Even a nominally low-profile accelerator can exceed available cooling or slot power. A PCIe 4.0 x8 link is substantial for many NICs and controllers; the real constraint may be the bracket, fan clearance or shared lanes rather than the advertised bus generation. Confirm whether any internal SSD, U.2 configuration or other function shares resources before finalising the expansion plan.
Plex, Jellyfin and Frigate: Do Not Confuse CPU Power with Media Capability
For media workloads, the MS-01 has an important Intel Quick Sync advantage. Intel documents Quick Sync on the Core i9-13900H; the actual usable codec set and acceleration path depend on the processor, drivers, OS, container/VM configuration and the application. A video that direct plays needs little transcoding power; a subtitle burn-in or incompatible remote client may be far more demanding. Test your real codec and client mix before making a purchase.
The MS-A2 Ryzen 9 9955HX/7945HX variants are listed with Radeon 610M integrated graphics. This is a modest iGPU; the 16-core CPU count does not imply a stronger media engine. Hardware acceleration can work on supported AMD/Linux software stacks, but compatibility and passthrough details vary. Neither system should be sold as guaranteed to handle a specified number of simultaneous 4K transcodes without testing that exact software and media.
Plex hardware transcoding can also depend on a qualifying Plex Pass subscription and supported platform features; Jellyfin has its own hardware acceleration configuration. For a media-first server, consult our published Plex/Jellyfin hardware-transcoding NAS guide before paying a premium for a CPU you will not use. Frigate object detection, recording and video decoding are separate workloads: a powerful CPU does not eliminate the need to choose a supported accelerator or adequate storage.
USB4 vs USB-C: The Easy Specification Mistake
The MS-01 product sheet specifies two USB4 ports. The MS-A2 sheet specifies two USB 3.2 Gen 2 Type-C ports at 10Gb/s with DisplayPort Alt Mode. USB-C describes the connector; it does not promise USB4, Thunderbolt or 40Gb/s data. If your setup needs a fast external NVMe enclosure, eGPU-related experimentation, a particular dock or multiple high-bandwidth peripherals, the MS-01 may be preferable. Verify your actual dock/enclosure compatibility, cable and power requirements; USB4 availability alone is not a guarantee of every Thunderbolt accessory feature.
Proxmox Compatibility: Check Before You Trust the Host with Data
Proxmox VE supports Intel VT/AMD-V virtualisation and, for PCIe passthrough, requires working VT-d/AMD-Vi/IOMMU support across CPU, motherboard and firmware. Both workstation families are plausible Proxmox hosts, but manufacturer Windows support is not the same as a published Proxmox certification. Linux kernel versions, firmware updates, NIC revisions, SSD controllers and USB peripherals can change behaviour. Proxmox recommends sufficient RAM for guests and extra memory for ZFS/Ceph, plus fast reliable storage.
Practical preflight checklist
- Confirm the exact order: CPU suffix, RAM and SSD inclusion, regional power lead, BIOS version, and whether it is a new or refurbished unit.
- Update firmware carefully: follow the vendor procedure, document settings, and do not interrupt an update; keep a recovery plan.
- Enable virtualisation: check SVM/AMD-V and IOMMU on AMD, or VT-x and VT-d on Intel, as appropriate.
- Install Proxmox on local storage: start with a single working management NIC and a reachable web interface before experimenting with bridges.
- Identify hardware rather than guessing: record NIC PCI IDs, driver names, NVMe models and actual link rates.
- Test shutdown and restore: simulate host restart, UPS signalling, network loss and a full VM restore before treating it as dependable.
# Read-only inspection commands on a Linux/Proxmox host
lscpu | grep -E 'Model name|Virtualization|CPU\(s\)'
lspci -nn | grep -Ei 'ethernet|network|vga|3d|non-volatile'
ip -br link
lsblk -o NAME,MODEL,SIZE,TYPE,MOUNTPOINTS
find /sys/kernel/iommu_groups/ -type l | head -30
# A missing IOMMU-group listing may mean firmware/kernel IOMMU is disabled.The commands above are inspection only; they do not configure PCIe passthrough or modify a disk. For a separate installation walkthrough, see Home Assistant OS vs Docker vs Proxmox and Home Assistant on Proxmox: Zigbee and Thread USB Passthrough. These published guides cover workload and radio choices rather than MS-A2-specific firmware.
How Much Will the Complete Home Lab Actually Cost?
Avoid comparing a barebones MS-A2 price with a fully configured MS-01 price. Prices and stock change rapidly between the UK, EU and other regions, so use current regional checkout totals instead of stale headline discounts. This table is a purchase worksheet, not a fabricated price list.
| Cost component | MS-01 checklist | MS-A2 checklist |
|---|---|---|
| Base workstation | Exact i5/i9 SKU; barebones or configured? | Exact 7745HX/7945HX/8945HX/9955HX SKU; barebones or configured? |
| RAM | Price of supported 32GB/64GB kit | Price of supported 64GB/96GB kit |
| Local SSDs | One to three NVMe drives, correct PCIe speeds | One to three NVMe drives; check BIOS Gen3/Gen4 setting |
| Network hardware | SFP+ DAC/transceivers, compatible switch, cables | Same; check SFP+ module thermal/power needs |
| Backup | NAS/USB/off-site backup and restore time | Same; more VMs can mean larger backups |
| UPS | Capacity for host, switch and storage | Capacity for host, switch and storage |
| Electricity | Measured idle and typical wall draw | Measured idle and typical wall draw |
| Support | Shipping, VAT, warranty and return route | Shipping, VAT, warranty and return route |
Whole-system cost formula: delivered base unit + supported RAM + SSDs + SFP+ accessories/switch + backup storage + UPS + five years of measured electricity + any paid software or support. If you already own a NAS and 10GbE switch, do not count them twice; if you need to buy them solely for this host, they belong in the decision.
Five-year electricity example (not measured MS-01/MS-A2 results)
For a machine running 24/7, annual kWh = average wall watts × 8,760 ÷ 1,000. At an illustrative electricity tariff of £0.25/kWh, each sustained extra 10W costs £21.90 per year, or £109.50 over five years, before tariff changes. This is a sensitivity calculation, not a measured comparison between these two machines.
| Illustrative average wall power | Annual energy | Annual cost at £0.25/kWh | Five-year cost |
|---|---|---|---|
| 20W | 175.2kWh | £43.80 | £219.00 |
| 35W | 306.6kWh | £76.65 | £383.25 |
| 50W | 438.0kWh | £109.50 | £547.50 |
| 75W | 657.0kWh | £164.25 | £821.25 |
Measure power at the wall with the final RAM, SSDs, network links and representative workloads. A CPU TDP, a 240W adapter rating or an online idle figure from another configuration cannot substitute for that measurement. If you have a smart energy monitor, the same approach is useful for NAS and UPS sizing. The cost of the whole storage and networking setup may exceed the difference between the two processors.
Which Configuration Would We Build?
A compact mixed-services lab
MS-01 with i5-12600H or i9-12900H/13900H depending on actual workload: start with 32–64GB supported DDR5, a reliable NVMe boot/VM drive, a separate backup destination and one known-good 2.5GbE management link. Add 10GbE only if there is a real storage workload. This is a sensible direction for Home Assistant, development containers, a couple of VMs and media serving where Intel Quick Sync is useful. The i5 can be the value choice; an i9 is not automatically required.
A VM-dense development or testing lab
MS-A2 with Ryzen 9 7945HX or 9955HX: consider 64GB initially, or a confirmed 96GB kit if the memory budget demands it. Use a deliberate SSD layout, test the 10GbE ports and thermal behaviour, and allocate vCPUs from observed concurrent demand. A 16-core CPU only pays for itself if the guests can use the parallel capacity. If the machine hosts irreplaceable data, external backups and recovery tests remain essential.
A storage-first household
Neither as the only NAS by default: use a purpose-built 4-bay or larger NAS for bulk HDD storage and a mini PC for compute when that separation fits your budget. You gain easier drive replacement and avoid relying on a stack of external USB disks. See Mini PC Plus NAS vs a NAS-Only Home Server for the architecture trade-off.
Mistakes to Avoid Before Ordering
- Buying the wrong CPU variant: MS-A2 listings can mix 7745HX, 7945HX, 8945HX and 9955HX; not all have the same core count or graphics.
- Assuming 96GB on MS-01: the vendor lists 64GB; a processor datasheet’s larger theoretical capacity is not a motherboard validation.
- Assuming USB4 on MS-A2: its listed USB-C ports are 10Gb/s USB 3.2 Gen 2.
- Counting four SSD slots: U.2 is an alternative to a shared M.2 position.
- Confusing physical and electrical PCIe width: both advertise physical x16, up to x8 electrical.
- Buying SFP+ without a link plan: DAC, optics and RJ45 modules are not interchangeable and may have different heat and switch requirements.
- Equating vPro with guaranteed remote console: check exact SKU, firmware, port and management setup.
- Assuming the most powerful CPU is best for Plex: codec engines and application support matter more than core count.
- Trusting a RAID mirror as a backup: accidental deletion, ransomware and site damage still require independent copies.
Frequently Asked Questions
Is the MS-A2 faster than the MS-01 for Proxmox?
The 16-core/32-thread Ryzen 9 MS-A2 variants have more potential for heavily parallel VM workloads than the listed Intel MS-01 configurations. That does not guarantee a faster result for one lightly loaded VM, Plex transcoding, storage I/O or low-latency work. Compare the exact CPU variants and the workload, not just model names.
Can both use 10GbE without an add-in card?
Yes. Both advertise two built-in 10GbE SFP+ interfaces. You still need compatible switch ports, DAC cables or transceivers. Neither has a built-in 10GbE RJ45 socket according to the cited product sheets.
Can I install 96GB RAM in an MS-01?
Minisforum advertises a 64GB maximum for MS-01. Some processors may have different theoretical memory limits, but unsupported configurations are not a dependable purchasing assumption. MS-A2 is the advertised 96GB option; verify its BIOS and memory-kit compatibility.
Does the MS-A2 have USB4?
Not according to the current Minisforum MS-A2 specification used here. It lists two USB-C USB 3.2 Gen 2 10Gb/s ports with DisplayPort Alt Mode. MS-01 lists two USB4 ports. Check the exact regional SKU and vendor specification rather than relying on the USB-C connector shape.
Are these good TrueNAS or Unraid machines?
They can run storage-related services, but they are NVMe-centric compact workstations with limited internal 3.5-inch HDD accommodation. For a large array of SATA drives, a NAS-oriented chassis, HBA and accessible drive bays usually make more sense. For Proxmox with a separate NAS, either is much more naturally suited.
Do I need 10GbE for Home Assistant or small Docker services?
No. Home Assistant, DNS and most light services need little network bandwidth. 10GbE is more useful for large file transfers, multi-VM storage or frequent backups to a fast NAS. A good 2.5GbE network may be plenty; see our published 2.5GbE switch guide.
Which is better for a Proxmox firewall VM?
Either can provide enough interfaces. The important differences are supported NIC drivers, firmware stability, safe bridge design and whether you require PCIe passthrough or SR-IOV. Do not move your only management port into a firewall VM until you have tested recovery from a failed guest.
Final Verdict
Buy the MS-A2 for a genuinely VM-dense lab that can use 16 Ryzen cores and more than 64GB of RAM. Buy the MS-01 for a versatile Intel-based lab where Quick Sync, USB4 or a lower-cost i5 configuration are more useful than maximum CPU parallelism. Both offer excellent networking on paper; neither makes 10GbE accessories, SSD reliability, backups or tested recovery optional. The correct purchase is the one whose specific configuration meets your actual workload and full five-year budget.
Related esp32.co.uk/ Guides
- Home Assistant OS vs Docker vs Proxmox — choose the deployment model before buying hardware.
- Home Assistant on Proxmox: Zigbee and Thread USB Passthrough — radio and device mapping considerations.
- Best NAS for Plex and Jellyfin Hardware Transcoding — media-first hardware priorities.
- Mini PC Plus NAS vs a NAS-Only Home Server — split compute from bulk storage.
- Best 2.5GbE Switches for a Smart Home and Home Lab — when 10GbE is unnecessary.
Official Specifications and Documentation
- Minisforum EU: MS-01 — official product and port specifications
- Minisforum EU: MS-A2 — official CPU, slot, network and USB specifications
- Minisforum global: MS-A2 — model variants and detailed I/O
- AMD: Ryzen 9 9955HX processor specification
- Intel: Core i9-13900H processor specification
- Proxmox: Virtual Environment system requirements
- Proxmox VE administration guide — storage and PCIe passthrough