World’s first 10nm SoC is a big deal

Kaby Lake, the third generation 14nm was launched in 2016 and it looks like Cannon Lake 10nm Intel CPU might only launch in late 2017. But it is fairly certain that the Snapdragon 835 mobile SoC is going to ship in the first half of 2017.

Atom E3900 series totally redesigned

Intel has been showing off its next generation of its Atom microprocessors intended for the Internet of Things (IoT).

Step forward in home automation

Logitech did some pioneering work on the home automation front and its  Harmony line was offering to turn on your TV, speakers and receive stuff with a press of a button. Now with Alexa support, you can simply say "Alexa turn on Netflix" and Logitech will provide the rest of the magic. 

Hypodermic needles

While every IT company in the entire universe appears to be hyping the internet of things (IoT) as the next big thing, there’s very little substance to the claims.

Things are not what they used to be

Not long ago all you could hear from Chipzilla was the mantra of the internet of things, but now that seems to be falling by the wayside.

Life after navigation

Garmin is proving that there is life after the nagivation industry by making a bob or two out of wearables, but the outfit has worked that it is not just about flogging the gizmo and hoping.  Instead you have to build a community interested in supporting that wearable.

There is a pong in the Internet fridge

Legendary games maker Atari is getting into the Internet of Things.

Head IoE-Consumer Electronics talks smart drones

Qualcomm wants to make drones smarter and is using the Snapdragon developer board to make it happen. Fudzilla was shown Qualcomm's proof of concept drones that are capable of knowing and mapping environment.

Doug Davis and Kirk Skaugen

We just reported that Aisha Evans, Intel's corporate vice president and general manager of the Communications and Devices Group, is leaving the company. Now, it seems that two other highly-ranked Senior Vice Presidents are leaving as well.

Named in "top 10 breakthrough technologies of 2016" by MIT

Recently, a team of computer scientists from the University of Washington have developed an ultra-ultra-low power, extremely energy efficient version of the ubiquitous Wi-Fi transmission technologies that most of us have come to welcomingly embrace over the past decade and a half. Dubbed “Passive Wi-Fi,” the new standard consumes nearly 10,000 times less power than current Wi-Fi components and triples battery life on a wide range low bit-rate devices at home and in the workplace.