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Fair, but again, I think part of the problem would be solved by lighting. Make the port shape easy to see, and 90 degrees shouldn’t be needed.
Well to be fair, if they were all just TB3/USB4 ports, it'd be a lot easier too - because it doesn't matter which one you plug into, or which way around it is.

But they already have those, on the back.
 
"Apple plans to launch the redesigned MacBook Pros in 14-inch (code name J314) and 16-inch screen (J316) sizes. They’ll have a redesigned chassis, magnetic MagSafe charger and more ports for connecting external drives and devices. Apple is also bringing back the HDMI port and SD card slot, which it nixed in previous versions, sparking criticism from photographers and the like."

Hmmm... Gurman is no longer mentioning mini-LED displays or any sort of display upgrades. I wonder if Apple has given up on including mini-LED in Gen 1, and will instead add mini-LED (and hopefully ProMotion) with a huge display upgrade next year for Gen 2. I'd personally wait for that one if that evolves into the prevalent rumor.
 
Different rumors every hour. First the 'books are delayed until early next year.
Then they will be out before year's end but severely limited.
Now they could arrive in summer.

It's save to say - we just don't know. ;)
Either that or it's still a bit chaotic behind the scenes as Apple analyze their supply chain and make a decision.
 
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Does this mean that Apple isn’t binning M-series chips like other manufacturers do? Do they just not use any “subpar” parts?
I would say they do use their “subpar” parts. For example the M1s in the low end MBAs with only 7 GPU cores. It would be very odd if they were intentionally producing a variant with 1 less GPU core than the rest.
 
The ratio of performance to efficiency cores that optimize overall performance is carefully chosen based on the capabilities of the cores and the nature of the workload (i.e. how the OS and applications behave).

The latter hasn’t changed. But now we are allegedly going to have just two cores doing the same work that 4 cores did on M1. And the ratio is changing from 1:1 to 4:1 - a big jump. That suggests to me that the new efficiency cores are more capable than the old ones - in other words, the gap in performance between efficiency and performance cores appears to have decreased for some reason.

It doesn't. It just suggest Apple decide to use High Performance Core for more workload instead of using High Efficiency core to save battery.
 
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Quite a few on MR once told me there cant be a 100W TDP Chip on MacBook Pro not a long while ago.

And here you are. 8 High Performance Core, and 32 Graphics Core is at least 80W excluding I/O and other parts of SoC.
 
Quite a few on MR once told me there cant be a 100W TDP Chip on MacBook Pro not a long while ago.

And here you are. 8 High Performance Core, and 32 Graphics Core is at least 80W excluding I/O and other parts of SoC.
Uh, no. They're not gonna put a 100W TDP chip in there.
 
I hope it performs better than the 2019 model. My Macbook Pro 16-inch has serious overheating problems, like many other users. Google it. My old 2015 Macbook Pro had no issues at all when using the same apps. I am a Mac user for many years. Very disappointed in Apple. I hope the new Pro will be good quality again.
You can mostly blame Intel for that. Macbooks of that era were designed with Intel's 10nm thermals in mind. Intel didn't deliver on 10nm and instead was forced to push 14nm++++ way too far and it was a hot mess. It sucks to own one of those house fires but I reckon that fiasco was a major factor behind the transition to Apple silicon.
 
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I think I'm going to upgrade to the 2nd or 3rd gen Apple Silicon 14" MBP. By then they should have Mini LED displays, and maybe even features like Face ID which I'd rather have in a laptop than a phone. These new models sound good but my 2019 16" MBP isn't that old (and is still being sold by Apple). Sounds like the 14" models (formerly 13") will finally be getting proper GPUs, which has been the main reason I haven't purchased the smaller models, even though I think I'd prefer the portability. It would be great if the 14" and 16" have similar speed as they would be Pro models, and maybe they could even release the 32" iMac Pro with the same CPU/GPU, just maybe clocked a bit higher. Then they put that in the rumored Mini Mac Pro and leave the high-end Mac Pro to use something really extreme.
 
10-core MacBook Pro?

LOL this thing is going to start at like 4 grand. Another grand for the storage you need.
Right now, the industry benchmark is 128-core CPUs for $4,000, so 16 fat cores should be < $500. Apple has always been cheaper since moving to their own CPUs, so we can hope. By next year, the $4,000 chips will be at 256 cores, so the bar keeps moving higher. But the key to all this is on a laptop, you typically only need that kind of power occasionally - while you do something intensive, like process video or run a game or a simulation. Most of the time, you're just using the low power cores. But when you need the power, there's never enough....
 
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It doesn't. It just suggest Apple decide to use High Performance Core for more workload instead of using High Efficiency core to save battery.

Not sure why you thing you get to tell me whether it does or does not suggest to me what I said it suggest to me, actually.

And the problem with your theory is that it ignores that you actually reduce the overall performance if you simply decide to replace high efficiency cores with high performance cores, because you can squeeze multiple of the former into the same space as the latter, and thus you are giving up cores. For this reason, whenever a cpu microarchitecture is using heterogenous cores, the core count is very carefully chosen based on the relative performance of the core types and the needs of the instruction traces. You don’t make a damned thing faster by replacing a low efficiency core with a high performance core if that means that the high performance core spends much of its time running non-time-critical workloads. And the power that is being dissipated by a high performance core running low priority workloads is power that cannot be dedicated to other work. And the heat that is generated and the local hotspot that occurs penalizes ”real work” that needs to be done.
 
10-core MacBook Pro?

LOL this thing is going to start at like 4 grand. Another grand for the storage you need.
You think the entry level MBPro is going to go from $1299 to $3999? Gee, I will take the under on that prediction, please. If the entry level MBPro is more than $1699 I will eat an Intel CPU.
 
Right now, the industry benchmark is 128-core CPUs for $4,000, so 16 fat cores should be < $500. Apple has always been cheaper since moving to their own CPUs, so we can hope. By next year, the $4,000 chips will be at 256 cores, so the bar keeps moving higher.
…what
 
Ok, the 15 inch macBook Pro was damn good for its time, and adequate to my needs for like YEARS! The thing is, I eventually came to see it as uncomfortably large. Not TOO large, you understand. So I am super interested in the 14 inch display on the forthcoming, and would tend to max it out on the SSD front, and RAM. But ... I don't even need a mobile computer now. Boo hoo!!! 🍸😿
 
Apple had a chance to add HDMI, SD, Ethernet, USB-A, and whatever else they wanted to the iMac given the larger body. They chose not to (instead removing almost all the port options), so there’s absolutely no reason to believe they would do so for a thinness-focused MacBook.
... MacBook "Pro" ... and therein lies the difference.
 
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