Synapse Takes 802.15.4 in a Different Direction
The wild and wooly world of wireless is still bubbling with new things. We've become accustomed to three contenders for short- to medium-range wireless: WiFi, BlueTooth, and ZigBee. And we saw before that there is a profusion of longer-range, lower-power protocols vying for primacy.
Well, today the plan was to look at a couple of new protocols (or, at least, new to us) that are based on shorter-range familiar technology. One, from Synapse Wireless, shares the bottom of its stack with ZigBee; the other, a new WiFi variant newly branded as HaLow, shares the top of its stack with conventional WiFi. But I still have questions outstanding to the WiFi folks, so we'll have to push that off to some other time. So today we look at SNAP.
Technology Transitions, VPX, and the Challenges of SoCs in Embedded Design
Consolidation and innovation in embedded design is the name of the game for this week's Fish Fry. We chat with Ken Grob (Elma Electronics) about VPX, getting your box design onto a board, and the many advantages of implementing a system on chip or system on module in your next embedded design. In a special “This isn’t an April Fools' joke” edition of News You May Have Missed, we investigate how the foam created by a tiny frog from Trinidad may revolutionize antibiotic delivery. Also this week, we check out the many challenges and alternatives for thermal management.
Giving a Computer to All 11-12 Year Olds is Not the Answer
I had planned to write about new advanced technologies (quantum computing and the like) and to report on SEMI's Industry Strategy Symposium Europe, but instead, I have been distracted by the announcement that all British children in school year 7 – that covers children between 11 and 12 years old - are being given a computer. The aim is to re-enforce the government diktat that "all children should learn to code". All the talking heads that are being rolled out to support this initiative state, as an unchallenged fact, that coding is as important as English for someone in the early 21st century. The justification is that coding is the way to gain understanding of the digital worlds, including, inevitably, the Internet of Things.
MATLAB Upgrades Boost Design Creation
“Verilog and VHDL are the most natural and efficient ways for me to express my design intent.”
— No one. Ever.
Whether we’re doing FPGA or ASIC design, or programming the latest DSP, most of us don’t start out our project with regular hardware description languages. In fact, if we’re developing or tuning an algorithm, or if we’re somehow applying math to our problem, a great many of us do the early work in MATLAB. It makes sense. For translating mathematical ideas into specific algorithms, and verifying the performance of those algorithms on early data sets, MATLAB is worlds more productive than jumping straight into the design of hardware, or even into C/C++ coding.
Fiduciary Responsibility Extends in All Directions
“Management is doing things right; leadership is doing the right things.” – Peter Drucker
Why do you go to work? Is it because you’ve found your life’s calling and can’t imagine doing anything else? Or is it because you just need a steady paycheck, and you don’t care who provides it? Do you consider your current position as merely a convenient source for on-the-job training before you bust out and go it alone? Did you inherit father’s company? Or is it because you’re flirting with the receptionist?
Dramatic Mood Change at SPIE Advanced Litho
The mood was dramatically different from prior years. Hope was in the air, and there was a distinct sense that the long sought-after achievement might actually be within reach.
If I tell you that the venue for this altered state was the SPIE Advanced Litho conference, then you can probably guess what I’m talking about: EUV. (OK, that and the spoiler title…) The tenor of the presentations, and even comments from the audience, were completely different from last year and prior years.