Qualcomm unveils 64-bit Snapdragon 808 and 810 SoCs: The Apple A7 stop-gap measures continue
ExtremeTech, April. 7, 2014
Qualcomm has dabbled in 64-bit ARM chips a bit, but today is the first time the company has brought
ARM’s new architecture to its flagship Snapdragon 800 line. The Snapdragon 808 and 810 are the
high-performance counterparts of the previously announced 410 and 610 systems-on-a-chip (SoC),
but this probably isn’t Qualcomm’s true next-generation ARM play. While 808 and 810 are clear
steps forward, Qualcomm is compromising by making these chips without the custom components it’s known for.
Apple’s A7 Cyclone CPU detailed: A desktop class chip that has more in common with Haswell than Krait
ExtremeTech, March 31, 2014
Some six months after Apple shocked the world with its 64-bit A7 SoC, which appeared in
the iPhone 5S and then the iPad Air, we finally have some hard details on the Cyclone CPU’s
architecture. It seems almost every tech writer was wrong about the A7: The CPU is not just a
gradual evolution of its Swift predecessor -- it’s an entirely different beast that’s actually
more akin to a “big core” Intel or AMD CPU than a conventional “small core” CPU.
The smart- or connected-home concept has been around for a few decades now, but aside from a
relatively small community of do-it-yourself enthusiasts and luxury home owners, home automation
hasn’t really caught on with the general public.
Part of the problem is that technology hasn’t quite been up to the task. That’s changing,
however, as the rapid growth of home broadband and WiFi, combined with increasingly powerful
mobile processors and inexpensive HD video cameras, is enabling a host of automation features
not feasible a decade ago.
Merck Optimizes Manufacturing With Big Data Analytics
InformationWeek, April 2, 2014
Producing pharmaceuticals of any kind is an expensive, highly regulated endeavor, but producing
vaccines is particularly challenging.
Vaccines often contain attenuated viruses, meaning they’re altered so they give you immunity but
not the actual disease, and thus they have to be handled under precise conditions during every step
in the manufacturing process. Components might have to be stored at exactly -8 degrees for a year or
more, and with even a slight variance from regulator-approved manufacturing processes, the materials
have to be discarded.
AbsMost every technology article I’ve read lately has focused almost exclusively on software, apps,
and cloud-based technology.
All of the connections and interactions that software offers us exist only because they are communicated
by our hardware. Without a tangible piece of equipment plugged into our software universe, music would
be silenced, apps would never be installed, and email would forever be unread.
Bottom line: Software is nothing without hardware and we should never lose sight of that.