A teardown of Apple's A6 mobile processor powering the new iPhone 5 has revealed some details this afternoon. Like many of their previous processors there's been a lot of mystery around just what exactly is powering the new device, but thanks to iFixit we now have an in depth teardown of the A6 processor itself.
It's not uncommon for manufacturers in the technology industry to have secret projects in the works. For many things in the technology world secrecy is very important. One secret project that Nvidia is said to be working on is called Project Boulder.
Today the folks from Qualcomm have released a neat little video showing off just how impressive their Snapdragon processors that power most of today's (and yesterdays) smartphones truly are. Qualcomm's been a leader in the mobile processor space for a long time, and are powering some of the most popular phones like the Galaxy S III and HTC One X.
Samsung has announced that it will be spending $3-$4 billion on upgrading one of its chip manufacturing plants in Austin, Texas. The Austin Statesman reports that Samsung will be upgrading "roughly half" of its plant in order to make higher quality chips for mobile phones and tablets, and that this process is expected to take around a year. That section of the plant was shut down last month, and when it opens back up in 2013, Samsung will have a variety of new equipment at its disposal.
Samsung has revealed details of the new Exynos 5 Dual, the company's latest chipset for smartphones and tablets, packing a pair of Cortex-A15 cores for superlative mobile power. The new 32nm SoC packs twin 1.7GHz cores and supports up to 2560 x 1600 WQXGA resolution - interesting, given the persistent rumors that Samsung is readying an 11.8-inch tablet at just that resolution - along with 1080p 60fps hardware deceleration and 3D graphics.
You've heard that the Qualcomm Snapdragon S4 Pro Mobile Development Platform tablet is the most powerful Android slate ever made, that is looks pretty neat, and that it's up for sale now - but let me tell you this: you don't want it. If you take a peek at this tablet and notice the variety of hardware features that are visible from the front of the device (not to mention the bacK), you should instantly be suspicious: a consumer-aimed tablet doesn't look like that in our modern mobile world. Instead this device was created for a very specific set of users, users who have $1,299 in their budget to grab devices that'll help them forward their career or business.
ARM and TSMC have inked a deal for the next-generation of 64-bit processors, paving the way for phones, tablets, notebooks and even servers which outclass x86 chips on performance and efficiency. The deal, which builds on an existing multi-year agreement between ARM and TSMC on 20nm production, will see ARM optimize its ARMv8 architecture and Artisan IP with TSMC's FinFET process technology, slashing the time it takes to bring new, advanced chips to market.
Marvell has announced a new SoC that it claims will enable a new generation of Google TVs to come to market. The chip is called the ARMADA 1500 HD Media SoC. The company says the new chip will enable OEMs to deliver immersive home entertainment experiences with Google TV products. The chip recently passed Google's certification process.
This week we've gotten the opportunity to see in a very basic way how powerful the next generation of Texas Instruments device processors will be. Graphics are the name of the game here, Texas Instruments' Curt Moore showing off how an OMAP 5-toting developer platform tablet works with Android - which, incidentally, is running a bit of software called SBP Shell 3D (see our hands-on with the Viewsonic Viewphone 4S smartphone to see more SPB action). This software displays an array of homescreens all at once, allowing you access to each as they spin on a carousel: prime real-estate for showing off graphics power on OMAP 5 architecture.
This week we got the opportunity to take a peek at Texas Instruments' effort in the Windows 8 space with their development platform tablet. This device is made for developers to get a handle on how their OMAP 4470 processor (that's still OMAP4, not quite OMAP5 yet) works with Windows RT. After having been in development for over a year in direct collaboration with Microsoft, Texas Instruments is finally ready to show off its excellence here!