The M1 does what Apple promised during the PowerPC transition 15 years ago but failed to deliver. What you hear coming from a millennial's face on YouTube is not hyperbole; the M1 clearly has processing power to spare since its able to translate/emulate non-optimized code at a speed where users don't even realize there's an extra computing layer in-between. In many cases, it's actually faster. Let me repeat: the M1 is running non-native code, through an emulator, faster than an Intel chip running the native code, natively, and is doing it with substantially less power consumption and with no active cooling. If a millennial is shocked at the performance of the M1 when compared side by side with an Intel equipped MacBook, they can't even imagine what I, and others my age or older, are experiencing. Our minds are completely blown. For those who aren't as tech savvy, a metaphorical example: imagine 2 people trying to read a book in Japanese. One of them can read Japanese while the other doesn't understand Japanese at all but has a device they can use to translate it for them. What's happening here, basically, is the person who needs to use a translation device is able to read the book faster than the Japanese person is able to read it directly. We witnessed first-hand this sort of wholesale transition before from the very same company. We cursed Rosetta. That was a hard shot of reality after being massaged with marketing hype, promises and a near total failure to deliver. This also came on the heels of the painful transition from Classic MacOS 9 to the Unix-based OS X, where little was offered and even that didn't work well. Once we get past the fact that we have software running in emulation at a pace that's faster than the same software being run on native hardware, we are then confronted with the fact that it's doing it cooler and more efficiently. The M1 runs harder for longer and with much less energy consumption and our imaginations are running wild at the prospect of just how much more performance we'll get once our entire workflows are coded to run natively. Even faster(?!?) and more efficiently, possibly gaining as much as 50% more battery life once Rosetta 2 is eliminated? We can't even fathom it. Hell, most of us can't even fathom what Apple has already delivered.
I finally bought it and it’s on its way. At $569, it was a hard sell, as I waited nearly a year before deciding its value overcame the price tag for me. The Fujifilm EVF-TL1 viewfinder tilt adapter for the GFX 50S and GFX 100 is attached between the removable electronic viewfinder and the camera body, allowing you to tilt the eyepiece up to 90⁰ upward to use the camera in a waist-level/chest-level viewfinder mode or pitched ±45⁰ when in portrait orientation. It gives the EVF far more versatility to be used in awkward positions where you'd normally have to resort to using the 2½-way rear LCD.
There's a certain couple on Youtube that talks a lot about photography and tends to harp on the value of education also pushes their "free" photography education courses online. You may even begin to believe some of their rhetoric or have heard some of their misinformation floating around. Mind you, much of the technical information they love to claim they're proficient in and knowledgeable about is shit. They'll contradict themselves within the span of 5 minutes. One example is their belief that "professional" lenses on a smaller sensor, like APS-C, will perform worse in sharpness because said lens isn't tuned for the sensor size, yet will then claim that some lenses on 35mm are so sharp, you get the ability to crop the image in closer than other lenses. Realize that these two things are a contradiction and a sharper lens will never give a sensor of fixed resolution higher resolution, perceived or otherwise. How do I know this? Simple physics and geometry. Let me explain:
This lens was once an excellent value from the inception of the X-Series system until now. Unfortunately due to Fujifilm's push to dominate in video, the introduction of the ƒ/2 lens, and the announcement of the 33mm ƒ/1, the 35mm ƒ/1.4 has lost all reason to exist in its current form. A complete redesign, implementing these features, could create a lens that outsells all of their other lenses by appealing to the widest range of users and without having to compromise.
Nikon recently released their first full frame mirrorless cameras, the Z6 and Z7, and it seems all of the professional and "professional" photographers on the internets are having a meltdown because it doesn't have, amongst other things, dual card slots. Well, news flash, Nikon didn't design these cameras for you. I know, weird, isn't it?