In addition to a likely improved processor and camera sensor, it appears that Apple’s next-generation iPhone will include a dual-LED Flash. In light of reports and part leaks pointing to this new feature, it is worth taking a look at how dual-LED flash parts compare to single LED flashes (as found on the current iPhone 5) in real-world use.
future iPhone rumors Stories June 24, 2013
future iPhone rumors Stories June 19, 2013
Apple, Samsung & HTC considering liquid-cooled phones (rumor)
Digitimes is not a source noted for its hit-rate, but its claim that Apple, Samsung and HTC are all considering liquid-cooled phones isn’t quite as far-fetched as it sounds: NEC has already launched one.
Smartphone players such as Apple, Samsung Electronics and High Tech Computer (HTC) have started showing interest in adopting ultra-thin heat pipes for their smartphones and are expected to release heat pipe-adopted models in the fourth quarter, at the earliest, according to sources from cooling module player.
The NEC Medias X 06 E launched last month in Japan was nicknamed the ladyphone, as it was designed to appeal to women who apparently complained about the heat generated by smartphones. The phone itself was nothing special – a 1.7Ghz quad-core Snapdragon processor with 4.7-inch display – it is the cooling that made it stand out …
Most of today’s smartphones use a graphite ‘radiator’ and foil to transmit heat to the outer casing, where it can dissipate. The NEC uses the same liquid cooling system used in some ultrabooks: a pipe filled with coolant which carries the heat away from the CPU and wireless chips. The difference is the size of the pipe. While ultrabooks have pipes with a typical diameter of around 1.1mm (0.04 inches), the NEC uses pipes almost half the size.
Digitimes’ claim that we can expect Apple to adopt liquid cooling by the end of the year seems unlikely: while several companies are working on the technology for smartphones, current yield rates are said to be just 30%. But with smartphone processors becoming ever beefier, and 4G chips generating more heat, we probably can expect liquid cooling to become a mainstream technology for smartphones in the not too distant future.