Xcl4m4t10n
Advanced Member
- Joined
- Dec 18, 2009
- Messages
- 1,209
The only thing I am waiting for is for the betatesting of the Pyra's units. Then we will know about it with real experience and no with what ifs or maybes...
I think ED said something related long way ago. Maybe he can say something.Who's gonna be doing the beta-testing anyway?
Im no fan of fans at all...fans*
With this idea... using the user as a living heat sink...AMD has the perfect solution:
Could include a pair of needles and tubes to tap into the user - user's arterial blood pumps through the Pyra to cool it and return to a vein. The Pyra - cooled by dialysis/plasmophoresis (blood exchange).I wonder though: how much Watt of heat can the passive heatsink handle? Is there a way to improve the overall thermal conductivity from the CPU to the user's hands? After all, the human body is a very thermally stable system which uses advanced evaporation and liquid cooling techniques, I'm sure it can help a lot.
That Idea gets my blood boiling...Could include a pair of needles and tubes to tap into the user - user's arterial blood pumps through the Pyra to cool it and return to a vein. The Pyra - cooled by dialysis/plasmophoresis (blood exchange). OK, so we're not ready for the whole cyborg thing quite yet...
Might as well have it powered by the user as well.Combine this idea... using liquid to transport the heat away from the Pyra...
With this idea... using the user as a living heat sink...AMD has the perfect solution:
Could include a pair of needles and tubes to tap into the user - user's arterial blood pumps through the Pyra to cool it and return to a vein. The Pyra - cooled by dialysis/plasmophoresis (blood exchange).I wonder though: how much Watt of heat can the passive heatsink handle? Is there a way to improve the overall thermal conductivity from the CPU to the user's hands? After all, the human body is a very thermally stable system which uses advanced evaporation and liquid cooling techniques, I'm sure it can help a lot.
OK, so we're not ready for the whole cyborg thing quite yet...
Combine this idea... using liquid to transport the heat away from the Pyra...
With this idea... using the user as a living heat sink...AMD has the perfect solution:
Could include a pair of needles and tubes to tap into the user - user's arterial blood pumps through the Pyra to cool it and return to a vein. The Pyra - cooled by dialysis/plasmophoresis (blood exchange).I wonder though: how much Watt of heat can the passive heatsink handle? Is there a way to improve the overall thermal conductivity from the CPU to the user's hands? After all, the human body is a very thermally stable system which uses advanced evaporation and liquid cooling techniques, I'm sure it can help a lot.
OK, so we're not ready for the whole cyborg thing quite yet...
I wants to play tetris under the hot german sun, and you just telling something about al pacino and robert de niero??Yes. the pairing of Robert De Niro and Al Pacino should have made for a greater movie.. but sometimes shit happens...
The OMAP5 is rated stable in environments up to 80C. If it ever gets that hot I suspect you'll have bigger problems then whether you can play tetris or notThere are something about 39 degreese celsius now in some parts of germany,
Would the Pyra work on this hot days??
[joke]New from CrapApp! The Pyra Coffee Warmer!The OMAP5 is rated stable in environments up to 80C. If it ever gets that hot I suspect you'll have bigger problems then whether you can play tetris or notThere are something about 39 degreese celsius now in some parts of germany,
Would the Pyra work on this hot days??
No no, that's not the maximum temperature it's safe to run AT, that's the maximum temperature it's safe to run IN. As in, if your house ever reaches 80C then it should continue to run just fine.I'm pretty sure the operating temperature of the chip is even higher than that.Seriously - I doubt that it will be able to get that hot even running flat out unless it's insulated in two pairs of hiking socks or something.
They are both old and probably pretty frail now. I hope the Pyra is tougher than they are. I hope the Pyra doesn't look like them either. Oh, and to keep it on topic, I doubt they can handle extreme heat very well...it would be nice if a device with a name like Pyra can withstand heat and not just burst into flames.Yes. the pairing of Robert De Niro and Al Pacino should have made for a greater movie.. but sometimes shit happens...
Keeping it operating is one thing, holding a 60°C hot device at a 40°C enviroment the other.To be honest I will not even leave the house at such a weather (laying under the sun wtf?) so I'm not that bounded to a portable device then.The OMAP5 is rated stable in environments up to 80C. If it ever gets that hot I suspect you'll have bigger problems then whether you can play tetris or notThere are something about 39 degreese celsius now in some parts of germany,
Would the Pyra work on this hot days??