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Taiwan Component Makers Want Heatpipes in Smartphones

Unnamed sources stated on Tuesday that Taiwan-based thermal module makers are hoping that smartphone vendors follow Sony Mobile's lead and use heatpipes in their smartphones. Sony Mobile has a heatpipe in its Xperia Z2, as does Japan-based vendor NEC, which used heatpipes in the Media X06E in 2013.

"Heat pipes are hollow metal pipes filled with a liquid coolant that moves heat by evaporating and condensing in an endless cycle," Cooler Master explains. "A heatpipe can be considered a passive heat pump, moving heat as a result of the laws of physics."

According to the sources, Samsung Electronics and Lenovo began experimenting with heatpipes after NEC's phone went retail. Yet despite their interest, Samsung and Lenovo have yet to implement heatpipes into their smartphone designs.

In the desktop PC market, the typical heatpipe will range from 1 mm to 2 mm in diameter. Heatpipes that are used in Ultrabook-style form factors measure 1 to 1.2 mm, whereas heatpipes used in tablets measure 0.8 mm in diameter. Those that can be used in smartphones have a diameter of 0.6 mm and are now available for volume production.

Digitimes reports that Japan-based Furukawa Electric and Fujikura as well as Taiwan-based Chaun Choung Technology, TaiSol Electronics, Auras Technology, Asia Vital Components and Yeh-Chiang Technology have developed and made ready heatpipe solutions for smartphones.

Sources claim that the heat-dissipation effects of heatpipes are better than using graphite carbon fiber sheets, which are currently used in most smartphones on the market. Still, do we really need heatpipes in smartphones? Aren't the graphite sheets enough to protect our delicate digits? As smartphone processors (SoCs) grow in cores, so may the heat, leading to a better way to keep the components cool.

  • liveforcars
    What does the photo have to do with this?
    Reply
  • Shankovich
    Don't see why. Not many phone chips make enough heat to make the pipes feasible. I can see the advantage but I mean what's the gain? No chips get hot enough to cause significant leakage. Heat pipes would allow more powerful chips, but then you'll kill the battery before lunch. A lot more R&D needs to go into the battery tech first, not cooling and screen resolution.
    Reply
  • anthony8989
    In the desktop PC market, the typical heatpipe will range from 1 mm to 2 mm in diameter.

    Don't think I've seen any 1 mm - 2 mm heat pipes in the desktop PC market. Usually CPU and GPU heat pipes are 5-10 mm in diameter.
    Reply
  • ddpruitt
    Instead making a phone with a more powerful chip whose power I won't use and can burn a hole in my pocket, how about you give the same power for less heat and better battery life?
    Reply
  • David Dewis
    13103616 said:
    What does the photo have to do with this?

    that was my first thought
    Reply
  • firefoxx04
    Now that I have a data plan worth using, my phone batter last me 9 hours. That's enough sometimes but other times it's a major pain. Give me a 3000mah battery before beefing up my already plenty fast phone. Thanks.
    Reply
  • derekullo
    Zombie holding a cell phone ^
    Reply
  • ekagori
    What will they think of next? Adding a Hyper EVO (Mini Mobile Edition) to cool the SoC? lol
    Reply
  • MaxTesla
    What does the photo have to do with this?

    The phone gets so hot that it explodes and blows your face away

    DUUUUUUUUUUUUUUUUUUUUUUUUUUHHHHHHHHHHHHHHHH
    Reply
  • ewok93
    Maybe better cooling will allow for a better battery in the future, but I agree adding cooling will only allow for a more powerful phone, meaning higher power draw, because that's really all the heat is, power. Although, I have a Nexus 5, and it gets hot and has huge throttling issues, so a better cooling system would help. I think that better cooling will help a lot of phones, but if it exceeds the phone's heat output, they'll just increase the power usage, making the battery life even shorter. You can't upgrade the cooling without upgrading the battery, basically.
    Reply