Ha. Sounds a lot like the one 10x vs. predictable mediocre guys with a scaffolding of processes. Aim high and hit or miss or try to grind predictably and continuously. Same with humans and depends on the loss you can afford.
That chip was hitting a sweet spot in terms of DRAM controller and distributing memory bandwidth between CPU cores and fabric. Xilinx was very afraid of screwing this up and running into bottlenecks. One of the best balanced chips in that regard with a great controller. Your best bet still was to keep everything in blockram as much as possible and only read and write DRAM once at every end of the computation...
Newer backside illuminated sensors have better quantum efficiency and are sensitive to a greater fraction of the light hitting the sensor thanks to the lack of electronics physically blocking the photosites. Not to mention advances in read noise and other stuff (less relevant for high end CMOS sensors for short exposures, which are shot noise dominated, but still).
Office 2007 introduced it, then it was implemented in Windows Live Essentials suite and in W7 applications. If I'm not mistaken LibreOffice got it not so long ago but with a different name to avoid any problems.
Because the phones stop working well? I write part of a post, open another tab to go look up some information, come back to the post and what I've written is gone, because the memory got dumped. That's the reality of using an old cheap phone.
And would you consider yourself representative of the phone-buying public in general?
My desktop PC is from 2008 but I'd never consider this to represent anything like common usage. In fact it's so unusual that I get to point it out in posts like this.
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