NEC Intros First Smartphone with Liquid Cooling

The Inquisitor reports that NEC's Medias X N-06E is the first smartphone to feature liquid cooling.

Before now, phones didn't have a cooling system at all. But the new Medias X sports a liquid-filled heatpipe that pulls heat away from a Qualcomm Snapdragon 600 quad-core SoC and disperses it all via a graphite "radiator" through the phone's polycarbonate exterior to slow overheating. The system board is also designed to disperse the heat.

What's surprising about this cooling aspect is that the Snapdragon chip isn’t overclocked – it's not even maxed out at 1.9 GHz. Instead, the chip is toned down to a slower 1.7 GHz even with its liquid-cooled core installed. Still, overclocked or not, the chip will generate heat from heavy use like graphic-intensive game playing and media streaming. The liquid-cooling system should help the overall device stay cool to the touch even during heated FPS shootouts.

In addition to the liquid cooling, this phone will feature Android 4.2 "Jelly Bean", a 1.3MP camera on the front, a 13.1MP Exmor RS camera on the rear and a backside illuminated sensor. There's also a 4.7-inch OLED display with a 1280 x 720 resolution, NFC and Wi-Fi connectivity, a 2,300mAh battery and compatibility with Japanese digital TV services. That's right: it's only heading to Japan's NTT DoCoMo this summer.

Still, if this liquid cooling design is successful, it could find its way into other smartphones sold in more regions. It may eventually become necessary as components decrease in size but increase in number within smartphone form factors and in sheer desktop-like performance. It certainly would be the preferred alternative to a noisy fan.

The weird aspect about this phone is that NEC isn't marketing the device to gadget nerds. Instead, it's shooting for the ladies, packing the phone with a pretty pink color option and girly charms. Some of us would buy it nonetheless just to take it apart and see how the cooling system performs... and for the pretty charms.

  • aibenq
    well, they target is lady is more likely fitted. woman is kinda hate when they phone warmed, specially on summer. so if the phone is cooler, the result they will able hold the phone longer and able to do many activity longer without worrying overheating they phone.
    well, we man rare complain about the heat because we kinda ignore it... :Da
  • InvalidError
    A lot of wireless gadgetry does have a (crude) cooling system: a copper sheet that serves both as an EMI shield and a heat-spreader to soften major hotspots.
    I think the fancy liquid cooling is more about spreading heat around more effectively to reduce uncomfortable hotspots than anything else.
  • tului
    My girlfriend tried liquid cooling an iPhone 4. Dropped it in the toilet. Apparently it reached temperatures so low it would no longer turn on >:)
  • WithoutWeakness
    Heatpipes now constitute liquid cooling? I guess my graphics cards and my motherboard are liquid cooled now. Running a tower heatsink on your CPU? You're liquid cooling!
  • de5_Roy
    WTFone moment of the day.
  • irish_adam
    are you for real? lol since when are heatsinks filled with liquid? Pretty sure they are solid
  • thegreatms
    Nope, heat pipes are not solid. They are generally filled with a liquid/gas that evaporates and condenses at the correct temperature to allow the convective flow of the gas to transport the heat from the source to the sink.
    A well designed heat pipe can move many times more heat than the same diameter solid copper pipe.
  • TheBigTroll
    they should have overclocked it with that cooling system. 2.5ghz would be achievable
  • house70
    10821406 said:
    My girlfriend tried liquid cooling an iPhone 4. Dropped it in the toilet. Apparently it reached temperatures so low it would no longer turn on >:)

    She just placed it where it belongs, LOL.

    Heatpipe is NOT liquid cooling, at least not by the widely accepted definition of it. If anything, it's phase-change cooling.
  • bildo123
    Kind of bad when you start thinking in terms of battery life.