New Mac Studio Arrives with M5 Max and M5 Ultra
New Mac Studio Arrives with M5 Max and M5 Ultra
Apple updated its professional desktop computer Mac Studio with M5 Max and new M5 Ultra chips. From the outside, there is almost no change; Mac Studio still uses the same characteristic chassis, which is small, simple and does not take up much space on the desk. The real change is inside. In this generation, Apple focuses especially on local artificial intelligence, 3D production, high-definition video, visual effects, software development and big data workloads.
According to the company's own data, the new Mac Studio can offer up to 4.3 times higher performance in some AI tasks, up to 1.8 times in graphics tasks and up to 1.3 times on the CPU side compared to the previous generation. There is also talk of an increase of up to two times in storage performance. However, not all of these figures are general performance differences that will be seen in every application; The “up to” values given by Apple based on certain tests and workflows.
What makes the new Mac Studio really interesting for creative professionals isn't just the more powerful processors. Apple is increasingly trying to move the desktop to a point between a classic workstation and a local AI server.
The Design Didn't Change Because There Was No Need to Change It
When Mac Studio was first introduced in 2022, it became one of Apple's most interesting desktop designs. Resembling an enlarged version of the Mac mini, the 19.7-centimeter square body packed quite high processing power into a volume that could be easily positioned on the desk.
Apple has not changed this design in the new generation.
This may seem like a conservative choice at first glance. However, in the professional workstation world, changing the case design every generation often does not create real value for the user. The current form of Mac Studio already has a functional balance in terms of ports, cooling and desk usage.
Apple's approach is familiar here: augmenting the interior architecture rather than reinventing the exterior design.
After all, the new Mac Studio may be difficult to distinguish visually from the previous generation; On the performance side, the difference is much larger, especially in certain professional jobs.
M5 Max: The Real Sense Model for Designers, Photographers and Video Professionals
There is M5 Max on the starting side of Mac Studio. According to Apple's official statement, the chip comes with an 18-core CPU; The GPU side can be configured up to 40 cores. The addition of Neural Accelerator to each core of the GPU is one of the most important architectural changes of this generation. The combined memory capacity can go up to 128 GB, and the memory bandwidth can go up to 614 GB/s in the top configuration.
These figures are more meaningful in terms of creative work.
Most users will not need such high hardware power in classic 2D applications such as Photoshop, Illustrator or InDesign. However, hardware limits are felt much faster in teams that simultaneously process high-resolution RAW photos, create After Effects compositions, color edit in DaVinci Resolve, and prepare Blender or Cinema 4D scenes.
In Apple's tests, the new Mac Studio with M5 Max can be up to 3 times faster in Magic Mask operations in DaVinci Resolve Studio and up to 1.4 times faster in Maxon Redshift rendering compared to its M4 Max-based predecessor. An increase of up to 3.9 times in LLM prompt processing performance in LM Studio is also stated.
Therefore, the M5 Max model is not just a “very powerful Mac”; It is especially positioned for creative teams that use design, motion, video and AI tools on the same workstation.
M5 Ultra: Apple's Most Powerful Chip Yet
The real technical show is on the M5 Ultra side.
Apple describes the M5 Ultra as the most powerful Apple Silicon chip it has ever developed. The top configuration has a 36-core CPU and 80-core GPU. What is even more remarkable is that it can offer up to 512 GB of combined memory and 1.2 TB/s memory bandwidth.
The concept of "unified memory" is important here.
In traditional workstation systems, CPU memory and GPU memory can be used as separate pools. In Apple Silicon architecture, the CPU and GPU can access the same high-speed memory pool. This has a serious advantage, especially with giant AI models and large 3D data sets.
512GB of combined memory may sound almost unnecessarily high for a desktop computer. However, the user Apple targets the M5 Ultra is not an ordinary user anyway.
Large language models.
Scientific datasets.
VFX scenes.
Hundreds of gigabytes of video projects.
Local AI inference.
For such tasks, memory is not only the capacity to open applications, but also directly determines the limit of the work that can be done.
How was M5 Ultra Made? This Time The Structure Is Even More Interesting
There is also a significant change in the technical architecture of the M5 Ultra.
Apple explains that it has created an M series architecture consisting of four dies for the first time by connecting two dual-die M5 Max structures with the new generation UltraFusion technology. The connection bandwidth exceeds 4.4 TB/sec and the system can use these four parts as a single processor on the software side.
This method is important for Apple because it can continue to increase performance in the desktop workstation class without changing the small physical size of Mac Studio.
The user does not manage four separate processors.
macOS sees a single system.
This constitutes one of the strongest aspects of the Apple Silicon approach: the complexity in the hardware is hidden from the user as much as possible.
Mac Studio is Now an AI Workstation
The most obvious change in Apple's new Mac Studio launch is that the company now puts AI as centrally as graphics or video when talking about performance.
With the M5 Ultra, the new Mac Studio delivers up to 4.3x higher performance on some AI tasks compared to the M3 Ultra. Compared to the M1 Ultra, the difference can be up to 9.8 times. Thanks to the 512 GB combined memory, it is aimed to run large models containing hundreds of billions of parameters entirely on the device.
This has an important consequence for the creative sector.
Today, many generative AI systems run on the cloud. When we want to produce images, videos or text, the data is sent to other companies' servers and usage is often charged through credits, tokens or subscription systems.
In local models, work can take place directly on the user's computer.
The advantages of this are obvious:
higher privacy, internet connection-independent operation, no ongoing token costs, and no private company data being sent out.
This approach may become much more valuable in the coming years, especially for advertising agencies, production companies and teams working with confidential customer data.
Apple Also Lets You Link Mac Studios Together
One of the most interesting features of the new generation is the ability to cluster multiple Mac Studios via Thunderbolt 5 and RDMA.
Apple states that in a system where four Mac Studios are combined, AI inference performance can increase up to 3 times compared to a single system. This system also aims to create a large shared memory pool between machines.
It becomes clear here that Apple no longer sees Mac Studio as just the desktop computer for the individual creative professional.
Small AI teams.
Research laboratories.
Development studios.
Corporate AI departments.
They will be able to create their own local compute infrastructure by bringing together multiple systems.
This is not a typical usage scenario for the Mac world.
And here's perhaps the most important change in direction of the new Mac Studio.
Core AI and MLX for Native AI
Making the hardware powerful alone is not enough. For this reason, Apple also highlights new tools on the software side.
The new Core AI framework is designed to enable developers to run large models natively, leveraging Apple Silicon's CPU, GPU, Neural Engine, and unified memory system. Apple's open source MLX framework can also be used to run, train and fine-tune machine learning models on Mac.
This changes the location of Mac Studio.
It could be a Photoshop workstation for a designer.
DaVinci Resolve machine for a movie studio.
Rendering workstation for a 3D artist.
For an AI developer, it is a local model server.
Apple is increasingly trying to bring the same physical product to broader professional arenas.
How Powerful is the M5 Ultra on the Video Side?
Professional video production continues to be one of Mac Studio's most natural uses.
M5 Max supports hardware-accelerated H.264, HEVC, ProRes and AV1 workflows. M5 Ultra, on the other hand, focuses on simultaneous processing of multiple high-resolution video streams with its larger Media Engine structure. Apple specifically states that the new M5 Ultra aims to accelerate heavy high-resolution timeline and effects work in software such as Adobe Premiere Pro.
With such machines, what matters is not just how many seconds it takes to export a video.
How fluid the timeline is during editing.
Whether there is a need to produce a proxy.
Whether playback works when noise reduction is on.
Whether multiple 8K images can be processed simultaneously.
How responsive the system remains when adding colour, AI masks and effects.
For the professional user, every few seconds he does not have to wait can turn into serious time savings at the end of the day.
Third Generation Ray Tracing for 3D and Motion Designers
M5 Max and M5 Ultra feature third-generation hardware-accelerated ray tracing on the GPU side. Apple states that this speeds up lighting, reflection and shadow calculations, especially in 3D, VFX and real-time graphics work.
This development is important for creative teams using tools such as Blender, Cinema 4D, Redshift, Unreal Engine and similar tools.
One of Apple's biggest problems in the professional 3D world in the past was that NVIDIA was left out of the CUDA ecosystem. This problem has not completely disappeared. For some professional 3D and AI applications, NVIDIA is still the much more common platform.
However, Apple's development of its GPU with ray tracing, Neural Accelerators and ever-growing unified memory seriously strengthens the options on the Mac side.
Therefore, it is more important how well the software you use takes advantage of Apple Silicon rather than the question of whether the M5 Ultra is the “fastest computer”.
Storage Has Also Accelerated
Apple says SSD performance in the new Mac Studio has increased by up to two times compared to the previous generation.
This feature can also be felt outside the synthetic benchmark.
Storage speed directly affects the workflow when moving hundreds of gigabytes of video files, opening large photo archives, loading huge 3D projects or transferring LLM models to memory.
However, as always on Apple's side, there is an important economic detail here:
Going to higher internal SSD capacity is quite expensive.
For this reason, most professional users may prefer to buy Mac Studio with more controlled internal storage and use fast external SSD systems via Thunderbolt 5.
Thunderbolt 5, Wi-Fi 7 and Bluetooth 6
There is also a new generation update on the connection side.
Mac Studio now supports Thunderbolt 5, Wi-Fi 7 and Bluetooth 6. Wi-Fi 7 and Bluetooth 6 are coming to Mac Studio for the first time this generation.
Thunderbolt 5 is especially important for the professional user. Apple offers much greater data transfer capacity with high-speed external storage systems, PCIe expansion cases, docks and professional display systems with up to 120 Gb/s bandwidth.
These speeds may be unnecessary for ordinary office users.
However, it means fewer bottlenecks for production teams that use huge media archives or connect high-resolution video scratch disks over the same connection.
Is Eight-Display Support Really Necessary?
The M5 Ultra configuration can support up to eight external displays.
This may sound a little absurd. Most designers won't use eight displays, of course. However, in some areas, such as financial analysis, broadcasting, control rooms, professional imaging, large video sets or multiple monitoring systems, the number of screens may be a real requirement.
Although the number of screens supported on the M5 Max is lower, it is still more than enough for creative workstation use.
Apple's goal here is not for everyone to connect eight displays.
To bring Mac Studio as close as possible to the limit where "it is not possible from here" on the connection side.
Comes with macOS 27
The new Mac Studio ships with macOS 27. Apple highlights the new generation Apple Intelligence features, Siri AI and local AI capabilities with this operating system. Mac Studio's new hardware is especially designed to run heavy versions of these experiences locally.
The change here is actually seen in Apple's entire product strategy.
For a while, the new processor was described through classic productivity indicators such as "Safari is 20 percent faster."
Today, performance examples include LLM prompt processing, image generation, AI coding agent and ML inference.
As what the computer is used for changes, how performance is measured also changes.
M5 Max or M5 Ultra?
For most creative professionals, the answer is likely to be the M5 Max.
In graphic design, professional photography, 4K/8K video, motion design, music production, software development and mid-to-high-level 3D work, the M5 Max already offers an exceptionally high level of performance.
The M5 Ultra is much more specific.
For those who really need hundreds of gigabytes of unified memory, running large AI models locally, heavy VFX projects, very large 3D scenes, scientific calculations, and professional pipelines that require constant high compute.
In other words:
M5 Max is a fast professional workstation.
M5 Ultra is a workstation designed to increase the capacity limit.
If the work you do doesn't clearly show why you need the M5 Ultra, the M5 Max will probably be sufficient.
A Correction Is Necessary in Turkey Prices
In the news you shared, the starting price for Mac Studio with M5 Max is 167,999 TL. However, the starting price of the Mac Studio family in Apple Turkey's current official store appears to be 159,999 TL. Apple Turkey also confirms that pre-orders for the new models have been opened and deliveries will begin on September 22.
Among the starting configurations appearing in Apple's Turkish store are 18-core CPU, 32-core GPU, 36 GB combined memory and 512 GB SSD for M5 Max; On the M5 Ultra side, there is a 30-core CPU, 64-core GPU, 96 GB combined memory and 1 TB SSD.
For this reason, it would be more accurate to base the blog post on Apple Turkey's current store price rather than copying the prices from third-party news. Since prices rise rapidly depending on the configuration, it makes sense not to give the figure of the highest configuration as a fixed data; In particular, it is stated that the 512 GB combined memory option has been released by Apple until the end of October.
Does a Million TL Mac Really Make Sense?
When we move up to higher configurations of Mac Studio, it is clear that the figures are now completely away from the classical personal computer level.
But here it is a bit misleading to consider the product only as a "very expensive computer".
Reducing rendering time at a post-production company, an AI team being able to run models locally instead of constantly renting a cloud GPU, or a VFX studio being able to render larger scenes on a single workstation can directly generate business value.
For this reason, the upper configurations of the M5 Ultra have to be evaluated with the logic of professional production equipment, not with the logic of consumer electronics.
In a world where hundreds of thousands of liras can be paid for a camera body, millions for a cinema lens, or much higher amounts for a professional rendering server, the value of a computer becomes a question of "how many cores did I buy for how many liras?" More complex than calculation.
The real question is:
How much time does this system save you and what is the economic value of that time?
Does Mac Studio Make Sense for a Design Agency?
For advertising and design agencies, the issue is a little more concrete.
For a team doing Photoshop, Illustrator, Figma and basic corporate design work, the M5 Ultra is absolutely unnecessary. Even the M5 Max can be more than enough for most desktop design tasks.
However, the picture changes if the workflow includes:
high resolution commercials, DaVinci Resolve, After Effects, Cinema 4D, Blender, Unreal Engine, large photo productions, AI image/video workflows, local LLMs and many professional applications at the same time.
At this point, Mac Studio is not a “fast computer” but rather a direct production infrastructure.
The biggest mistake to make when choosing a workstation for a creative team is to automatically buy the highest model.
The right hardware should be chosen according to the bottleneck of the workflow, not the prestige of the brand.
Apple's Real Message: AI Doesn't Have to Be in the Cloud
I think the most important aspect of the new Mac Studio launch is a bit bigger than the spec sheet.
Apple is clearly starting to give a new message:
High-performance AI doesn't have to work only in giant data centers.
512 GB unified memory, 1.2 TB/s bandwidth, Neural Accelerators on the GPU, MLX, Core AI and support for multiple Mac Studio clusters are different parts of the same strategy.
Apple wants to transform its desktop ecosystem into an alternative platform for local AI compute.
This approach may be particularly important for the creative sector. Because unreleased commercials, customer products, secret campaigns, brand strategies and commercial data can be processed without being uploaded to third-party AI services.
With the growth of AI use, data privacy as well as performance may become one of the criteria for workstation selection.
How Do We Read the New Mac Studio from Voldi Creative's Perspective?
For Voldi Creative, the most interesting aspect of the new Mac Studio is not the news that "Apple made a faster computer."
The infrastructure of professional creative production is changing.
For a while, the main tasks of an agency workstation were to run Adobe applications quickly, open high-resolution files and render videos. Today, real-time 3D, generative video, local image generation, AI-assisted editing, LLMs and automatic coding systems are added to this list.
So the very concept of creative computing is changing.
CPU still matters.
GPU still matters.
But memory capacity, AI compute, fast storage, and the ability to run models on the device are becoming increasingly critical.
Apple's new Mac Studio demonstrates this transformation perhaps more clearly than any other computer from the company.
From the outside it looks very similar to Mac Studio from four years ago.
Inside, it no longer wants to be just a design and video workstation.
It also wants to be the personal AI infrastructure of a creative studio.
And perhaps the biggest innovation in the new Mac Studio isn't the M5 Ultra's 80 GPU cores.
What a professional computer is used for begins to change.
Nur Oğuz