Skiers, snowboarders, and snowmobilers now have a real-time way of tracking their performance and capturing video, thanks to a new head-up display designed to fit inside a set of snow goggles.
The micro-display, used in goggles built by six different manufacturers, also incorporates GPS and Bluetooth technology, and has the ability to pair with Android smartphones for additional real-time connections. "While you're skiing, you can take a glance with your right eye to see how fast you're going or to look at a map," Xichi Zheng, director of systems engineering for Recon Instruments, told us. "You can also be notified when a call comes in from your smartphone."
Known as the Recon Micro Optics Display (MOD), the new product was developed by Recon engineers over a 15-month period and introduced at the Consumer Electronics Show earlier this year. It uses a 32-bit ARM computing platform and incorporates a tiny lithium polymer battery that enables it to reside inside a normal-sized set of ski goggles.
The key to the MOD display is its ability to run off a small battery and still offer a six-hour battery life. To do that, Recon engineers employed a Sitara AM3703 ARM Cortex A8 microprocessor from Texas Instruments (TI), running at 600 MHz. The Sitara enables the display to process video streams from a head-mounted third-party camera, while providing on-chip memory for storage of photos and videos. It's also capable of displaying speed and temperature from the goggle's onboard sensors.
"Our system is unique in that it had to maintain a constant display, and still refresh once per second, all while consuming low power," Zheng said. "The platform was robust enough to allow us to do that."
Hey Tekochip, users interact with MOD Live using the 6 buttons on the wireless Bluetooth low energy remote. The remote is worn like a watch over the skier's jacket, or it can be attached to the goggle strap as well. Here's a picture of the remote on my wrist: http://i.imgur.com/Ykr4v.jpg
Since the emergence of Go-Pro and YouTube, the average sports enthusiast has been strapping on cameras and showing anyone interested where they've been and what they've done. It all follows the larger trend of Tribalism-sharing and connecting with like-minded people without geographic limits.
The data recorded can help back up any claims of extreme altitude, speed, etc.
I'm sure that safety is a big concern and will be addressed. Sorry I missed this at CES. I'd like to see the actual display through the goggles.
For competitive skiers this would be useful, perhaps. For a race car driver, where a machine is being controlled, the information might be useful. For a skier, I am not sure of what additional help it would be. And when you are on the slopes, do you really want to answering your phone?
On the other hand, this is a great example of what can be done with some modern microcontrollers to lower power comsumption and operate in extreme environments.
I see a holiday present in the making for my gadget-loving, 24/7 connected husband who constantly has smart phone in hand on the slopes. While I imagine a host of other takers like him, I have to wonder at the safety issues related to having all that "digital noise" clouding your vision when careening down the slopes. Not much different than people's reaction to folks checking email, GPS, and texting while driving. On second thought, perhaps not such a good gift....
In a world that's going green, industrial operations have a problem: Their processes involve materials that are potentially toxic, flammable, corrosive, or reactive. If improperly managed, this can precipitate dangerous health and environmental consequences.
With LEDs dropping in price virtually every year, automakers have begun employing them, not only on luxury vehicles, but on entry-level models, as well.
The 3D printing revolution seems to have a knack for quickly moving technology ahead by way of collaborative effort and even a little friendly competition -- all of course in the name of scientific advancement.
Advantech has launched a new series of motion-control I/O modules to meet the increased demands that come with more distributed industrial systems that require control of a growing number of axes and devices.
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