help.fulguy ... thank you for making my point about being embarrassed to even be associated with some posters (i.e. you). If you do not have anything useful to say ....
It is a reasonable story to publish and the reader, like all engineers, is to draw his own conclusions and use the story as no more or less than a data point.
Canonical has already proven this concept by combining customized Desktop Ubuntu on an Android OS smartphone using a docking station. In terms of hardware,we already have smartphones that has the capability of a netbook. And with Intel's Medfield released this year and soon for the Clover Field, I am sure x86 platform will work hand in hand with Windows 8 to create a PC-Mobilephone platform in the future.
I tend to buy AMD's analysis (probably they are going to be right, first time in life) on the embedded market. Of course it is up to the industry veterans and wall street analysts to figure out what this market actually is. In my view embedded is everything minus the good now old computer. Trend is towards connectivity, things in household to commute to workplaces. Skeptical? See the growth chart of embedded market. It is growing 2-3x faster compared to the good old computers for last several years.
Of course PCs will be there for those who can afford. Emerging market is sure to skip this piece of history.
I am a bit embarrassed to be included in the same profession as many of the commenters as so few of you even addressed the nature of the article.
Having managed in a large corporate event, I can attest that software management can have significant overhead. To that end, I can see value in their product. How it will revive the PC industry .... that I am not sure. The article really did not address this.
Traces, the statement that most EDA runs on large servers is a narrow viewpoint. That is true for very large companies, but there is a vast number of seats that are not in this situation and still run on PCs. Generalizing to CAD, most Cad (Autocad/Solidworks) runs on individual PCs.
Interesting concept of your phone, etc. docking, but when bandwidth is "infinite" and high enough quality computing for UI is ubiquitous, then really do you need to dock anything, or does the UI device, whether phone, tablet, keyboard (with HDMI), television, etc. simply act as a portal with login?
In case you guys don't know, most EDA is now run on massive servers, with the client side being little more than a dumb terminal. Even with vertical market applications, there's nothing in the way of a tablet+dock being the dominant interface.
I would certainly agree that a time may come when the small handheld can be plugged into a dock, which provides it with a much more credible and useful user interface, for productive work.
Perhaps also additional non-volatile storage space, additional and flexible I/O capability, and on and on.
It's not entirely clear to me, though, when such a dock system makes sense, and when it's just as easy to build a different product. A dock for a notebook makes a lot of sense. Because you can take the notebook to meetings or anything away from the office, but then you can also dock it when you're in the office and need to generate real stuff.
Maybe you can argue that this concept can apply to cell phones too, or maybe not.
Well it's a dumb and perhaps intentionally provocative title.
How about "win8 arrives at a time pc sales are declining".
Nobody could argue about that then unless you then go and put more bs in the content.
Like claiming you have the solution with some wonder product.
What a garbage report.
Since the majority of office workers (of any stripe) tend to use a desktop computer, it think it far to early to predict the demise of the desktop computer (my interpretation for "PC"). This market will continue to grow, albeit at the replacement rate. Whomever is left standing in this marketplace will be quietly successful. Alternatively, after you satisfy any pent-up demand left in the smart phone and tablet market... then what. Back to the replacement rate again. I don't think you are going to make 30-45% margins on smart phones or tablets for the developing world. My observation is that you are misinterpreting Apple's success. They themselves say they are a "consumer" electronics company, whose goal is to sell electronics to "lightweight users" (you take it out of the box and "just use it"). I know (too many) folks that purchase an Apple computer and then run Windows on it. What does that say to the traditional Wintel vendors. I think Microsoft has figured this out, hence the Surface tablet.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.