I never said the bumper was created because they knew about the issues all along - I've been participating in this thread and the other superhuge one (Jobs says Signal Strength a "non-issue") since they started so, that's several thousand posts a lot of you have missed but I've read every single one so far in both these threads and many others.
What I said in the past across multiple posts and threads and I now repeat for people new to this situation is this:
- That the issue(s) people are noticing are indicative of a design flaw
- That Apple discovered it way too late into the prototyping phase (pre-fabrication of the actual product, but prototypes were still in testing)
- That because of such a late discovery they couldn't really do much about it and needed a solution to prevent the primary cause of the signal degradation noted: skin-on-metal contact
- That the working theory is that they did almost all their testing with iPhone 4 prototypes inside cases to mask them and protect it from prying eyes which precluded them from skin-on-metal contact during all that testing
- That at some point the device would have had to be removed from the fake case/mask/etc and actually held in someone's hand (field trials, perhaps, who knows)
- That at that time the discovery was made that signal reception and degradation was occurring in degrees that couldn't be accounted for simply because "we're pretty far from a cell site."
- That someone with some common sense put two and two together and realized that considering they're dealing with microwave energy transmission, skin-on-metal contact is wicking away that energy in quantities the phone can't adapt to quickly enough (the software issue) to recover/maintain given levels of service
- That a solution was desperately required since the phone was practically done by that point and they couldn't just scrap the entire process and design
- The solution presented itself in the form of the bumper that was quick to create, quick to manufacture (make a mold, pour in some rubber, done), cheap as hell, deadly efficient by design, and practically - note: practically solves the skin-on-metal potential 100%
And by "practically" I mean it is the most elegant solution to preventing skin-on-metal contact - even I couldn't come up with a better solution except coating the metal but that's not going to make a cent of profit like the bumper can, an absolutely INSANE amount of profit.
That's my theory, all rolled up into one list of thoughts.
Makes perfect sense to me. Anyone else?
What I said in the past across multiple posts and threads and I now repeat for people new to this situation is this:
- That the issue(s) people are noticing are indicative of a design flaw
- That Apple discovered it way too late into the prototyping phase (pre-fabrication of the actual product, but prototypes were still in testing)
- That because of such a late discovery they couldn't really do much about it and needed a solution to prevent the primary cause of the signal degradation noted: skin-on-metal contact
- That the working theory is that they did almost all their testing with iPhone 4 prototypes inside cases to mask them and protect it from prying eyes which precluded them from skin-on-metal contact during all that testing
- That at some point the device would have had to be removed from the fake case/mask/etc and actually held in someone's hand (field trials, perhaps, who knows)
- That at that time the discovery was made that signal reception and degradation was occurring in degrees that couldn't be accounted for simply because "we're pretty far from a cell site."
- That someone with some common sense put two and two together and realized that considering they're dealing with microwave energy transmission, skin-on-metal contact is wicking away that energy in quantities the phone can't adapt to quickly enough (the software issue) to recover/maintain given levels of service
- That a solution was desperately required since the phone was practically done by that point and they couldn't just scrap the entire process and design
- The solution presented itself in the form of the bumper that was quick to create, quick to manufacture (make a mold, pour in some rubber, done), cheap as hell, deadly efficient by design, and practically - note: practically solves the skin-on-metal potential 100%
And by "practically" I mean it is the most elegant solution to preventing skin-on-metal contact - even I couldn't come up with a better solution except coating the metal but that's not going to make a cent of profit like the bumper can, an absolutely INSANE amount of profit.
That's my theory, all rolled up into one list of thoughts.
Makes perfect sense to me. Anyone else?