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Microsoft Freon
Veramocor writes "MSNBC.com has an article posted from the WSJ about MS's new plan for living room domination, codenamed Freon. Freon will be capable of 'playing games but also offering television capabilities, such as pausing live TV and recording shows onto a computer hard drive.' The article then goes on to explain future potential business plans for XBox incarnations. The system does seem to have some great advantages. I must question their naming question however, we all know what a disaster the actual chemical Freon was. Here's to hoping, Cheers!" We mentioned the Xbox's planned evolution the other day, too, but without the fancy codename.
The entire point of the console market is as follows:
one: cheap
two: uniform hardware (or as close to it as possible)
three: a long upgrade cycle (about 5 years)
four: sell hardware at a loss or paper thin margins to make money back on software
My guess is that this will turn out to be the jack of all trades, but master of none. If they sell this thing cheap enough to be a successful console, then they'll lose money for every set top boxer. If they sell it at a respectable profit, it won't be a successful console. Granted, they could simply make it X-Box compatible, but then anyone willing to spring for a set top will probably buy them separately to get better features, or taylor their setup to their own needs. Not to mention the households like mine that have a dedicated gaming TV (nothing spectacular, really) so that other people can watch movies et al whilst the gamers game.
BlackGriffen
I remember an anecdote about a du Pont employee demonstrating the safety of the chemical by inhaling a good breath of Freon and blowing it out to extinguish a candle, demonstrating that it was both non-toxic and not explosive. Try that with ammonia!
Even if it may have had an impact on the ozone layer, there's more than just the safety component of the refrigerant chemical to consider. Where would food safety and preservation be without refrigeration? Without refrigeration, say hello to E. Coli and friends. Get used to salt-curing, preservatives, and freeze drying (yum). And then say goodbye to fresh seafood, out-of-season produce, frozen pizza, and a lot of the food that we eat.
Here's an article about the history of Freon and another about the history of the refrigerator. (Oops, it wasn't just a du Pont employee who did the demo, it was the actual inventor... sounds like a lot of technology demos.)
Actually, a lot of Microsoft's advertising belies a subtle sabotage by their PR types. Remember the Stones song whose refrain was "You make a grown man cry"? How about the Office ads with a requiem for a soundtrack? Or the way the Windows logo looks like it's going down/to crash?
I definitely think that it's a subtle jab at clueless leaders, that the marketing types are playing jokes on the computer geeks that supposedly run the place.
They were probably having trouble keeping a straight face as they suggested Freon. "Oh yeah, it'll connotate 'Free' and 'on'! (snicker) Um, I gotta go to another meeting! (burst of laughter as the door closes)"
The process that happens inside a refrigeration system is based on physics. It does not matter which gas.
It definitely does matter. Freon isn't just a gas in a refrigerator; it liquefies when it is compressed and gives up heat to the outside air, then evaporates _quickly_ when the pressure is released in the cooling coils. This takes the right variation of the boiling point with pressure. To get just the right physical characteristics in Freon, they tried substituting various numbers of flourine and chlorine atoms for hydrogen atoms in hydrocarbons. And as a bonus, it turns out that Freon is non-poisonous, non-corrosive, and coexists quite well with compressor lubricants.
Nothing else works quite as well. Water and alcohol have too high boiling points (and might be bad for the pipes and bearings too). CO2 requires a quite high pressure to liquefy. Ammonia is as toxic as cyanide. R134a (similar to Freon but with only carbon, hydrogen, and flourine atoms) is not quite as good at lubricating or at refrigerating.
By the way, refrigeration was responsible for only a tiny percentage of the chloroflourocarbons released into the environment. Refrigerators that leak coolant are defective! Spray cans were another tiny percentage. Most of the release was industrial cleaning systems - Freon and similar substances being great solvents that dry quickly, and pose no danger to the workers as long as there's enough ventilation to keep oxygen in the room. Generally these systems would try to recycle the Freon, but it kept leaking out around both ends of the conveyor belt.