My employer has only recently taken off sale a re-shelled 1980s Object Pascal application that needed direct serial and parallel access and we were able to provide machines that handle it and the various peripherals perfectly well. Intel Reference boards (which they're withdrawing for PCs sometime soon unfortunately) and Startech PCI-E cards for the ports. I think the boards even have a floppy controller although the need for them was finally removed by an upstream supplier buying some CD burners a few years back.
Something written to work on 1987 grade hardware can sometimes run faster than intended on a Core i7, though.
Or they're fake. Not sure which is more likely.
And my family doctor just dumped their old version of Wolf Medical to a new version, total cost for 6 computers? $118k.
I am definitely doing this job in the wrong country. Think our sleaziest salesman would have trouble getting more than $40k CAD for a similar size practice before financing costs including manually-assisted data migration from whatever existing system they were using.
The only systems I run in to that are stuck on XP or below are some Win16 apps. Would consider seeing if they'd run on ecomstation to have a less easily attacked (if only by rareness) system if they weren't competitors systems. Our own Win16 and DOS applications were borked in to running on Windows 7 and a brief bit of playing with one of them on Windows 8 was succesful too - but the last one to be withdrawn from sale was in 2008.
To be stuck on XP you either need to have been extremely unlucky, or be using something ancient and likely unsupported. And if a normal upgrade for an opticians is $10k, we really need to move markets/country.
They also have the exact same data and page numbers in an MHEG5 app and a web interface to it also:
Don't think its that popular anymore, but it was common to see pubs leave 150 (lotto results) or the rotating football results page (222? I think?) up on a TV in the corner to save staff being asked the same questions over and over or being asked to change channel.
The record was set by Stanford University's Folding@home project, a distributed computing system utilizing PS3s among other computers, to help scientists study the effects of a process called "protein folding" on a series of serious diseases.
Well, Guinness has apparently certified the project as the world's most powerful distributed computing system. According to a release from Sony, Folding@home topped 1 petaflop last month, meaning that it surpassed a thousand trillion floating point operations per second. By comparison, the well-known SETI@home project has topped out, according to Wikipedia, at around 265 teraflops, or 265 trillion floating point operations a second."
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