Driving The Road Less Traveled


To a large extent, the automotive industry does not follow traditional design approaches that are seen in the semiconductor industry, mostly because of the way the automotive ecosystem is structured, combined with a level of complexity not seen even in products like smartphones and other highly sophisticated consumer electronic devices. Thomas Heurung, manager of technical sales teams in Eur... » read more

Anything As A Service


Everything as a service promises to simplify our lives, from cutting edge business to consumer applications. It is too early to tell, but the concept of everything moving to the cloud poses some interesting issues, from bandwidth to security. Who would have guessed that in 2015, launching a business would require virtually no physical assets? You simply turn on your computer and everything y... » read more

Using DNA Differently


As the Internet of Everything creeps closer and closer, technologies from wireless to biometrics are undergoing metamorphosis. On the biometrics front, there is a vast array of applications, from fingerprints to facial recognition—even finger vein recognition. But the one that is garnering a lot of attention these days is DNA sequencing, and a subset called rapid DNA sequencing. Both are b... » read more

Low-Power Considerations For IoT Devices


The concept of the Internet of Things has produced plenty of fanciful thinking about what’s possible. There are some wonderfully creative idea, not all of them practical. That's too bad, because there are ample areas that could benefit from functional IoT devices, such as: • Infrastructure sensors for buildings and bridges; • Medical sensors for use on or inside the body; • Oil drill... » read more

One-Time-Programmable Dynamic Power Cut By Factor Of 10


Of the challenges being addressed by Internet of Things (IoT) designers around the globe, none is more pressing than the need to reduce edge-node power. While eyes often turn to the radio as primary consumer of energy, memory, including NVM memory, also contributes a substantial portion of the energy consumed by an edge node. Power reductions in all memories will be essential for meeting this c... » read more

The Cloud, The IoE, And You


In part one, the cloud of the future was dissected. This part examines concerns and possible impediments. No one doubts the cloud will be an important part of the Internet of Everything, but the transition from local to off-site computing will never be completely seamless or risk-free. To begin with, there is the cost of storage and bandwidth. Running applications using on-site hardware ... » read more

Inside Mesh Networks


Ad-hoc wireless mesh networks will be the great enabler for the IoE. Part one discusses the technology behind them. Mesh networks have a huge upside when it comes to the Internet of Everything, but there are also some big issues that have to be resolved. “One of the real challenges with mesh networks is there is not a lot of control of the devices that are joining and leaving the networ... » read more

Security Improvements Ahead


After nearly two years of talking about how security is one of the biggest problems facing the IoE, progress is being made on a number of fronts. The changes involve many companies, both individually and collaboratively through standards groups. And while none of this will stop the kind of high-profile breaches that affected Target or Home Depot or JPMorgan Chase or a long list of other gian... » read more

The Secret World Of Ciphers


The arena of creating secure environments in the hardware and software industries is somewhat shrouded in mystery and misunderstanding. Certainly, some types of ciphers are relatively straightforward and uncomplicated. For example, there is one called the Caesar cipher, which is one of the most prolific, and simple encryption techniques. Basically, this is simply aligning two alphabets and s... » read more

Will People Pay More?


Smart devices can do many things. Some of them are useful, some are questionable, and some are just plain ridiculous. But the real issue for semiconductor and system companies isn't whether people will use them. It's whether they will work long enough and well enough to warrant the extra cost. The reality is that very few people use all of the features in any device, or even within a single ... » read more

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