More than a huge deal, simply astonishing to this retired long-time neurosurgical anesthesiologist. To have 1)shrunk the giant oscilloscope/monitor (1-1.5 cubic feet/±50 lbs.) atop my anesthesia machine AND eliminate the long tangled lead wires connecting to the never-available sticky gel pads that sometimes came loose in the middle of a sitting craniotomy, necessitating the anesthesiologist's equivalent of the death crawl under the stifling drapes without disturbing the surgeon, glued to his operating microscope in which every movement, even the slightest, appears like Mt. St. Helen's; 2)eliminated the need for an electrical outlet and extension cord; 3)included the capability to store endless ECG traces without needing paper for the oscilloscope printer, which more often than not wasn't working, and when it was only recorded on demand such that if you missed ectopic beats, you couldn't show them to a colleague in real time to get a second opinion: this is a magnificent engineering and design achievement. Using a thumb from the opposite hand to close the loop and act as the third functional lead is so sublime, I'm gobsmacked. The red ring on the crown is perfect as an accent for this function, along with its acting as a cellular capability indicator. Knowing just what this device has accomplished in the terms above, I might just get one just to marvel at the greatness of American engineering. "Designed by Apple in California" — indeed.
This is an engineering masterpiece. The electrical engineer in me is mind-blown. I love the inter-PCB BGA-style interface. Standoff, connector and shield all in one component. And the component density is stunning.
Clean internal layout, relatively serviceable, structured light 3D scanning built in. You can debate whether or not Apple have made good UI decisions, but the hardware design execution here is superb.
As someone who has been deeply interested in this type of manufacturing technology for ages, my jaw is on the floor. Kudos to the person that made this. I'm so impressed.
This is such an impressive engineering achievement. As someone who designs electronics and builds mechanical devices, I find this project spectacularly impressive!
Not only is this staggering to think about in terms of the Herculean effort required, but what's even more amazing is the quality of the finished output of the system, unmatched to this day.
I share your amazement. The thing was - they did everything mechanically. They were like chainsaws with accurate solenoids, in small soundproof booths.
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