What feature or trend will become hot technology in automotive infotainment the next year? (Part II)June 13, 2013 3:37 pm | by Kasey Panetta, Associate Editor | Blogs | Comments
What feature or trend will become hot technology in automotive infotainment the next year? Tullio Cettolin: Consumers love the world of apps and instant Internet connectivity, and now they want it in their cars, too. Maybe they want to listen to their favorite Hawaiian music station via Tune-In during their daily commute on the U.S. continent.
What feature or trend will become hot technology in automotive infotainment the next year? The next wave of innovation in automotive infotainment will center around connectivity and personalization. As more cars are enable to connect to cloud based applications via the internet, more features will be added allowing passengers to engage with their social network, update location and access specific content.
Here at ECN we're always looking for the "next big thing" and this month we're focusing on near-field communications. NFC only seems to be increasing in popularity and usage across the electronics board, but we want to know what's happening in your labs and on your benches.
For only the second time since 2006, global investments in renewable energy in 2012 failed to top the year before, falling 12% mainly due to dramatically lower solar prices and weakened US and EU markets. However, 2012 was the second highest year ever for renewable energy investments, which total $1.3 trillion since 2006.
The Smart Grid is coming. It is needed in order to raise or lower prices for consumers depending on the time of day. It is needed to control consumer loads to better integrate intermittent alternative energy into the grid (industrial loads are already demand controlled by the grid operator depending on the type of service contract they have).
In just two years’ time, the skies around us may get a lot more crowded. Drones have received a lot of attention lately, thanks to military operations overseas and matters of congressional oversight. In September 2015, the federal government plans to issue its first drone permits for domestic use.
The market for smart grid sensors in North America is expected to grow dramatically during the next two years, according to a new study published by IMS Research, now part of IHS. The report, entitled “The North American Market for Smart Grid Sensors – 2013,” shows a major change is occurring in the feeder line sensing market in North America....
Japan’s solar installations surged by a stunning 270 percent (in gigawatts (GW)) in the first quarter of 2013, positioning the country to surpass Germany to become the world’s largest photovoltaics (PV) market in terms of revenue this year. Although Japan is forecast to install fewer GW than China (which is forecast to be the largest market in GW installation terms) in 2013...
While the cloud promises to reduce enterprise network infrastructure and operating costs, the remote execution of applications makes factors such as latency, performance, and reliability critical considerations in the design and deployment of cloud computing platforms. A key factor determining server performance, cloud or not, is maintaining a bit error rate (BER) on the order of 1.E-12 for the overall system.
If nothing else, those television commercials for Microsoft’s privacy campaign really make me stand back and wonder. Usually I ask myself why the company suddenly embraces user privacy. Do they really think that Bing is going to make a measureable dent in Google’s search dominance, or do they have some kind internal or external data that suggests Americans are at least little concerned about online privacy?
What steps are necessary to keep counterfeit components out of the supply chain? Are more industry standards needed? Stop having unrealistic pricing expectations. Understand and qualify quality vendors of all kinds. Allocations and obsolescence are part of our industry....
The worldwide transition to ever smarter mobile devices, including phones or connected tablets, has obliterated the line that once existed between phones and computing devices. Today’s multitasking devices enable work, finance, entertainment and social interaction on the go like never before.
Light sensing technology, in the form of photodiodes and phototransistors, was invented around the 1950s. Since the inception of the first optosensors, the devices have gradually found their place in commercial and industrial applications, but their adoption was limited due to the size, cost and overall performance.
We asked our industry experts and ECN readers to weigh in on our distributors question: What improvements would you like to see from distributors in the next 12 months? Here is what they had to say about the current state of the industry and hot it needs to be improved...
Field effect transistors (FETs) are important semiconductor devices because they are fundamental components of many devices and electronic instruments. Some of the countless applications for FETs include their use as amplifiers, memory devices, switches, logic devices, and sensors.
Every time Los Angeles exhales, odd-looking gadgets anchored in the mountains above the city trace the invisible puffs of carbon dioxide, methane and other greenhouse gases that waft skyward. Halfway around the globe, similar contraptions atop the Eiffel Tower and elsewhere around Paris keep a pulse on emissions from smokestacks and automobile tailpipes.
This episode of Engineering Update from ECN is brought to you by Mouser Electronics. In this week's headlines: Honda has recently announced that it is teaming up with Japan's Sekisui to design model households using smart technologies. So far, the robotics program has created humanoid robots and a personal mobility vehicle.
Technology created an energy revolution over the past decade - just not the one we expected. By now, cars were supposed to be running on fuel made from plant waste or algae - or powered by hydrogen or cheap batteries that burned nothing at all.
Being "green" has gone from a technical effort to economically reduce energy use and avoid waste where such avoidance makes sense to actively reducing our effectiveness to show how committed we are to the Green Religion. And there is so much of this going on. In my opinion we would be much better off worshiping trees. Or cows.
Sensors have been an important addition to smartphones ever since accelerometers were first used to determine screen orientation. Now a wide variety of sensors, including magnetometers, barometers, and gyroscopes, are found in many other devices, such as watches, glasses, headsets, and shoes.
New construction materials and techniques enable LVDT linear position sensor operation in diverse environmentsApril 30, 2013 3:04 pm | by Lee Hudson, Applications Engineer, Macro Sensors, www.macrosensors.com | Macro Sensors | Articles | Comments
The LVDT Linear Position Sensor is a robust sensor adaptable to a variety of applications. A very reliable sensing device with no moving parts, LVDTs are often the best linear feedback technology when it comes to reliability and longevity. However, in the past, LVDTs were limited by its own sensitivity to the environment that caused errors in linear feedback.
Accurate measurement of low pressure with respect to atmospheric reference (typically called vented or gauge reference) requires that pressure sensors breathe under dry, humid and wet conditions. In humid and wet environments, challenges are posed on how to operate the pressure sensor without allowing water into the back end of the sensors....
There is a push on to make buildings more energy efficient. This is in part being accomplished by making them meet LEED Standards. What does LEED stand for? Leadership in Energy and Environmental Design. LEED promises to "Reduce harmful greenhouse gas emissions".
This episode of ECN's Engineering Update is brought to you by Mouser Electronics. In this week's headlines: A new device named Pinoccio is a socially-adept networking tool designed with the Internet of Things in mind. The microcontroller allows engineers to connect their own handmade devices to the internet as well as other devices in the home.
It may be possible soon to charge cell phones, change the tint on windows, or power small toys with peel-and-stick versions of solar cells, thanks to a partnership between Stanford University and the U.S. Department of Energy's National Renewable Energy Laboratory (NREL).