2560x1600 pixels 2GHz A15 - dual-core Samsung Galaxy Tab 11.6 appeared

December last year, Samsung officially released the first 2GHz Cortex-A15 - architecture dual-core processor Exynos5250. Followed by the outside world has been reported that Samsung will show a 11.6-inch Android 4.0 Tablet PC used Exynos5250 dual-core processors in MWC2012. But in MWC2012 on, the Samsung did not show this product.

2048 * 1536 pixels, this 11.6-inch Samsung Galaxy Tab 11.6 will allegedly using high-resolution Super AMOLED HD screen with a resolution up to 2560x1600 pixels, although the resolution is better than Apple's The new the iPad is much higher , but due to the increase in the size of the screen, in fact, the pixel density of the two the same 260ppi. Recently, the product page on Samsung official website Exynos dual-core processors suspected the Galaxy Tab 11.6 dual-core photos of the Tablet PC. Although this product from the appearance point of view like the Galaxy Tab 10.1 N, but the Galaxy the Tab 10.1 N using the NVIDIA Tegra 2 dual-core processor, instead of Samsung's Cortex-A15 the architecture Exynos5 series processors.

There is no doubt that this is a new Samsung flat panel. Also look at the details from the photo, the size of the tablet seems bigger, larger and longer part of the design of the speaker, so this product is likely Samsung will soon launch of the 11.6 inches Exynos5250 dual-core Tablet PC - Samsung the Galaxy Tab 11.6. A 2560x1600 pixel Super AMOLED high-definition screen, 2GHz Cortex-A15 - the architecture Exynos5250 dual-core processor Android 4.0 Tablet PC. This is perhaps a lot of people want the tablet. However, its 11.6-inch size is indeed a little.

Apple is developing a tangible touchscreen for the iPhone and the iPad

Apple integrates next-generation iPhone and iPad tablet new sensor technology that will literally feel the interface elements on the display. This publication reports Cnet, with reference to a patent application filed by the engineers in Cupertino Corporation Office of Patents and trademarks of the United States.

The document describes in detail the implementation of tactile feedback in touch-screens iPhone, iPad and trackpad Mac. This is the placement of piezoelectric actuators near the capacitive sensors, so that users can feel the vibration of only a single point on the screen.

The new technology will allow users to receive i-gadgets small impact when you click on links or icons. The developers of Apple also describe the use of force sensors that can determine how much users click on the display.

In parallel, Apple decides to include feedback for the virtual keyboard buttons iOS-devices. The company planned to solve this problem long before the presentation of tablets iPad. The patent, dated the year 2009, refers to the fact that by "articulating a basis" the surface of the screen to create similar physical keyboard tabs, or point, which  is supposed to use the programmable magnets with alternating polarity and liquid Ferro-magnets that can change shape under the influence of a magnetic field .

If you find the moment of contact of a finger and touch screen, this mechanism moves the liquid Ferro-magnets under the finger, resulting in some of the surface takes a convex shape. When the user is typing, the screen becomes smooth again.