grcolts wrote:
I was in your shoes earlier with deciding about how to upgrade my 11 year old Imac. After studying the situation with the new M1 Macs I was leery of their non-upgrades and repair. Being so new on the market long term life is not yet known. So, I looked at PC's and ended up going with an AMD HP PC which I just updated to Windows 11. So far I have really enjoyed it. Windows 11 is sort of Mac like upfront so it is easy to use. Most of my Mac software I was able to transfer to the Windows version w/o cost as well. I still have my old Mac and maybe at some point in the future when I feel more secure with the new Macs not being a throw-a-way I will get another. Until then I will enjoy my new PC.
GQR
I was in your shoes earlier with deciding about ho... (
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I have never had a Mac go belly-up before the operating system could not be upgraded, or before my software could no longer be upgraded.
The idea that these Macs are somehow "ALL new" is a bit of silly FUD (fear, uncertainty, doubt). Apple has been engineering their own systems on a chip for over a DECADE. Those processors are in all their iPhones, iPads, Apple Watches, and Apple TVs since the iPhone 4 came out! The M1 series is an extension of the A14 processor. The M1 Pro and Max are extensions of the M1. They drastically reduce the parts count. They drastically increase processing power and speed. They draw around 1/3 the power that Intel computers take to achieve the same performance. Battery life is remarkable. Heat under normal loads is minimal.
There are repairability and upgradeability tradeoffs for this performance. It is not possible to achieve such performance with conventional modular, slotted motherboards, because the speed of electrons is the speed limit. When all the components are moved much closer together and SHARE the same bus and memory, in ONE integrated package, things get done more efficiently. The M1 Max has 57 BILLION transistors in it. It moves data on its internal bus at 400 MEGABYTES per second. Reviewers have had to try exceptionally hard to get it to heat up to the point of throttling.
The new computer designs, starting with the iMac 24", ARE a chance for Apple to reinvent the Mac's form factors. They've really listened over the past few years. First, they brought back the old scissor switch keyboards in the late 2020 MacBook Air and MacBook Pro. The iMac brought better webcams, better speakers, better microphones, style, and performance upgrades. The 14" and 16" 2021 MacBook Pros brought back the MagSafe charging port, SDXC UHS II card slot, and added HDMI, along with three Thunderbolt 4/USB4 40 Gbps ports that can connect just about anything as fast as it can go.
With millions sold, the reports of failures are merely anecdotal. Despite a complete shift in architecture from Intel CISC x86 to Apple ARM-based RISC in their own silicon, the transition of the operating system and software has been fairly seamless. Most software is now fully universal or native to the M1 series. Apple is on their second version of the OS that supports the Apple Silicon architecture (and still supports Intel Macs to the limits of that hardware).
With the best support reputation in the business (check Consumer Reports), Apple is unlikely to have a major problem they don't fix. Their supply chain partners are manufacturing experts. Their product development and engineering has a rigid discipline to it. The process starts years and years before a product hits the shelves. At this point, they are at a pinnacle of their excellence. While not perfect, they're pretty darned good right now.
Intel and AMD and their manufacturing partners are learning from this... It will be good for the entire industry.