Plus it's virtually indestructible. You can hurl it every time you are frustrated and you won't need to pay a deductible!I abandoned my 5 macs and upgraded to a Fischer Price laptop. It is just as capable of not supporting 32-bit applications and Nvidia CUDA, it never overheats, and moreover it has a replaceable battery.
really!? i’ll try tomorrow linking R to the latest version on an intel dual 18-core cpu server.I agree, except this tricks previous Intel MKL libraries, but not the most recent versions. There is some Intel sabotage going on, but also Intel optimizes their libraries for their processors. In particular, thanks to the most recent Intel MKL libraries, Mathematica 12 performes matrix multiplication 4 times faster than Mathematica 11 on my Xeon 8173M. Just thanks to optimizations on the Intel MKL libraries, Mathematica is faster on my 28 Intel Xeon than a 64 core AMD Epyc.
The all over the map speculation about the future A14X CPU, WIFI, RAM, battery life and other is interesting if not telling. I read the fanboy statements of fact, as they see it, but the realists openly admit, no one here knows that future. Yes, we all have speculation based upon what we believe to be accurate leaks, as well as our own preferences and biases.
Three weeks ago I purchased the Macbook Pro 13 with the 16Gb of RAM and 512Gb SSD/m. Boy was I excited since I've not had a Macbook Pro for over 8 years (I recently switched from Windows to Mac, after having years ago switched from Mac to Windows). When I got it home it went right on the charger. Hours later I started using it, and within an hour I was getting cooked. I got 5 hours first charge, and 4.5 second charge so I took it back.
Now I'm impatiently waiting on the next version with the whatever x/ cpu. Whatever that x/cpu is it will have to be better on power, heat and longevity.
That IS how it works. "7 nm" and "10 nm" are just names of the processes that have no basis on "how good" a process is. They might not even correspond to any physical distance in the process whatsoever. It's pure marketing.
Hmmm... ok? So you‘re saying that the A14 series and its ASi and iPad Pro variants and derivatives being based on TSMC’s “5nm” process, is all conjecture? And that they have not been in production despite the chips not being the cause of the delay (reported here on MacRumors, it is other component delays causing the pushed back releases). This despite the process size being probably the only thing we actually do know for sure about the next generation on Apple’s SoC hardware. So you won’t accept this as fact until Apple tell us at the keynote, or the iFixit teardown, or AnandTech analytical review?Because the iPhone 12 has not happened yet? Last I checked, it's still not announced as of today. A14 and A14X are "educated" guesses at best.
Agreed it will likely be a MacBook Air and a MacMini maybe a Macbook.I wrote a lot more but I think I'll make it brief:
Intel is barely getting to 10nm manufacturing process.
AMD needed to get to 7nm (Ryzen 2) to beat Intel's 14nm chips.
Apple has been on 7nm for ages. TSMC is teasing 5nm.
My money would be on Intel because they have more potential for growth than both Apple or AMD.
And even then, that's just the CPU side. On the GPU side, I highly doubt Apple will be able to match the performance levels of nVidia and AMD.
So with that said, I'd realistically think that the first MacBook with ARM will be the Air... and it's basically testing ground to see how people will react to loss of x86 compatibility. The Pro-level machines like the 16" and Mac Pro will probably stay on Intel until TSMC can churn out chips with their 5nm process.
Also, reminder to iPad Pro users: I'm not sure if you have seen it, but I regular see my iPad Pro throttling its performance pretty significantly when charging or when under high load (processing raw photos). I'd expect that the upcoming MacBook Air with the same chip will also run into the same problem. A fan can only get so far when there is no heatsink...
Lets Face It We care about the CPU Speed. And how Fast it can perform. Is the Loss of x86 Software worth it ?Everyone getting super stoked for Apple Silicon Macs really needs to temper their enthusiasm or risk getting severely disappointed. First Gen ASi Macs are going to be very familiar devices that are going to borrow heavily from existing designs to get them out the door and provide a stable period of transition for most users. This is by design and not because Tim Apple is cheap. There has to be a solid continuation of what exists before any subsequent designs start diverging.
You should expect the following -
- Wi-Fi 6 or 6E
- BT 5.2
- LPDDR5 (HBM is too expensive, but who knows)
- NVMe 1.4a (PCIe 4.0 speeds)
- P3 displays all the way around - we should be at the point where Apple can do this.
- USB4 (USB-C ports only)
I think Apple will start at 8c at the base, but I wouldn't expect any sort of hyper-threading (SMT) or Turbo Boost/Thermal Velocity Boost shenanigans. macOS and Apple's own apps are going to be the benchmark of how good or bad things are. The uptake of Apple Silicon compiled apps is going to be interesting considering Apple has provided the tools and we should see a good numbers of apps right out of the gate with iOS apps providing a stopgap while developers catch up.
My friend, x86 software will be supported from Day one. See some WWDC 2020 videos - if it's running on Mac now, it will run on ARM Macs as well.Lets Face It We care about the CPU Speed. And how Fast it can perform. Is the Loss of x86 Software worth it ?
This is a Move to Make Money Not to “help“ customers. Apple needs to Increase it sales of Apps and transactions within those apps. So Shift Everything to ARM and be 100% App Store dependent.
This switch to ARM is about Software Control and Money from in App 30% Transactions to Apple.
I think its safe to say people are over hyping the apple silicon. Some people even think the a12z is as powerful as an i9 processor because of some benchmarks LOL. But we all know this isn't true.
Of course, because Apple CPUs are not real CPUs. Just like iPads are not real computers, et cetera. Listen to the expertsDouble standards much? So it’s ok to use benchmarks to determine that an i9 is fast but it’s not ok to use the same benchmarks to determine that Apple CPUs are fast?
You're not getting it. OS X Catalina with iMessage, Safari [6 tabs] running has 378 processes and 1,734 threads on my MacBook Pro 13" 2015. That's a bare basic use of the system.
No iPhone/iPad is running near the process load or thread load just to keep the system afloat. Everything that you take for granted on OS X has a hardware tie to it. Never mind the basic OS X running Apple Apps with noticeably slower performance [and it will] the third party software you cherish must still be ported and unless they move their entire code base by branching for am ARM solution it's going to be most likely in interpreted mode for a long time to come.
. In particular, thanks to the most recent Intel MKL libraries, Mathematica 12 performes matrix multiplication 4 times faster than Mathematica 11 on my Xeon 8173M. Just thanks to optimizations on the Intel MKL libraries, Mathematica is faster on my 28 Intel Xeon than a 64 core AMD Epyc.
So very true. While Apple has generally stayed clear of talking too much about clock frequency, core etc, they do love to show their benchmarks, how performance has improved vs previous generations. If they'd fail to show that with the Apple Silicon, it would be a tremendous blow to the Apple Silicon as a product and make it pretty much dead in the water.It will not be an overpriced netbook. That would be a disaster for Apple, a company that tries to produce products that are good at doing things. Expect Apple Silicon to outperform Intel at the same power consumption.
I can no longer use my $3300 Nvidia Titan V eGPU. All serious machine learning or HPC developers need CUDA. MXNet needs CUDA.
And even if the performance was "just" the same like Intel does now, there are other factors to consider. What about battery life, what about heat, what about charging times? The best thing that can happen to Apple (and I strongly believe this) is that they have faster chips that are simultaneously needing less power, which would underscore the newly found dominance from the Apple Silicon architecture.So very true. While Apple has generally stayed clear of talking too much about clock frequency, core etc, they do love to show their benchmarks, how performance has improved vs previous generations. If they'd fail to show that with the Apple Silicon, it would be a tremendous blow to the Apple Silicon as a product and make it pretty much dead in the water.
The macbook (2015 gen) MacBook Pro non tb (and now base tb model) use 2x2... the reason was intel 10th gen doesn’t support wifi 6. I think they’ll need an extra chip as well as the wifi chip to support it or something and would be too complicated.
11th gen supports wifi 6
Maybe that's why they're releasing the 14" MacBook Pro first. Also why not release the best product firstIt will be a weird situation for Apple if the 12" Arm-based Macbook ends up outperforming the Air and/or low end Pro models.
Or they are releasing the 12" MacBook first, and saying "this is with an iPad Pro processor, the A14X. Just imagine what we can do when we are trying - and oh boy, are we trying."Maybe that's why they're releasing the 14" MacBook Pro first. Also why not release the best product first
That's not what the latest rumors say but who knows. I believe they will release the Pro first because it makes the most sense to me but we'll know for sure on Tuesday.Or they are releasing the 12" MacBook first, and saying "this is with an iPad Pro processor, the A14X. Just imagine what we can do when we are trying - and oh boy, are we trying."
Either way a great PR strategy, and cannibalizing their own sales is pretty nice too!
Also, you HAVE TO factor in thermals. There is a big difference running in a "walled garden" on a phone versus a laptop or desktop where there are many more variables, multitasking, and general much greater demands on the chip. It still remains to be seen if Apple Silicon will run cooler at the same level of processing power.
To put things in perspective: my iphone 11 Pro gets uncomfortably hot in 10-15 minutes if I'm using it for a Zoom meeting with video enabled. It also gets noticeably warm when running wireless CarPlay and streaming from Spotify, to the point where I've had to take it out of my pocket. Point being graphically intense software or (relatively basic) multitasking will cause an A13 bionic to get toasty.
I'm expecting a super thin and light Macbook type thing at first, emphasis on battery life and portability versus performance. Maybe a new Air or something in a familiar form factor to entice some consumers that don't know otherwise.
You think they will focus on Apple Watch, iPad AND Apple Silicon Macs? Not sure about that. I'd say AS Macs will be coming in the October keynote, because what else to show besides the newest iPhones?That's not what the latest rumors say but who knows. I believe they will release the Pro first because it makes the most sense to me but we'll know for sure on Tuesday.
I think the focus will be on iPhone and AR. I think they will release the AW and I hope at least one Mac. The Mac is just me being hopeful but I don't see why they wouldn't. It's a two hour event so they have time.You think they will focus on Apple Watch, iPad AND Apple Silicon Macs? Not sure about that. I'd say AS Macs will be coming in the October keynote, because what else to show besides the newest iPhones?