WQXGA resolution is not unheard of at this time. The last tablet Samsung for Google, Nexus 10, has a panel of 2560 x 1600 pixels, which distributed throughout the 10.1 - inch diagonal yields a density of about 300 dots per inch. The balance is already spectacular in a tablet format according to these dimensions, so the result would remove the hiccups in a touch mobile, no matter how wide its panel was. It is precisely at this point where manufacturers would like to influence in the face of the next generation smartphones that we would know in 2014, as we have learned through Phone Arena.
And is that the measure that marks the aforementioned WQXGA could be in the spotlight for the high-end terminals that we will know next year. The race for high density was started by Apple with its iPhone 4, whose Retina concentration of 326 dots per inch demanded a well-deserved applause from users and spurred the competition to put the batteries, equipping its terminals with screen displays. High Definition. Today, the FullHD standard ”” 1,920 x 1,080 pixels”” Is almost an obligation in phones that want to be at the forefront of the forefront and as a reference in the market. But given that patent technical leaps have to be presented in each generation, overcoming the 1,080-line barrier seems like a goal that is not only attractive, but also possible.
Several Japanese display vendors have already shown that fitting so many millions of pixels onto one display is not science fiction. Toshiba and Sharp have already shown prototypes of this category, breastfeeding with densities exceeding 500 dots per inch, something that is as striking as it is apparently innocuous, given that the level of detail becomes so high that the human eye can hardly appreciate it. in panels of the size in which "" about six inches "" are installed. To give us an idea, the first-generation Samsung Galaxy Note distributed in its 5.3 inches a total of 1,280 x 800 pixels, which is just half of what the typology proposes WQXGA. However, even on large format tablets this definition load exceeds what an average user can perceive without enlargement.
However, this gives clues about where the next generation is headed, given that moving content with such a resolution will also require powerful processing units. Very powerful. In the second half of the year we will attend the next proposal from the Californian Qualcomm, materialized in the Snapdragon 800 chip , which surpasses the already muscular Snapdragon 600 in solvency , present in the HTC One and Samsung Galaxy S4. Precisely the South Korean has flirted this year with the eight-core architecture "" let's remember the Exynos 5 Octa that has been installed in one of the versions of the Galaxy S4 "", and not a fewrumors point to other manufacturers' plans to jump on this same train. In any case, there is still not enough evidence in this regard, and the fact that this year many companies have focused on expanding the intelligent functions of their equipment without putting so much meat on the spit of technical specifications ”” at least, not following such great qualitative leaps compared to the trend of other years "" invites us to think that for the next generation they will put all the meat on the grill in this line.
Thus, the bells of new and surprising proposals begin to ring in the field of screens, stretching the rubber of definition even more. Given this, one more year, we could find the eternal question unanswered: when will a new technology that surpasses the one that continues to be used in the development of batteries and makes a clear leap in the autonomy of devices?
