ASUS NUC 14 Pro vs ASUS ROG NUC

Everyday use is well suited on both: the 16 GB NUC 14 Pro with the Core Ultra 7 155H and Windows 11 Pro handles it, and every ROG NUC model does too. The two NUC 14 Pro barebones kits ship without memory or storage, so they are not assessed until built.

Coding is well suited on the 16 GB NUC 14 Pro and on the ROG NUC models with 16 GB or 32 GB. The 8 GB ROG NUC is only workable because of its small memory.

Gaming is where they part ways. The NUC 14 Pro is workable: its Intel Arc integrated graphics suit esports and older titles at 1080p, and ASUS notes they need two SO-DIMMs fitted to reach full performance. The ROG NUC is well suited, with an RTX 4060 Laptop or RTX 4070 Laptop carrying 8 GB of GDDR6 of its own.

Local AI is a poor fit on the 16 GB NUC 14 Pro, since only small quantised models fit as sold. On the ROG NUC it is a poor fit with 8 GB of system memory, and workable with 16 GB or 32 GB alongside the 8 GB of GDDR6; the 32 GB model suits small to mid-size quantised models.

For a homelab both are workable, and each has a single 2.5GbE port. The NUC 14 Pro has one network port; add an adapter for separate physical network links. VLAN routing over a single port is possible with a compatible managed switch and suitable network configuration. As a workstation the NUC 14 Pro is a poor fit, lacking discrete graphics and a card slot, while the ROG NUC is well suited thanks to its discrete GPU.

Neither machine solders its memory; both use two SODIMM slots. The NUC 14 Pro tops out at 48 GB, so the 16 GB model has real headroom, and the barebones kits can be built up to that maximum. The ROG NUC stops at 32 GB: the 8 GB and 16 GB models can grow to it, and the 32 GB model is already there.

Storage favours the ROG NUC, with three M.2 2280 slots against two on the NUC 14 Pro, one 2280 and one 2242. With the factory drive fitted, each still has at least one free slot for an M.2 drive. ASUS does not state the PCIe generation of any M.2 slot, the memory speed or ECC support on either machine.

The NUC 14 Pro has two Thunderbolt ports and three USB-C ports, plus three USB-A ports. The ROG NUC has one Thunderbolt port, one USB-C port, four USB-A ports and an SD card reader.

For screens, the NUC 14 Pro offers two HDMI outputs and no DisplayPort, while the ROG NUC has one HDMI and two DisplayPort outputs. ASUS does not state the HDMI or DisplayPort version or the maximum number of displays for either, so check before planning a 4K setup above 60 Hz, which needs HDMI 2.1 on the computer, the cable and the display.

Networking matches: one 2.5GbE port, Wi-Fi 6E and Bluetooth 5.3 on both, with the wireless module included. The NUC 14 Pro adds a VESA mount and a 19V external supply of 90W or 120W.

The closest comparison sets the 16 GB NUC 14 Pro with the Core Ultra 7 155H and 512 GB against the 8 GB ROG NUC with the same processor, an RTX 4060 Laptop and 512 GB. Chip and storage match, but the ROG NUC adds discrete graphics and has half the memory. For equal memory, the 16 GB ROG NUC with the Core Ultra 9 185H and RTX 4070 Laptop matches the NUC. The barebones NUC 14 Pro kits, with the Core Ultra 7 155H or Core Ultra 5 125H, only compare once you choose their memory and storage.

If you need more memory than either ASUS allows, the MINISFORUM MS-01 is the alternative to look at. It uses an Intel Core i9-13900H rather than the Core Ultra 7 155H and takes up to 96 GB of memory rather than 48 GB. That extra capacity is what decides which local language model sizes fit.