MINISFORUM MS-S1 Max

It suits people whose work is limited by memory rather than by a graphics card: running language models locally, hosting several virtual machines, or compiling large codebases on 16 cores and 32 threads. Homelab builders get two 10GbE ports and Wi-Fi 7 without adding cards.

Skip it if you mainly browse, write and stream, because it is far more machine than daily work needs. Skip it too if gaming is the priority, since there is no discrete GPU and no OCuLink port. And if you like adding memory later, this is the wrong box: the memory is soldered and there are no slots.

Everyday use is well suited, and then some: sixteen cores and at least 64 GB of memory go far beyond what mail, browsing and office files ask for.

Coding is well suited. Sixteen cores, 32 threads and up to 128 GB of memory handle large builds and containers, and four USB4 ports leave room for displays and fast external storage.

Gaming is workable. The Radeon 8060S is integrated and draws on the shared memory, with no discrete GPU and no OCuLink port on this chassis.

Homelab use is well suited. Two 10GbE RJ45 ports and two M.2 2280 slots cover a virtualization host or a small storage server, and because the memory is soldered, 128 GB is both the installed and the final capacity on the larger models.

Local AI is well suited. The LPDDR5X-8000 is unified memory shared with the graphics, so most of it can be allocated to the Radeon 8060S instead of a fixed split; the operating system keeps its share and the platform sets the ceiling. There is also an NPU with 50 TOPS. Generation speed has not been measured.

Workstation use is well suited, with 64 GB or 128 GB of unified memory for memory-hungry professional software.

All three configurations use the 16-core Ryzen AI Max+ 395, the Radeon 8060S, LPDDR5X and Windows 11 Pro. What separates them is memory, storage and release year: the 64 GB model with 2000 GB of storage is the 2026 release, while both 128 GB models date from 2025. The 64 GB model is still well suited to local AI and workstation work. The 128 GB model with 2000 GB doubles the memory, which matters because it can never be added later. The 128 GB model with 4000 GB adds room for model files and VM images. Choose 128 GB for bigger models or more virtual machines.

Memory cannot be upgraded: it is soldered, there are no memory slots, and 128 GB is the maximum. Settle on your capacity at purchase, because the 64 GB model will never grow.

Storage has more room. There are two M.2 2280 slots, both PCIe generation 4, so you can add a second drive alongside the first or swap the first for a larger one. The supplied drive is NVMe PCIe 4.0, in 2000 GB or 4000 GB depending on the model. A PCIe slot with 4 lanes is also available for an expansion card.

For screens, you get one HDMI 2.1 output and four USB-C ports with DisplayPort alt mode; there are no full-size DisplayPort outputs. MINISFORUM does not state the maximum number of displays, so check before planning a multi-monitor desk. Five USB-A ports handle keyboards, mice and older drives. Networking is two 10GbE ports plus Wi-Fi 7, with the wireless module included. There are four USB4 ports, and no Thunderbolt or OCuLink port. There is no SD card reader, and the case can be VESA mounted.

The memory is soldered, so the 64 GB model stays at 64 GB for life. There is no OCuLink, no Thunderbolt, no full-size DisplayPort output and no SD card reader. MINISFORUM does not state the graphics memory allocation, memory bandwidth, ECC support, M.2 SATA support, SATA bays, Bluetooth, the DisplayPort version or the maximum number of displays.

When you compare other machines, start with the memory ceiling and whether it is soldered, since 128 GB fixed at purchase defines this one. Then weigh the network ports against the two 10GbE here, the USB4 count against these four, and whether an OCuLink port or a discrete GPU matters more to you than shared memory.