the M1/M2 Max was never built to run alongside 3 other M1/M2 Max chips. perhaps an M3 Extreme could push it over the edge but i'd imagine that apple would just double the price for such a chip alone.
LOL, and your year ago comment still holds true today. Reading it, I thought it was recent, but I probably need to upgrade from a SE small screen iphone to a larger screen or get reading glasses…You responded to a comment from over a year ago. Of course it still holds true. M2 Ultra can’t match the top AMD 6000 series GPUs and certainly not 7000 series.
If you don't need PCIe slots and the cards you want to put in those slots actually have drivers for Apple Silicon then pay the extra $3000. Otherwise get the Mac Studio and be a happy camper.
Upon the launch of the latest Mac Pro, Apple's transition to Apple silicon across its entire Mac lineup is complete. The new Mac Pro features the M2 Ultra chip – the same chip offered in the refreshed Mac Studio – so why should some prospective customers buy the Mac Pro, despite its $6,999 starting price, and which performance-focused desktop Mac is best for you?
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The Mac Studio starts at $1,999, substantially less than the $6,999 starting price of the Mac Pro. When configured with the same M2 Ultra chip as the Mac Pro, the Mac Studio starts at $3,999. There are several crucial differences between the Mac Studio and Mac Pro that justify their different price points and designs:
Mac Studio Mac Pro Integrated, non-upgradeable design with sealed casing Modular design with openable casing and potential for SSD upgrades – Seven PCI Express expansion slots (six available slots; one slot comes with Apple I/O card installed) Two impeller fans Three impeller fans Apple M2 Max or M2 Ultra chip Apple M2 Ultra chip Up to 24-core CPU 24-core CPU 10Gb Ethernet Dual 10Gb Ethernet Up to six Thunderbolt 4 ports Eight Thunderbolt 4 ports Two USB-A ports Three USB-A ports HDMI port Two HDMI ports SDXC card slot (UHS-II) – – Rack-mounted version available Starts at $1,999 Starts at $6,999
The main reason to buy the Mac Pro is to be able to use its seven PCIe expansion slots add the likes of digital signal processing (DSP) cards, serial digital interface (SDI) I/O cards, additional networking, and built-in storage. This also allows a user to change some of their Mac Pro's hardware over time, and Apple is offering additional do-it-yourself SSD upgrade kits and wheels for the device.
If you require multiple Ethernet ports, more than six Thunderbolt ports, or more than two USB-A ports to connect a large number of peripherals, only the Mac Pro can facilitate this. Otherwise, since the Mac Studio can be configured with the same M2 Ultra chip as the Mac Pro, there is no reason to buy the more expensive desktop machine, and most users will be better off buying the Mac Studio and saving $3,000.
Buy a Mac Studio if...
- You prefer a smaller desktop machine that takes up significantly less space
- The M2 Max chip offers sufficient performance for your needs and you do not need the M2 Ultra chip
- You need a versatile, high-performance machine below the Mac Pro's $6,999 starting price
Buy a Mac Pro if...
- You need the ability to upgrade the internal SSD
- You need more than six Thunderbolt ports, more than two USB-A ports, more than one HDMI port, or more than one ethernet port
- You need PCIe expansion slots
If you don't need the performance and number of ports that the Mac Studio offers, it is worth noting that Apple offers the Mac mini with the M2 Pro chip for $1,299. This high-end Mac mini offers a good balance of price and performance that should be more than sufficient for many users looking for a desktop Mac.
The Mac Pro is targeted at professionals with distinct hardware requirements and complicated workflows, often in production environments. These customers will know they need a Mac Pro to meet their needs. Considering the fact that the base model is $5,000 cheaper than the Mac Pro, the Mac Studio is now the best "Pro" desktop Mac for the overwhelming majority of prospective customers, with more than enough performance and versatility for most users.
Article Link: Mac Studio vs. Mac Pro Buyer's Guide
At this point, if you don't need Intel chips, and you don't desperately need a new computer now, take the long road and wait for the new model.
Legit question; it’s extremely relative depending on your use case, but our current number cruncher was equipped with 512GB four years ago, and the specific task it was outfitted for at that time required somewhere near 400GB to do efficiently with the dataset.What is "massive amounts of RAM" in this case? I ask just out of curiosity because I kind of thought the Mac Pro got there at 192gb (and very fast RAM at that).
It's more like a slow kill. They did it before with Apple Airport routers, iPod and iPod touch, iMac 27 inch.. I remember the iMac Pro 27 inch launch, it was huge then they killed the product.
Yeh. that's bulls&&t......It boils down to this: the Mac Studio is for fun (unless your definition of 'fun' involves games) and the Mac Pro is for people who actually have work to do
Instead of the Mac Pro, you can get the Mac Studio and use the extra $3000 to buy a really good PC. Best of both worlds.
Instead of the Mac Pro, you can get the Mac Studio and use the extra $3000 to buy a really good PC. Best of both worlds.
I wonder if the wheels of a Steinway d274 aren't already cheaper...You forgot that the Mac Pro can be configured with 800$ wheels, that’s a big advantage over the Mac Studio
I wonder if the wheels of a Steinway d274 aren't already cheaper...
I think @ Steinway the are a little more expensive - i am shure that the piano is now between 150 and 180K€... But anyway; Apple is nuts ;-)Not sure what they run direct, but from other retail sellers it looks to be around $500, so a bit cheaper than the $700 Apple wants.
supply and tech integration issues seems to be the reasons.Considering that the Mac Pro is basically a Mac Studio with PCIe expansion I'm surprised it took so long to get it out the door to that the Mac Pro is basically a Mac Studio with PCIe expansion I'm surprised it took so long to get it out the door to customers.
Thanks for the reply. Those are absolutely incredible numbers. Just a mind boggling amount of data that needs to all be accessed in RAM at the same time. I struggle to even think of what a dataset that goes into the 100gbs would even be (outside of massive video or sound files that have incredible amounts of detail).Legit question; it’s extremely relative depending on your use case, but our current number cruncher was equipped with 512GB four years ago, and the specific task it was outfitted for at that time required somewhere near 400GB to do efficiently with the dataset.
However, even at over 4 years old the motherboard on our box maxes out at 2TB (albeit with very expensive 3DS LRDIMMs), and there are situations where you actually need that much for good efficiency, so it's arguable that truly "massive amounts of RAM" is 1TB or more.
By those scales, 192GB isn't much at all. But as with most things, that's very relative--for the vast majority of workflows, even extremely resource-intensive ones, it's not unreasonable to call 192GB a massive amount of RAM. Heck, even the 64GB I have in my two personal machines is way more than I need 99% of the time, and we have people working comfortably on very resource-intensive (albeit mostly CPU-bound) modeling with that much.