N100 vs N150 Mini PC, Plus the N200: Which Chip to Pay For

What changed is the clocks. CPU turbo rises from 3.4GHz to 3.6GHz, and the graphics clock from 750MHz to 1.0GHz on the same 24 execution units. Nothing else in the specification sheet moves.

That makes the N150 a speed bin, not a new architecture. Software that runs on one runs identically on the other, including Proxmox, OPNsense, Home Assistant OS and Windows 11. Drivers are shared too, so a Linux kernel that knows the N100's graphics knows the N150's.

• Same socket class: both are soldered BGA parts, so no board takes either chip as an upgrade.
• Same memory rules: one SO-DIMM or soldered LPDDR5, 16GB official, 32GB widely reported to work.
• Same I/O budget: nine PCIe 3.0 lanes, which caps how many NICs, SSDs and SATA ports a maker can hang off either one.

The N200 is the odd one out. It is an Alder Lake-N chip from the N100's own 2023 launch, with a 3.7GHz turbo and 32 graphics units instead of 24. Makers put it mostly in laptops and a smaller number of mini PCs, which is why it shows up in searches but rarely on shelves.

A four-core chip rated at 6W spends most of its working life below maximum turbo. How close it gets depends on the sustained power limit the box maker programs, and on how well the cooler holds temperature. A generous N100 box can outrun a tightly limited N150 box.

For single-threaded work, the extra 200MHz shows up as slightly faster page loads and app launches. You would struggle to tell them apart in a browser. In multi-core work like compressing files or compiling code, the gap stays in the same single-digit range, because both chips hit the same power wall.

Media decoding is not one of those places. Both chips carry the same fixed-function decoders for AV1, HEVC, VP9 and H.264. A 4K stream plays identically on either, and a Plex or Jellyfin server transcodes through the same Quick Sync hardware. Idle power is also effectively the same, since the silicon and the base power rating did not change.

That is a third more graphics hardware, landing in roughly the same place as the N150's higher clock by a different route. On the CPU side the N200 turbo is 3.7GHz, 300MHz above the N100.

• Pick an N200 box for light gaming, emulation up to the PS2 era, or three screens of busy dashboards.
• Skip it for a firewall, a NAS or Home Assistant, where the graphics sit idle and the extra EUs buy nothing.
• Check the memory: more EUs want more bandwidth, and a single DDR4-3200 channel can starve them where LPDDR5-4800 would not.

The catch is supply. N200 mini PCs are scarce next to the N100 and N150, and many older N200 designs have given way to N150 or N250 versions. At an N100 price, an N200 box is a fair buy for media or light play.

What the N100's iGPU can run in games carries over to the N150 and N200, each a small step up.

On paper that isolates the processor. The S12 Pro ships with four 10Gbps USB ports, two HDMI 4K@60Hz outputs, Wi-Fi 6 and a 2.5G LAN port. The S13's stated configuration is 16GB DDR4, a 500GB M.2 SSD and 4K output; confirm its port layout on Beelink's spec sheet before assuming it copies the S12 Pro.

Beelink markets the S13 as an upgraded N100. That is fair: it is the same class of machine one chip generation on, not a different product.

What separates them in practice is age and price. The S12 Pro has been around longer, so its firmware, Linux quirks and memory compatibility are well mapped by owners. The S13 is newer and gets the same treatment over time.

1. Compare the two at the same memory and storage size, not the cheapest version of each.
2. If the S13 is within a small margin, take it for the graphics clock.
3. If the S12 Pro is clearly cheaper, spend the difference on a bigger SSD instead.

The S12 Pro and the plain S12 differ in more than the name; Beelink's N100 range breaks down the versions sold under each.

Use the chip name as a tie-breaker, not a starting point. A box with 16GB, a 2.5GbE port and two M.2 slots is a better home server on an N100 than an 8GB, gigabit, single-slot box on an N150.

• Home server, NAS, Home Assistant: either chip. Buy on ports and drive slots; see the homelab guide.
• Office desk and browsing: either chip. Buy on memory, 16GB first.
• Media box behind a TV: either chip for playback; the N150 for a smoother interface on a 4K screen.
• Light gaming and emulation: N150 or N200, ideally with LPDDR5.
• Firewall: either chip; NIC quality matters more. Several N100 firewall appliances now ship with the N150 anyway.

One more check: some boxes keep N100 in the product name after switching to the N150, or the reverse. Trust the specification lines and the model name, and if they disagree, ask the maker before ordering. The N100 spec sheet, line by line, shows what else to verify.