Yeah, they could do that. They already brought back the silver color...so much space inside they should bring optical drive back 😁
Yeah, they could do that. They already brought back the silver color...so much space inside they should bring optical drive back 😁
All of this makes sense - I suspected since you had a iMac Pro the M1 wouldn't be close to enough and was more curious about why you didn't go with a souped up Mini (with eGPU if needed), Pro, or just high end latest iMac - which you addressed.After seeing the whole event, the M1 is way too underpowered for my needs. I guess I‘ll have to wait for next year to go silicon.
I do a lot of audio work, a lot of composing, mixing, recording, etc. And for me the iMac was way too loud and unfortunately underpowered for my needs.
For the instrumental libraries I use, the 10 core iMac Pro was at least enough to work on. I didn‘t want to invest in a Mac Pro now, since an upgrade should be coming next year, and the iMac Pro already has a great screen that comes with the device.
I had a Macbook Pro 16, with the most powerful i9 cpu, 64gb ram, and 8gb 5500m (I don‘t even use the gpu), and it still wasn‘t enough, and I see a huge improvement in Logic Pro while using the 10 core iMac Pro, especially in the number of instruments I can add and use. It was a great investement, just kinda poorly timed.
Parallels was demoed at WWDC.Now to questions: I still got a couple 32 bit apps I need to run occasionally, not often. Any news on VMware or Parallels running on Apple Silicon? Also... my main use will be for iMovie. I guess I am good eh?
like the first intel chips....maxed at 2gis and 32bit architecture. Best to wait for the 2nd or later iteration.16GB max. Not sounding good.
True, although -- and I'm not implying an absolute on your side -- having access to that level of resources (i.e. RAM) could cause a person to be far less efficient. In fact, look back at iOS development (or mobile development in general). Initial software releases crashed frequently, many because developers didn't adjust their methods, etc to utilize far fewer resources. But 'tightening' code, process optimizations, reasonable extractions and limitations, etc were indeed effective.RAM needs depend on the user and what applications they use - as well as how many applications at one time - processor architecture has some impact, but certain things will take a certain amount of ram - if there isn't enough ram, it has to page it out to disk (SSD helps, but still much slower than ram, and increases wear on the SSD).
My mother has more than enough ram with 16 GB (she was hitting swap a bit with 8GB), My wife does 2d graphic design, 32 GB helps over 16GB for sure (rarely hits swap). For me 32GB is a minimum, 64 GB keeps me out of swap 99% of the time - on one computer with 32GB of ram I'm currently at 6 GB of swap used after 25 day uptime (typically have 10 apps on the go, with at least 2 web browsers each with multiple windows & tabs open)
I personally wouldn't sell someone a computer without at least 16GB of ram - especially not one with soldered ram, it is one of the most effective things to keep a computer feeling like it's fast even with several things running.
No, however, not a lot of (sole) devices can completely saturate the 40Gbps bandwidth. Therefore, in most cases chaining wouldn't hinder performance.Bandwidth cannot be increased by hubs ;-)
You've got a good point. I guess it doesn't scale very well. Would work better if they put 128GB on the SOC die.Yeah but the Mac Pro supports up to 1T of RAM.
Seems unpractical
Memory might be a problem, we'll see. But with thunderbolt 3 you are fine with external drives.Remember when a Mac Mini was $500 and you could upgrade the memory and hard drive? Those were the days. This sucks.
From what I am reading Parallels runs now on Big Sur but only on Intel Macs so far, or maybe it was via Rosetta 2. No, I didn't realize that about older Mac OS versions. Not sure why that would be the case. I can run up to High Sierra now on VMWare/Parallels, so I was hoping to be able to on Apple Silicon compatible versions. I know Windows is out for now until they deal with virtualization license or whatever for Arm. But I had my hopes up for older Mac OSs that way. Or maybe it's just time to rig up a cheap Hackintosh in the basement again. :-(Parallels was demoed at WWDC.
You do realize that you won‘t be able to run older macOS releases or (most probably neither) Windows virtual machines „within“ Parallels?
So if you two TB monitors, 4K and 5K in my case, does this work? Or is it just supporting one single TB monitor and you're on your own for the second one?
Apple said:Simultaneously supports up to two displays:
- One display with up to 6K resolution at 60Hz connected via Thunderbolt and one display with up to 4K resolution at 60Hz connected via HDMI 2.0
They aren't massively expensive. But it would be pretty sad if the 16GB RAM in these new M1 machines are only equal to the 16GB RAM in an Intel model, especially since you appear to be stuck with the 16.True, although -- and I'm not implying an absolute on your side -- having access to that level of resources (i.e. RAM) could cause a person to be far less efficient. In fact, look back at iOS development (or mobile development in general). Initial software releases crashed frequently, many because developers didn't adjust their methods, etc to utilize far fewer resources. But 'tightening' code, process optimizations, reasonable extractions and limitations, etc were indeed effective.
With that said, 16GB will be undeniably problematic and even unadaptable insufficient for some users. How many? I don't know.
For me, 16GB is currently optimal for my workflow. Will that be the result after 6+ years? Even with further workflow optimizations, I have significant doubts. Of course, that's the biggest concern. Users will probably need to consider replacing systems more frequently -- which goes without saying but I will anyway is something Apple would enjoy but not all consumers.
Ultimately, from my perspective, these models are a satisfactory/good first run, including a substantial (I)GPU performance and general component performance improvements with the unified architecture approach. Nevertheless, I'm very eager to see the next generation.
No, however, not a lot of (sole) devices can completely saturate the 40Gbps bandwidth. Therefore, in most cases chaining wouldn't hinder performance.
It's what they can include on the SOC package, with the CPU and GPU also in the same chip.“Up to 16GB RAM”....
Is that a limitation of the processor? Or is that the max you can BTO?
The current mini can take up to 64GB I think
Wondering the same thing, the wording is vague on that page. I currently have 2 lg 4 monitors over display port with usb c adoptersSo if you two TB monitors, 4K and 5K in my case, does this work? Or is it just supporting one single TB monitor and you're on your own for the second one?
You can buy an external thunderbolt storage, it's blazing fast compared with the old USB storage.Gawd, the storage only tops out to 2 TB. I was hoping for either 4 or 8 TB.
Okay? And your point is?For those who missed the guts...
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The M1 is based on a Unified Memory Architecture, so RAM is not user-upgradeable, at least on these initial ASi Macs.I want to see what M1 can do with its unified 16Gb RAM . This is the biggest concern I have right now as the RAM will not be upgradable . For large music projects with VI, RAM is critical.