At first look, RCA’s Mobile TV Tablet is just another one of the many Android tablets on the market. But beneath the tablet’s eight-inch (1024 x 768) screen is what RCA claims is the “world’s first” dual-tuner mobile TV. In addition to a standard over-the-air DTV tuner, the new tablet includes a Dyle mobile TV-compatible DTV tuner that provides access to around 130 mobile TV stations in 35 markets around the country. (The built-in mobile DTV tuner also receives mobile digital TV channels from broadcasters not affiliated with Dyle. You can see if there’s a Mobile DTV station in your area here.) The multifunction tablet includes a built-in telescoping antenna, Wi-Fi connectivity, dual cameras, and GPS functionality. The tablet (Model DDA850R) has a battery life up to four hours in mobile TV mode, or up to 10 hours when web browsing. It will be available this Spring with a suggested retail price of $299.
Lantos Technologies demonstrated how simple and relatively discomfort-free it is to take an impression of the average person’s ear canal with their new 3D digital ear scanning technology. Taking an accurate and complete impression of the ear canal is incredibly important when it comes to making custom earpieces for hearing aids, noise protection, and custom audio (i.e., high-performance earbud-style headphones). The traditional process of taking an ear canal impression involves examining the ear canal, inserting an otocblock into the ear canal to protect the tympanic membrane from harm, and then filling the ear canal with an pliable impression material that takes about five to ten minutes to solidify before it can be removed. (Sounds like fun, doesn’t it?) The Lantos technology uses
emission re-absorption laser induced fluorescence (ERLIF) [and] was developed by Dr. Douglas Hart at the Massachusetts Institute of Technology. Using the intensity measurement of two different wavelength bands of fluorescent light as they travel through an absorbing medium, ERLIF generates a highly accurate 3D map. The medium selectively absorbs one wavelength band over the other, thus the intensity ratio of the two wavelengths as they travel through the medium can be measured using a standard camera…
During a sparsely attended press conference at CES, Lantos representatives demonstrated the process using the Lantos Scanner, which is a small, handheld device that includes a fiberscope enclosed in a conforming membrane. Once gently inserted in the ear canal, the membrane is expanded and conforms to the shape of the ear canal. As the fiberscope is retracted, it creates a 3D image of the ear canal in real time – with the entire process taking less than two minutes per ear. The resulting scan is typically much more accurate than the standard impression technique provides and has the advantage of immediately being available as a digital data file that can be sent electronically to a manufacturer.
Currently it’s somewhat expensive (>$100), time-consuming, and often uncomfortable to go to an audiologist who can make a custom ear canal impression which can be sent to an earphone manufacturer (such as Etymotic) in order to create an individually customized earbud insert. Once FDA-approved in the US, the Lantos 3D Digital Ear Scanner promises to make customized earpieces much more widely available.
Bucking the trend of “smaller is better”, HP brought what’s probably the largest Ultrabook to CES. I know personal health is a big deal at CES this year, with companies such as Omnimount promoting easy ways of making changes to our largely sedentary lifestyles through the use of the company’s full-motion TV mounts and fitness-promoting, adjustable workstations. But maybe the JustStand.org “Wellness Uprising” has gone a little too far. Typing up a 200-word blog post with your feet will definitely give you a good workout, but getting the ultra-Ultrabook to fit under your seat on the airplane is going to be much harder. And I, for one, certainly don’t want to have to lug around the Smart Car-sized power supply…
Thanks to a bit of serendipitous timing, GoldenEar Technology's Sandy Gross gave a lucky trio of us a sneak peak at (and a quick listen to) the company’s newest tower speaker, the Triton Seven. Although the speaker is short on inches compared to the other Triton Towers (it’s only 40 1/4 inches tall) and is the first GoldenEar tower to come without a built-in powered subwoofer, the new Triton Seven is extremely long on performance. The Seven features a D’Appolito array of two 5.25-inch bass-midrange drivers above/below the same High Velocity Folded Ribbon Driver (HVFR) tweeter that’s in the taller Triton Two and Three siblings. Bass output is enhanced by a pair of side-mounted sub-bass radiators placed near the floor on the sides of the angled cabinet.
The clarity of sound and super-silky imaging definitely make the new Seven speaker a worthy addition to the stunning Triton family, but the depth and authenticity of the bass response makes it hard to believe there’s not a built-in powered subwoofer hidden behind the grille cloth. Even though we were limited on time for the demo and it’s always hard to truly evaluate speakers in a show environment, the combination of modest dimensions, phenomenal sound, and high affordability ($699.99 each), make it a good bet that the Triton Seven Tower is going to be on nearly everyone’s short list for Speaker of the Year in 2013.
Just when you thought eating utensils couldn’t get any better than the plastic spork, HAPILABS develops the HAPIfork – “an electronic fork that monitors your eating habits…and alerts you with the help of indicator lights and gentle vibrations when you are eating too fast.” In addition to larding it over the knife and spoon, the HAPIfork also connects to your iOS/Android/Windows device and keeps track of your eating performance, or you can use an online dashboard at HAPILABS website. (Now that I think of it, it could also be used to aid in training aspiring eating contest champions…) The HAPIfork has a unique HAPIbutton that lets you track HAPImoments by pressing and holding in the HAPIbutton from 1 (“meh”) to 10 (“orgasmic”) seconds. No doubt the next HAPIgadget to appear will be a HAPIremote that will warn you when you’ve been sitting on your butt for too long in front of the TV. It should also track how often you change the channel. And how often your family fights over who gets to hold the remote control.
Call it a wireless musical gulleywasher. NuVo’s (accurately but very dryly named “Wireless Audio System”) uses both dual-band Wi-Fi and MIMO technologies to transmit up to 16 simultaneous audio streams at 600 kbps each, a feat that NuVo claims is the highest throughput of any Wi-Fi music network system. The system connects to home networks to play iTunes and Windows Media libraries and to the internet to access streaming services (Pandora, Rhapsody, SiriusXM, etc.) The system consists of three primary components, including two music player devices with built-in stereo amplifiers (P200, 60-watts x 2; and P100, 20-watts x2) and a network gateway (GW100). The P200 includes built-in aptX Bluetooth technology for wireless music streaming from tablets and smartphones. Each GW100 gateway has a range of about 300 ft (enough to cover an “average” 4,000 sq ft home), and multiple GW100s can be used in combination for larger homes. Prices are: P200, $599; P100, $479; GW100, $199. And, unlike when I first saw (and really liked) the system at CEDIA last year, NuVo says the Wireless Audio System is shipping now.
For the past nine years, Lutron Electronics has brought together a number of editors and writers in the industry to review and judge a towering stack of anonymous submissions from dealers vying to win one of the lighting control company’s annual Excellence Awards. This year, six writers/editors plus myself were locked in a room at Lutron’s Residential & Commercial Experience Center in Irvine, California, and told we couldn’t leave until—after much discussion, arguing, hair-pulling, and some brutal name-calling—we had collectively decided which projects were the most amazingly cool, excellently conceived, and beautifully implemented in their categories.
Imagine a world in which headphone cords and other obnoxious wires can stretch from here...to...there. Researchers at North Carolina State University have and we have the video to prove it. (And, to make it even more awesome, it involves liquid metal, too!)
Soundbars promise to deliver a full home theater experience with much less complication and confusion—and usually at a much lower price—than a traditional home theater system with an A/V receiver and multiple speakers. But how close can a svelt 43-inch-wide cabinet with nine drivers crammed in it come to actually pulling it off? Veteran speaker reviewer Darryl Wilkinson hooks up Definitive Technology's new SoloCinema XTR to find out.