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Although lately it seems as if the media headlines are associated solely with smart watches and mobile hardware applications for smartphones can capture the minds of all at the end of 2014 and early 2015, as the experts expect serious movement in this direction.

For many, it is no secret that the major consumer electronics manufacturers comply with an unwritten rule that technology products should not develop too quickly to capitalize profits each technology.

For this reason, many owners of smartphones have the feeling lately that the producers are trying to keep their attention with waterproof models or numerous other tricks.

However, this will not last much longer and are likely early next year leading models of big companies to take us to a new level of development of the hardware.

1. Processor

The fact is that for a long time we have not observed an increase in efficiency in the processing of data on mobile devices. When it comes to CPU processing power, nothing has changed from 800 Snapdragon Snapdragon 801chak to 805. Observed only a slight increase in graphics performance. Fortunately stagnation in Android CPU development is at an end. Top new mobile processors 64-bit family of Qualcomm is a fact. These are Snapdragon Snapdragon 808 and 810. Snapdragon 810 is the more powerful of the two and can boast four Cortex-A57 cores and four Cortex-A53, including at easier tasks, and Adreno 430 graphics. For contrast Snapdragon e 808 6-core with two Cortex-A57 and Cortex-A53 four cores and Adreno 418 graphics. A common feature of both models is Cat 6 LTE Advanced maintenance, offering speeds of up to 300 Mb / s. Snapdragon 810 will bring support for 4K screens, LPDDR4 RAM and 55-megapixel camera. Snapdragon maintained at 808 RAM is LPDDR3 and resolution 2K.

2. Battery

Of course everyone would jump at the advent of efficient new processors in their mobile gadgets, but the battery life is perhaps the most important problem in modern smartphones. American scientists Vanderbilt in Tennessee, have developed a fundamentally new technology of rechargeable batteries, using super capacity. They constructed a prototype of the power source, which has electrodes of silicon, which are processed electronically so that the surface to form nano-pores. Then they are covered with ultra-thin protective layer of carbon similar to graphene. As trapped between the two electrodes a layer of a polymer that serves as a reservoir for the ions.

It performs the function of electrolytic paste in ordinary batteries. When the electrodes are pressed towards one another, the polymer, under the influence of temperature, filling the small pores. A very strong alloy during cooling of super capacity. The entire body of the smartphone, tablet, computer, vehicle chassis or the fuselage of the aircraft can be used as a super capacity. The new type of battery is charged in minutes instead of hours. They can perform millions of cycles of charging and discharging. In the most advanced batteries it only amounts to a few thousand.

3. Camera

Yes, battery technology needs to be improved, but manufacturers are looking to solve the problem globally. Consumers enjoy bright and sharp images displayed on their devices, but do you realize that most of the pixels require additional energy. Furthermore, there are applications that consume battery more quickly than others. On time soon smartphones will use technology MEMS (microelectromechanical system), all cameras presented so far work on a different principle (VCM, voice coil motors).

The advantage of a MEMS-chambers compared to VCM is their weight. But most important is the speed of focusing. MEMS-module is up to 7 times faster than ordinary in all shooting conditions that would not allow to miss valuable addition. Furthermore, when shooting stationary or slowly moving objects focus can be adjusted manually later (as in Lytro). In addition, MEMS chambers are distinguished by a smaller size and lower power consumption.

4. Memory Storage

Thanks to technology Resistive RAM Crossbar developed by the company will be able to store information in the chip 1TB size smaller than a postage stamp. Combining RRAM with continuous innovations in displays, mobile chips, battery capacity, even experiments with solar panels, you can make smartphones for the foreseeable future even more interesting and desirable devices.

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