Our Android devices are powerful machines, and they’re bound to get even better as chipset manufacturers begin producing power hungry hardware like MediaTek’s monster 10-core processor. Soon enough, most smartphones are going to have more RAM than our laptops, the ZenFone 2 being a perfect example.
How can we take full advantage of this power? After all, in day-to-day use, we barely even scratch the surface of what our smartphone are fully capable of. Well, one way is playing PC games on your Android device. Yes, full-fledged PC games, such as the Elder Scrolls: Skyrim, Battlefield, and the like.
It’s been a long time coming, but NVIDIA has finally unveiled its latest addition to its chipset family and “GeForce Experience” by introducing the world to the Tegra 4 processor. As indicated before, the world’s first speedy ARM 15-based quad-core all-in-one chip will feature an astoundingly efficient 28nm process (which happens to match the Snapdragon S4 Pro chip), 72 GPU cores and the ability to handle a 2,560 x 1600 resolution at 120Hz. The neat thing is that we’ll all see the same type of DDR memory and 4 + 1 architecture as found in the Tegra 3 chip, so we can expect to see incredibly responsive and fluid performance in everything from gaming to just the swiping from screen to screen in an efficient manner. Oh and for those of you that care about looking towards the future— the Tegra 4 has full LTE support.
Additionally, NVIDIA also announced its NVIDIA Grid cloud computing tool. NVIDIA Grid allows for any sort of smart devices from TVs to Android devices to run high-quality graphics and games all based off of the cloud. Essentially— users will open the app and through high quality servers that host specialized graphic cores, the same users will be able to play all sorts of high quality apps and games in awesome video and rendering quality thanks to a basic internet connection. This means that users won’t need to worry about having a device with an old built-in graphics unit anymore since it won’t be doing the dirty work of having to render high-quality video— the cores on the NVIDIA Grid servers will do all the dirty work for you.
Full press release after the break: