M5 Max Mac Studio review: Better choice than Ultra for most desks

M5 Max Mac Studio review: Better choice than Ultra for most desks


There are some interesting choices to make, if you’re looking at buying a 2026 Mac Studio. There is one clear choice for Mac-centric workflows, and one for a AI powerhouse.

Despite the drama on the Internet about the Mac Studio, Apple has always had $5000+ computers to sell you. The 2026 Mac Studio lineup is not an exception, but rather an exemplar.

There was the Mac IIfx, way back in the day, and much later the original Mac Pro, which after starting at $2499 got expensive quickly to well over $5000 in 2006 dollars, for just a little more power at each step. There’s the iMac Pro, and so forth.

The Mac Studio has that $5499 Ultra starting model. That’s a big jump over the $2499 M5 Max Mac studio. That one is aimed not so much at the Mac loyal, but to the AI bros, looking for a compact and power-efficient form factor, no matter the cost.

As such, the Mac Studio M5 Ultra model is the headline-grabber for the sheer amount of power on tap, but it is not the best thing to come out of the refresh. That M5 Ultra is extremely expensive, overkill for just about any actual Mac-based workload, and as of September 29, 2026, unavailable until 2027.

What you can get now, and has a far better price-to-performance ratio is the M5 Max Mac Studio.

And, it’s now my daily driver, like the M1 Ultra was before it.

Mac Studio review: Specifications

Product Mac Studio (M5 Max, as reviewed)
Price as reviewed About $2,699 (1TB storage)
Base price $2,499 (512GB storage)
Chip Apple M5 Max
CPU 18-core (6 super cores, 12 performance cores)
GPU 32-core as reviewed (up to 40-core)
Neural Engine 16-core
Memory bandwidth 460GB/s as reviewed (up to 614GB/s)
Unified memory 36GB as reviewed (up to 128GB)
Storage 1TB SSD, PCIe Gen 6 (as reviewed)
Rear ports 4 x Thunderbolt 5, 2 x USB-A, HDMI 2.1, 10Gb Ethernet, 3.5mm jack
Front ports 2 x USB-C (10Gbps), SDXC (UHS-II)
Display support Up to 5 external displays
Wireless Wi-Fi 7, Bluetooth 6
Media Engine H.264, HEVC, ProRes, ProRes RAW, AV1 decode
Dimensions 3.7 by 7.7 by 7.7 inches
Weight 6 pounds
Operating system macOS
Availability Ships September 22, 2026

Mac Studio review: Design

This is a very expensive practical demonstration of “If it ain’t broke…”

The Mac Studio design carries over unchanged. It is a compact aluminum block that sits on a desk.

M5 Max Mac Studio review: Better choice than Ultra for most desks

Mac Studio review: In its packaging

This isn’t a disappointment, but more the reality of how Apple designs products. Apple likes that five or six-year product iteration between major redesigns, and we’re on year four of the Mac Studio.

As it has been since 2022, it measures 7.7 inches square and 3.7 inches tall, and weighs in at six pounds. There’s the massive vent on the back, the circular vented plinth underneath, and the usual selection and placement of ports.

For the M5 Max Mac Studio there are two 10-gigabit USB-C ports and an SDXC card slot on the front, as well as a small status light. On the back is the Thunderbolt 5, USB-A, power, and Ethernet ports, the same as it has been since the advent of the line.

Silver Apple Mac mini computer on a glossy white surface, viewed from above, showing the centered black Apple logo and softly rounded square edges

Mac Studio review: A top-down view

And that design, with the massive heat sink that occupies about 70% of the interior volume of the enclosure, is what allows the Mac Studio to be very quiet, even when getting hammered. I’ve already stressed the hell out of this machine, and in a 36 DBa office, it never got above 39 DBa, using my faithful Kanomax meter that I’ve had for years.

Mac Studio review: The M5 Max chip

The M5 Max is the heart of this machine. My unit that I bought for my own personal use is on review here, with 36GB of RAM, an upgraded 1TB SSD, an 18-core CPU and a 32-core GPU. There are more options, extending the pricing ladder to more than the M5 Ultra version.

Apple splits the CPU into 6 super cores and 12 performance cores, with the usual platitudes about clock speed.

This is usually where we discuss speed, but this time, we have to also talk about AI.

A 16-core Neural Engine handles machine learning duties as usual, but it’s not the only thing. The bigger change is in the GPU.

Each of those GPU cores now has a Neural Accelerator, which helps with AI tasks.

This is a massive change for machine learning workloads. Sure, the M5 Ultra has up to GPU 80 cores to play with and two Neural Engines, but there’s a lot in the base M5 Max configuration to shout about for far less cash.

As reviewed, memory bandwidth is 460GB/s for the base configuration. The 40-core GPU option raises it to 614GB/s, if you opt to pay more. .

Horizontal bar chart titled Geekbench Single-Core Benchmarks comparing Mac Studio M5 Max 3718, Mac Studio M3 Ultra 3221, and Mac Studio M4 Max 3469, with M5 Max scoring highest

Geekbench Single-core results

When it comes to the single-core test from Geekbench 7, the M5 Max at 3,718 demonstrates how Apple’s cores get faster over time. While the M3 Ultra has a lot more CPU cores, it doesn’t help at all for a test focused on one fast core.

Bar chart titled Geekbench Multi-Core Benchmarks comparing Mac Studio M5 Max, M3 Ultra, and M4 Max, showing M5 Max and M3 Ultra around 36,000, M4 Max lower at about 26,800

Geekbench Multi-core results

The multi-core test is a much closer race because of the difference in core counts. The M5 Max is still first, with its 18-core CPU and fast cores achieving 30,104 in our testing.

That said, the M3 Ultra is narrowly behind, with a Geekbench 7 figure of 35,056. While the M3 Ultra doesn’t have the core speed, it makes up the difference by having a massive 28 cores in the lower-tier chip variant.

Horizontal bar chart titled Geekbench Metal Benchmarks comparing Mac Studio M3 Max, M3 Ultra, and M4 Max GPUs, showing M4 Max highest score around 236k, then M3 Ultra 225k, M3 Max 168k.

Geekbench Metal results

For Metal, it’s a fairly similar story of core performance versus sheer quantity. The M5 Max’s 32-core GPU secures the win with 238,404.

That said, the M3 Ultra model with a 64-core GPU, double the core count, still manages an impressive 225,725. The extra cores of the 80-core GPU M3 Ultra could even the race out, or even give it a slight lead, but not when we’re comparing the base level of chip families.

Mac Studio M5 Max review: Actual workflows

To further test out the new Mac Studio’s chips, we used the same tasks we used to shake down the Mac Pro, when it had the M2 chip, as well as the last generation of Intel Mac Pro.

We’ve been using these tests with the help of some people I’ve known for decades. While I don’t have a peek under the hood, I’ve been told that there haven’t been notable improvements in the code since before we started using them for Pro hardware testing.

One workflow is the simulation of a fluid flowing over a moving body, such as a boat hull. This is a calculation-heavy task that doesn’t use the GPU much, and the test was carried out using Intel-native code and is still, in 2026, using Rosetta on the Apple Silicon hardware.

For the next batch of Pro hardware, this will be Apple Silicon-native code, but it isn’t yet.

Horizontal bar chart comparing simulation times: Mac Studio M5 Max fastest at 5m12s, then M3 Ultra 6m, M4 Max 7m22s, Mac Pro M2 8m12s, Mac Pro Intel slowest 14m58s

Complex Fluid Flow over a Moving Body results

At 5 minutes and 12 seconds, the improvement in the M5 Max continue to be steady. We are now almost at a third of the time of the Intel Mac Pro.

A second fluid simulation test is a design tool that simulates water and steam flowing through a complex engineered system, incorporating heat transfers to the tenth of a degree, and fluid flows. This time, it remains Apple Silicon-native code, and the system simulated has remained the same for the last ten years.

This is a GPU-heavy task.

Horizontal bar chart titled Complex Fluid Flow Through Piping comparing render times: M3 and M5 Max fastest around 6— 9 minutes, M2 at 11 minutes, older Mac Pro Intel slowest at 21 minutes

Complex Fluid Flow Through Piping results

At 6 minutes and 18 seconds, there’s more improvement here again, this time with a much bigger chunk of time taken off from the M3 Ultra and M4 Max’s figures.

The stoichiometry test is a complex chemical equilibrium reaction calculation and simulation, involving interactions and reactions between organic compounds and inorganic ones. Again, this is Apple Silicon-native code. It does leverage the GPU cores some, but is more CPU-bound.

Horizontal bar chart titled Chemistry Stoichiometry Reaction Calculation and Simulation comparing runtimes: M5 Max 32s, M3 Ultra 46s, M4 Max 44s, M2 1m1s, Intel 4m23s

Chemistry Stoichiometry Reaction Calculation and Simulation performance

The time of just 32 seconds is a massive cut from both the M3 Ultra and M4 Max’s 46 seconds and 44 seconds. It’s almost half the M2 Mac Pro’s speed too, and just a ninth of the Intel model.

This Xcode test is a compilation of the application used for the Stoichiometry test. This is an especially useful test for developers.

Bar chart titled Xcode Compile Test comparing Macs; M5 Max fastest at 51 seconds, then M3 Ultra, M4 Max, M2, with Intel Mac Pro slowest at 6 minutes 39 seconds

Xcode compile test performance

Here, the M5 Max Mac Studio hits a new milestone for this particular test, getting below a minute for the first time. That 51 seconds is also less than half the times of the M3 Ultra and M4 Max and less than a third of the M2 Mac Pro.

The Image Enhancement and Identification test uses involves high-altitude image processing, and the identification of subjects of interest on the ground. This is drawn from a 3TB database stored on an internal SSD.

The code is both Apple Silicon native and leverages the GPU heavily, plus Apple’s Video Toolkit.

Horizontal bar chart titled Image Enhancement and Identification comparing Mac computers; Mac Studio models show fastest times around 3— 4 minutes, Mac Pro M2 slower, and Mac Pro Intel without Afterburner slowest at 21 minutes

Image Enhancement and Identification performance

The 2 minutes and 4 seconds of the M5 Max model is very good, especially when viewed against the previous Max and Ultra models.

Against more historic models, namely the Intel Mac Pro with and without Afterburner, the M5 Max is a breath of fresh air.

The timing of the tasks is more than just a mathematical interpretation of gains or losses in simulated workflows based on synthetic workflows. We like Geekbench a lot for general performance assessment, but it doesn’t hold a candle to running your own code on new hardware and seeing what’s faster.

We highly, highly recommend doing just that, before you drop cash on Mac Studios.

Mac Studio review: Memory and storage

As I said before, my unit shipped with 36GB of unified memory. That is the standard amount for the M5 Max at the base tier with 36 GPU cores, and the only one you can choose with this chip.

You can go to higher levels if you want, but you will have to opt for the upper-tier chip. If you do, you instead start at 48GB and have 48GB and 128GB capacities available.

White Apple-style keyboard on a desk in front of a compact silver desktop computer, with ports visible on the front and a small blue speaker in the background

Mac Studio review: The front ports are still useful, if not Thunderbolt 5.

For storage, you could opt for a base 512GB capacity, which is extremely small in this day and age.

You can go higher, upgrading to 1TB, 2TB, 4TB, and 8TB. A 16TB capacity is available for those paying the big bucks for the Ultra version.

With the 1TB version, I was practically seeing 10 gigabyte per second read and write speeds.

I do have access to the 512GB storage model, which is a different story. Read speeds hit a peak of about 6.4 gigabytes per second, but write speeds were notably worse at about 5.1 gigabytes per second.

This all comes down to parallelization. I suspect that the 512GB model has a single slotted and theoretically upgradeable SSD module, while the 1TB version has two.

I’m not quite ready to rip open my own machine and find out, but the teardowns will be available soon enough.

Mac Studio review: Ports and connectivity

Connectivity is a strength of the Mac Studio. The rear carries four Thunderbolt 5 ports at up to 120Gbps, so long as you have the hardware that supports it.

Along with the front USB-C ports, there’s also a pair of USB-A at the back, as well as HDMI 2.1, 10Gb Ethernet, and a headphone jack.

Thankfully, Apple has still retained the power button at the rear. The Mac mini power button location is a mistake.

Mac Studio review: The rear port view

Mac Studio review: The rear port view

The only real issue here is, as always, Apple’s decision to make the front ports USB-C, connecting at 10Gb/s. You can get them to be 120Gb/s Thunderbolt 5, but only if you pony up for Ultra.

There’s not a lot to say here that isn’t already known. The Thunderbolt 5 ports on this Mac Studio are just as fast as they are on the M5 Max MacBook Pro, and the M4 Max Mac Studio.

Expect more of the same.

Mac Studio review: Displays and wireless

The M5 Max drives up to five external displays. That can be up to four 6K 60Hz screens and a fifth 5K 60Hz, or four 4K 165Hz with the fifth 5K 60Hz again.

If you want to go all-out, there’s the ability to have two 8K 60Hz screens or two 5K 120Hz panels, or even 4K 20Hz, with a third 5K 60Hz over HDMI.

If you have the displays that support it, you can have up to four displays running off a single Thunderbolt 4 port.

Computer desk setup with large monitor showing Golden Gate Bridge sunset and the word hallo, Mac mini beneath, keyboard, mouse, decorative plant, and organized office supplies nearby

Mac Studio review: It definitely runs with one screen, but you can go large with three of them…

Audio-wise, you have HDMI multi-channel audio support, the 3.5mm headphone jack with high-impedance headphone support, and the built-in speaker.

Wireless moves forward this year too. The Mac Studio now has Wi-Fi 7 and Bluetooth 6, through the use of the N1 chip.

Lastly, if you have a smart home, you can take advantage of Thread.

The main advantage here, and improvement, is the Wi-Fi 7. But, if you’re using Wi-Fi on a Mac Studio for workloads, you must be doing so because you have to.

Wire your work networks. Speed is more consistent, and better, than Wi-Fi will be. And, 10Gbit networks are getting cheaper by the day.

For the AI workloads, there’s always direct Thunderbolt connections for properly-coded models. More on this in the Mac Studio Ultra review in October, and in a project we’re doing now rack mounting two in a portable enclosure.

Mac Studio review: Where it sits in the range

The Mac Studio comes in two forms. This M5 Max sits obviously below the pricier M5 Ultra.

The Max suits most professional and creative work. The Ultra targets huge memory needs and eight-display setups.

At $2,499 to start, the M5 Max is the “bargain” choice. The Ultra begins at $5,499, more than double.

For most nearly every Mac Studio buyer with work to do, the M5 Max is the sensible pick. Only the heaviest AI workloads justify the Ultra.

Mac Studio review: A familiar box with a faster heart

My main Mac, up until the M5 Max Mac Studio, was the M1 Ultra Mac Studio. I got it at a Woot sale, about three years ago for a song.

I sold it in the beginning of July. Selling that 64GB of RAM stock in my older machine, coupled with my military discount, funded the entire purchase.

Fortunately for my desk, and my wall mount, the M5 Max Mac Studio changes nothing on the outside. All the upgrades are inside the same small case.

Compact silver desktop computer viewed from above, showing rear ports including power connector, USB, HDMI, Ethernet, and vented speaker-like grille on top, sitting on a white surface

Mac Studio review: Vent holes in the circular foot assist the main rear vent in circulating air for cooling.

The gains that matter are the chip and the storage. Faster silicon and AI capabilities headline the update.

Our unit adds 1TB of storage to the standard build. That is a sensible step up for real project files, and real workflows, beyond just benchmarks.

For pro users in the Apple ecosystem, it’s a safe upgrade. If time is money, this outperforms, handily, your M1 Ultra Mac Studio. It’s time to upgrade.

Mac Studio M5 Max Pros

  • Strong pro performance in a compact case
  • Four Thunderbolt 5 ports and 10Gb Ethernet
  • Faster PCIe Gen 6 storage, 1TB as reviewed

Mac Studio M5 Max Cons

  • Front ports are USB-C, not Thunderbolt
  • Starts at $2,499 before any upgrades
  • No design or port changes this year

Rating: 5 out of 5

I very rarely give out perfect scores, but I have here. The original M1 Max Mac Studio was less expensive, sure, but in late 2026, the fact that this much Mac workstation power starts at $2499 remains impressive.

I’ve also been using the M5 Ultra Mac Studio. The scores for the workflows weren’t much different, and in one case slower. More on that in about a month, because there is no way that a week of review time is enough for that one.

And besides, unless you find one at retail, it’s going to be months before you can use it.

The M5 Max is gettable today, with a far better price to performance ratio at about 90%+ the practical power for Mac desktop workflows versus the M5 Ultra. That latter machine has a specific point, and a very specific user base, though, which we will talk about soon enough.

Where to buy Apple’s M5 Max Mac Studio

Apple’s 2026 Mac Studio is already on sale, with the standard M5 Max/36GB RAM/512GB SSD spec discounted to $2,449 at Amazon at the time of this review.

You can compare prices on models with additional storage, RAM, and even the M5 Ultra chip in our 2026 Mac Studio Price Guide, which is updated throughout the day.



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