Embedded devices

S. Dale Morrey sdalemorrey at gmail.com
Wed Dec 18 19:58:28 MST 2013

My experience is that short of Antarctica, electronics do much better in
the cold than the heat.  CPUs naturally generate heat and a lot of it
depending on what precisely they are doing.  For instance I save on my
heating costs in the winter by setting up all my computers to do cryptocoin
mining.  :)

For heat dissipation nothing beats a fan and a heatsink.  Look at how
powersupplies are built for some examples.

On Wed, Dec 18, 2013 at 1:07 PM, Matthew Frederico <mfrederico at gmail.com>wrote:

> This may be a question more for a hackerspace community .. but it is linux
> based.
> I am consulting for a small local Utah company who is entering the market
> with a platform of embedded hardware that essentially does edge
> *hardware*monitoring.  It's utilizing modern wireless (900mhz and up)
> and current 3G
> and 4G networks to "phone home" about how certain aspects of how hardware
> is performing - e.g. uptime of security cameras, switches, routers yadda
> yadda .. Its pretty ingenious  idea - but I digress.
> We're currently looking to perform some weatherproofing and was wondering
> if any embedded linux gurus out there had any tips regarding inexpensive
> heating/cooling?  Many of these devices will be "living" outside and some
> in extreme (arctic) weather conditions, especially devices that are
> security related.
> I have heard methods ranging from immersing entire PCB's into vegetable oil
> to creating a "heat" process that waits for low system load to increase cpu
> usage thus inducing heat...
> Anybody out there find any success with keeping hardware warm and cozy?
> --
> --
> -- Matthew Frederico
> /*
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