Multi-device testing is about looking at RF conditioning and looking to improve test system efficiency for a number of devices. There are a number of multi-device testing options that can be identified. This is where a RF channel is mapped 1-to-1 to a specific device, testing each device asynchronously (DUTs are not required to be tested/controlled at the same time).
As an editor who is constantly searching for the latest innovational news, the above subhead greatly annoys. I encountered during a daily search for the “Photos of the Day” spot in WDD’s daily newsletter, typically, NASA.gov is doing some amazing satellite work. I’ll refrain from describing my hand gesture I made towards the screen when the message popped up.
The lack of women in engineering has been an ongoing issue for some time. In terms of progress, we have seen some marvelous improvements and change for the better. But according to the National Science Foundation’s most recent statistics, an astonishing gender disparity remains...
With sensors and networking technology being strapped to nearly every machine around the globe at a blistering pace, estimates projecting 50 billion connected devices by 2020 may be too conservative.
We now expect more from technology and less from each other. We’re satisfied with “collecting friends like stamps” and substituting quality with quantity. While I appreciate and praise the creature comforts technology provides us, I still prefer ...
I go through cell phones more often than the average consumer, but I blame phone companies for their clever marketing ploys. Sure, I can say no, but then I wouldn’t have a cool new toy to show off to my fiancé (iPhone's greatest and loudest champion). I know that I’m not the only one who creates any excuse possible to get the latest phone upgrade.
The rapid growth of Bluetooth Smart Ready PCs, tablets and smartphones provides a unique opportunity to create innovative accessories. Bluetooth Smart enables ultra-low power connectivity and basic data transfer for applications previously...
Bluetooth Smart technology is becoming the de facto standard for a new generation of devices looking to connect to the Internet of Things. ABI Research expects nearly a billion Bluetooth Smart devices to ship by 2016. Because of this proliferation, Bluetooth Smart opens many doors for developers...
If you had a chance to “drive” to work tomorrow without having to touch the steering wheel or press down a pedal, would you do it? Technology is getting closer and closer to making this a possibility. Think of the amount of time commuters everywhere could gain back – without having to actually think about driving, commuters can now safely take a phone call, catch up on the news.
The inherent insecurity of many medical devices was highlighted in a recent FDA and Homeland Security alert. Over 300 devices have been identified that utilize a hard code password, creating a huge security loophole. With so many medical devices now collecting and storing patient data, this raises the question of how secure is the data stored on these devices?
In one of my earlier blogs I shared that today maybe around 600 million homes have WiFi. People share their lives with their family and friends, and execute their financial transactions wirelessly over the Internet without being overly worried about security, and, despite the recent NSA disclosures, I wonder whether many people have changed their online behavior.
The US currently has the largest IT certification market in the world. However, others are catching up fast. For example, growth is rapid in the BRIC economies - Brazil, Russia, India and China and in Eastern Europe – all regions where the overall expansion of the IT market has accelerated dramatically over recent years.
My company, B&B Electronics, is a machine-to-machine device manufacturer, so I have first-hand experience 1) putting M2M devices through the North American cellular network certification process, and 2) helping customers provision and connect their M2M devices so they’re usable on cellular networks. And, I have some ideas to simplify these processes.
The introduction of high-density microelectronics enabled the incorporation of signal conditioning and processing functions inside the LVDT housing rather than requiring an external box. The DC-operated LVDT maintains all the desirable characteristics of the AC-operated LVDT, but has the simplicity of DC operation. It is comprised of an AC-operated LVDT and a carrier generator/signal conditioning module.
Last week, we learned what happens on the internet in 60 seconds. There are 2 million Google searches, 70 new domains registered, 347 blog posts, $83,000 in Amazon sales and 204 million emails sent. Does it make you wonder what happens on during one SECOND on the internet?