Apple Mac Studio (M5 Max)

It suits developers, writers and office workers who already live in macOS and want a compact box with room for several monitors and fast wired networking. The 18 cores and 460 GB/s of memory bandwidth leave good margin for compilers, browser tabs and big documents running side by side.

Skip it if you want a machine you can open up and extend later, or a box that hosts virtual machines and storage around the clock. Skip it too if local language models are the point, because 36 GB cannot grow after purchase and this build is a poor fit for that work.

Everyday work: well suited. The 18-core M5 Max, 36 GB of memory and a 512 GB NVMe drive cover browsing, office work and video calls with room to spare.

Coding: well suited. Many cores and 460 GB/s of memory bandwidth help with builds, containers and several editors open at once on macOS.

Homelab: a poor fit. There is one network port, no M.2 slot, no SATA bay and no PCIe slot, and the memory is soldered, so there is nowhere to add the drives, ports or memory a server box tends to collect.

Local AI: a poor fit. Memory capacity decides which models fit, and the operating system keeps about 8 GB of the 36 GB for itself, leaving the rest for a model and its runtime. The 460 GB/s bandwidth helps generation speed, but capacity is the limit here, and it cannot be raised after purchase.

Workstation: workable. The 18 cores and 36 GB can take on heavier creative and engineering jobs, but another build of the same chassis meets the workstation bar and this one does not.

This retail build pairs the M5 Max and its 32-core GPU with 36 GB of unified memory and 512 GB of NVMe storage, sold new with macOS. Because the memory is soldered and there is no M.2 slot, the build you buy is the build you keep, so choose capacity up front. This one suits everyday work and coding. If workstation jobs are the goal, another build of the same chassis meets that bar, and Apple's memory ceiling for the Mac Studio is 128 GB.

There are no memory slots and the 36 GB is soldered, so Apple's ceiling of 128 GB is only available by choosing a larger build at the time of purchase. Storage is the same story: the 512 GB NVMe drive is all there is, with no M.2 slot and no SATA bay. Extra space has to live outside the case, on an SD card, a drive on the USB or Thunderbolt ports, or a network share over the 10GbE port.

Apple supports up to 5 displays. One screen can use the HDMI 2.1 output, and the others connect over the USB-C ports, which support DisplayPort alt mode, since there is no full-size DisplayPort output. For 4K above 60 Hz over HDMI you also need an HDMI 2.1 cable and an HDMI 2.1 input on the screen.

Alongside sit six USB-C ports, four Thunderbolt ports, two USB-A ports and an SD card reader. Networking is one 10GbE port plus Wi-Fi 7 and Bluetooth 6. For external expansion there are the four Thunderbolt ports; there is no USB4 port and no OCuLink.

The 36 GB of memory is soldered and cannot be expanded, and there is no M.2 slot, SATA bay or PCIe slot for later additions. There is a single network port and no VESA mount, so it sits on the desk rather than behind a monitor. Apple does not state the thread count, the amount or type of graphics memory, the memory speed, ECC support or the TDP.

The HP Z2 Mini G1a swaps the Apple M5 Max for an AMD Ryzen AI Max PRO 385 and steps down from 10GbE to 2.5GbE networking, so it is the one to weigh if you want an AMD platform and can live with the slower port. The ASUS ROG NUC 15 uses an Intel Core Ultra 9 275HX with discrete graphics instead of integrated, which makes it worth a look if a dedicated graphics chip matters more to you than macOS.