This week Intel has made clear their intentions to create a wireless PC universe in the year 2016. With their post-Broadwell Intel Core processors, the company will aim for wireless charging in all things. This week the company makes plain their plan to bring systems like magnetic resonance charging to the public.
There should be little doubt now that the Broadwell generation of Intel chips will be out before the end of the year. This means higher-power processing and lower energy consumption - and it means Intel is bringing on chips faster than previously reported.
There’s a relatively tiny device being prepared by NVIDIA right this minute with the name "Jetson" in its title. This device is very similar to the NVIDIA Jetson we saw in 2013 - almost exactly one year ago to the week - but here NVIDIA is being much more up-front about it. Here you can jump right in and buy.
Support for the NVIDIA GeForce GTX 800M collection of graphics processors is now ready alongside several other sets of processing hardware for the NVIDIA GameStream experience. What this means for NVIDIA SHIELD owners is that their gaming laptop, if too large for any given situation, can be used to stream games to their NVIDIA SHIELD. This ability will be activated immediately if not soon for a number of Kepler and Maxwell based GPU-toting notebooks.
In the quarter of the year that ended on the 29th of December, 2013 - the financial quarter, that is - Qualcomm reported this week that they'd pulled in record numbers. Record quarterly revenues, MSM chip shipments, and device sales reported by licensees, each of them higher than Qualcomm had ever seen for this particular quarter any year previous. This stacks up well with a quarterly revenue of $6.62 billion USD - that's up 2% compared to the quarter before this one and up 10% year-over-year.
Bringing on a 192-core processor in the NVIDIA Tegra K1 wasn't a big enough release for NVIDIA at CES 2014. Instead they had to go beyond a single Quad-core A15 iteration - they decided to deliver two iterations of this mobile processor this week - one is that quad-core version, the other is a dual-CPU-core processor based on NVIDIA Denver. Denver, if you did not know, works with 64-bit architecture.
In what could end up being a blow to Intel, Google is contemplating both designing and using its own server processors, according to a source who spoke to the folks at Bloomberg. There would be several benefits for the Internet giant if it decides to undertake such efforts, particularly the control offered over the crossroads betwixt software and hardware. Nothing has been set in stone, however, and the source says plans could end up changing.
Having pushed the Snapdragon 800 quad-core processor earlier this year and seeing applied to a relatively large cross-section of top-tier smartphones and tablets alike, Qualcomm has brought on the next step in the Snapdragon 805 here at the tail end of 2013. This processor will work in machines inside 2014 and will bring on - first and foremost - support for Ultra HD video playback. What's especially interesting about this ability is the fact that while some mobile smart devices have already been able to record Ultra HD starting at 4K, they've not been able to play it back - Qualcomm makes it so here with the 805.
It's a big month for quantum computing. Earlier today we reported that scientists had sustained a quantum computer for 39 minutes at room temperature instead of having to cool it to near-absolute-zero first, meaning we are that much closer to Ludicrous Speed consumer computers. Now it has come to light that photons can be measured, measured, and measured again--without having to absorb and thus destroy them. The upshot? It's a big month for quantum computing. Explanation after the jump.
Scientists have just taken quantum computing a big leap closer to consumer viability. In a paper published in Science, it was shown that qubits--the atomic particles used in ludicrously fast quantum computers--can be made to retain their "superposed" state--that is, a state of both 1 and 0 or multiple 1's and 0's--for 39 minutes at room temperature, instead of the approximately three minutes they could hold out for earlier. In other words, your computers and devices are now that much closer to being tens of thousands of times faster than they currently are with their old-fashioned bit-based processors.
AMD yesterday announced some new details about the company's third-generation accelerated processing unit (APU), "Kaveri," for notebooks and desktops. Kaveri is the first APU using heterogeneous system architecture (HSA) in combination with AMD's new TrueAudio technology and the Mantle API, the company said. The Kaveri is scheduled to start shipping Jan. 14, 2014.