Announcement

Collapse
No announcement yet.

Here Is A $5 Fix To Cool Your Raspberry Pi 3

Collapse
X
 
  • Filter
  • Time
  • Show
Clear All
new posts

  • Michael
    replied
    Originally posted by chrisq View Post
    Or you could just get it from dealextreme or others that have the same thing for less than half, http://www.dx.com/p/aluminum-heat-si...er-3pcs-336768
    I mentioned LoverPi because they were the ones that sent over those thermal images and they are also the ones that provide me with a number of ARM boards. So by supporting them, also helping Phoronix ARM coverage.

    Leave a comment:


  • erendorn
    replied
    Originally posted by ferry View Post

    I think mixing metric and imperial units crashed the Mars Climate Orbiter (see Wikipedia). In fact metric is not the correct term, it is the International System of Units (SI), which consists of a (the) minimal set of base units from which all others are derived. So for instance for length there is only one unit (m), and not a multitude (inch, yard, mile). It not only makes sense to use SI for precision reasons in science, it just easier to use. And can prevent expensive mistakes like with the Orbiter.
    although to be fair, SI unit of temperature is the Kelvin.

    Leave a comment:


  • r1348
    replied
    Originally posted by dsx724 View Post
    Fixed. I agree with you but theres no way to type that on US keyboard on the default keyboard. Maybe it's just laptops.
    Heh funny, on the Italian keyboard there's a key for it ° (shared with à and #). On the other hand, to write / we need to press Shift+7, which is VERY annoying in Linux.

    Leave a comment:


  • ferry
    replied
    Originally posted by andrei_me View Post

    Or put both values, 75º F (~24º C)
    I think mixing metric and imperial units crashed the Mars Climate Orbiter (see Wikipedia). In fact metric is not the correct term, it is the International System of Units (SI), which consists of a (the) minimal set of base units from which all others are derived. So for instance for length there is only one unit (m), and not a multitude (inch, yard, mile). It not only makes sense to use SI for precision reasons in science, it just easier to use. And can prevent expensive mistakes like with the Orbiter.

    Leave a comment:


  • iugamarian
    replied
    Strangely my Raspberry Pi 3 becomes faster (at booting) and cooler if I increase the core clock (gpu) and decrease the cpu clock a little like so:
    # For Raspberry Pi 3 arm_freq is best at 2.5 x core_freq arm_freq=1125 # To be sure warranty bit not set, over_voltage needs to be 0 over_voltage=0 # Core freq and sdram_freq are best equal and make the gpu faster core_freq=450 sdram_freq=450 # To reduce power draw spikes force_turbo needs to be 1 force_turbo=1

    Leave a comment:


  • varikonniemi
    replied
    That should cost 2e MAX, the chinese will deliver it to to home for 3e total.

    Leave a comment:


  • droidhacker
    replied
    And that's just a pack of crappy A53's. Imagine what you'd see if it was A57's.....

    This is the reason for all the heat complaints on the new 64bit ARM chips, and why we are looking forward to the Snapdragon 820 and away from the reference designs of ARM.

    Leave a comment:


  • dibal
    replied
    Comparing the temperature of the case with the temperature of some heatsink sounds like comparing apples and oranges.

    Leave a comment:


  • chithanh
    replied
    "drop the SoC temperature almost in half" would have to be counted from absolute zero (0 K, -273.15°C, -459.67°F)
    So no, the heatsink doesn't drop the temperature in half.

    Leave a comment:


  • ungutknut
    replied
    @Michael: Just a few thoughts about your thermal imaging:

    )I think your pictures are too big. There seems to be no reason to use such "high" resolution as the effective resolution seems to be much less. In portrait mode the pictures occupy too much space for seemingly no reason.
    )Do you care about reflections and emissivity? It seems that you're possibly over-interpreting measured temperatures of reflecting surfaces such as the LAN-Port housing or other metallic surfaces (which are generally hard/impossible to measure exactly with IR-imaging).
    )Why not measure the CPU-Temp with the internal sensors? Seems way more accurate and straight-forward to me.
    )And yeah, °C would be much nicer... but that's probably just my eurocentric point of view ^^

    Maybe I'm just too picky but I hope you can make use of some (hopefully) constructive feedback.

    Leave a comment:

Working...
X