Vuzix “designer sunglasses” styled Glass-rival due after 2015

Vuzix will take on Google Glass with a wearable headset resembling “designer sunglasses” rather than the somewhat clunky Borg-style tech companies are offering today, thanks to a newly announced deal … Continue reading

Dell 4K P2815Q 28-inch Computer Monitor is Shockingly Cheap

I’ve become a bit jaded by the fact that most of the 4k TVs and computer monitors that I have seen cost thousands of dollars. I am in the market for a new TV, but you won’t catch me spending over $1800 or so and I want a big screen for my money too. One of the nice surprises at CES 2014 has been some reasonably priced 4K TVs from Vizio and other companies that normal folk can actually afford.

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An impressively low cost computer monitor supporting full 4K resolution has now been unveiled by Dell. The company has announced that its P2815Q 28-inch computer monitor will have a native resolution of 3840 x 2160. It will be available globally on January 28.

The monitor will feature an Anti-glare TN display, DisplayPort, HDMI 1.4 port, and several USB ports. It will support 1.073 billion colors and have 170-degree viewing angles. The brightness is rated at 300 cd/m2.

The big thing here is that the display is going to sell for $699(USD). At that price I am sure that Dell will coax a lot of people into moving to 4K resolution.

It’s nice to see a large high resolution monitor at an affordable price, and I’m sure 4K prices will only continue to decline.

LG’s 55-inch mirrored display is looking back at you

LG’s got a neat display they’re showing off here at CES, and it’s not like one we’ve seen before. Their mirror display might actually come in really, really handy in … Continue reading

NVIDIA G-Sync monitors hands-on: BenQ, Philips, AOC, ViewSonic on tap

It’s nearly time for NVIDIA’s G-Sync gaming monitor processor technology to hit the market – closer to the reveal of this technology than to the market, to be fair, but … Continue reading

Philips 27″ Gaming Monitor with NVIDIA G-Sync Adjusts to your GPU: Refresh Prince

One of the many gadgets unveiled before the 2014 Consumer Electronics Show (CES) – really guys, if you keep preempting the show CES 2015 might as well be held this December – the 27″ Philips 272G5DYEB monitor is one of the first monitors to have NVIDIA G-Sync built-in. In theory, this means the monitor’s refresh rate is not static; instead it’s synchronized to how fast your PC’s graphics card can render a given frame. This should eliminate the annoying screen tearing associated with graphics-intensive video.

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You can read up on G-Sync on NVIDIA’s website, but NCIX made a great summary of the technology, including its advantage over V-Sync, which is the current workaround to screen tearing. Skip to about 1:20 in the video for the explanation.

You might also want to check out Engadget’s footage of NVIDIA’s long-winded demo of G-Sync from a few months ago. I suggest you skip to around 9:40 in the video so you can easily see G-Sync’s (apparent) advantage over a computer using V-Sync.

Aside from having an adjustable refresh rate, Philips’ 27″ 1080p monitor also has an adjustable body. It tilts, pivots and swivels and its height is adjustable as well.

Philips 272G5DYEB 27 inch gaming monitor with NVIDIA G Sync 2

As you can see from its spec sheet, one drawback of the monitor is that it only has a DisplayPort input. I think G-Sync has something to do with this, because the first monitor to be compatible with G-Sync, the ASUS VG248QE also loses its HDMI and VGA inputs when upgraded with the G-Sync modification kit released last year. You still have a few months to weigh your options though. Philips says the 272G5DYEB monitor will be released in the second quarter of this year for $649 (USD).

Unboxing and Hands-on with Lenovo’s 4k ThinkVision display

When it comes to 4K monitors, the first thought many have is cost. With such a dense resolution and cutting edge technology, they usually cost quite a bit. Lenovo’s ThinkVision … Continue reading

Lenovo ThinkVision 28 Smart 4K smart display functions as Android standalone

Among the various smartphones, laptops, and all-in-one PCs the company has planned to revealed at CES this week, Lenovo has introduced two new displays: the ThinkVision 28 and the ThinkVision … Continue reading

Keep Your Eyes on the Road

Thank you to Sprint for sponsoring this article. Get inspired by innovation and see what’s next at Sprint.com/faster.

Sprint Faster is a great site to visit if you’re looking for the latest on new and upcoming technological breakthroughs, featuring stories from leading tech experts on the shape of things to come.

While many of today’s vehicles have integrated GPS, satellite audio, and even mobile apps, they’re only the tip of the iceberg. Let’s take a look at some amazing high-tech ideas which could find their ways to our cars in the not-too-distant future.

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Looking for an empty parking space in a garage or parking lot can be a pain. Car manufacturers recognize this time-waster and are working on solutions which could enable cars to automatically park themselves without the driver present. One of the more intriguing demonstrations of such a technology comes from Scandinavian automaker Volvo. This vehicle’s on-board autonomous driving system can detect the presence of not just other vehicles, but pedestrians as well. All the driver needs to do is exit their vehicle, open up an app on their smartphone, and set the car to Autonomous Parking mode. The car not only finds an open parking space, it takes care of the parking for you. And chances are that it will do a much better job at it than you can, since on-board sensors will ensure the car doesn’t bump into any obstacles. You can see a demonstration of an early prototype of this amazing system in the video clip below:

Can you imagine that someday in the not-too-distant future, your car might be able to detect your mood or state of well-being? Several major auto manufacturers, including Toyota and Ford have been exploring technology to detect driver emotional and physical state. Why might your car need to know how you’re feeling? For starters, this information could be used to dynamically adapt the vehicles ride mode – making the ride more sporty if you’re in an upbeat mood and the road conditions are right.

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In addition, being able to detect the driver’s state of mind could help to identify whether they are distracted from driving, and either offer driving assistance, or remind the driver to keep focused on the road. Mood identification could also be used to adapt the music that’s playing in the vehicle – or if the system detects that you are driving tentatively and your emotional state is confused, it could automatically offer help with directions.

Another interesting possibility for future vehicles is the idea that our windshields could double as large display screens, superimposing relevant information directly in our field of view instead of using displays that take our attention off the road. One of the more interesting potential applications comes in the form of augmented reality displays on our windshields. The most obvious use case is for navigation systems that could actually project directions and turn information on the windshield. While some manufacturers already have small heads-up displays that can display speed and GPS data, the real breakthrough will come when our entire windshields can double as transparent displays, using OLED or specialized projection technologies like the one shown here from Pioneer:

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This could allow for screens to precisely align relevant information with the scene outside the window. For instance, GM has been working on a system which would use cameras, radar and other sensors to display relevant information on the windshield, such as road hazards and speed limit signs. Such information could also be used to help drivers know about upcoming turns and hazards in low-visibility situations. In fact, there’s already a smartphone app called HUDWAY which can add a small heads-up GPS display to any vehicle by reflecting the screen of your smartphone onto the windshield glass. Of course, this technology could also be used to display things like emails, text messages and Facebook status updates, so they could create new forms of driving distraction if not thoughtfully developed.

While it may be a number of years before fully fleshed out versions of these technologies find their way into everyday vehicles, it’s a pretty solid bet that some degree of autonomy will be standard on almost every vehicle as we move into the second half of the decade. With safety and fuel efficiency topping driver concerns, there’s no question that automation could improve these aspects of driving. In addition, systems that monitor driver awareness and tools which reduce driver distraction are sure to be front and center in coming years.


Disclosure of Material Connection: This is a “sponsored post.” Technabob received compensation for writing it, however, we only recommend products or services we find newsworthy or have used personally, and believe will be good for our readers.

Thank you to Sprint Faster and Technorati Media for being sponsors of this article. All opinions expressed here are my own.

Innovations in Ink Making Spurs the Advent of New-age Devices

Synergistic growth translates into one technology being able to complement the advances in another. The same principle can be applied to the recent innovations in ink making. Its technology is deeply integrated in electronic devices and systems, improving them as a result.

Behind these innovations is nanotechnology, which involves the use of small-sized membranes, tubes, and components that can be used for a variety of purposes. Currently, its use has been popularized within the healthcare and electronics industry. Nanotubes ensure that minute quantities can be delivered at the designated place, in a highly specific manner.

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A recent innovation by Linde Electronics involves using carbon nanotube inks to generate new display technologies. These nanotubes provide an ideal use for ink making and printing because of their size (their diameter is just 1/10,000 of the diameter of human hair) and physical properties (they have a high stress resistance when it comes to heat and mechanical pressure).

The ink industry is also making progress with the advent of organic electronics. For example, ink-based tags for biomedical implants has led to the development of thermochromic displays which uses conductive wires to make patterns.

Aside from these, InkTechnologies.com brings another model to the table that uses an online platform to promote the usage of diverse ink and printing technologies. This is an example of R&D moving so fast that it has basically created an online exchange for ink-savvy and eco-conscious consumers.

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Nanotechnology is still in its nascent phases, so the progress that has been achieved up until this point is just in its primer stage. Consider dye development through nanotechnology. If you think about it, numerous industries now need markers or fluorescent dyes for various applications.

Electro-wetting is another ongoing innovation which is massive because it would give e-paper the feel of classic ink on paper. Such displays have the advantage of being brighter than LCDs while consuming less power. Imagine how this can change e-readers

How ink technology will develop further – and the new tech it will spawn – is definitely something to watch out for.

[via LCN]

NEC V423-TM 42-inch LED touchscreen display uses optical-imaging touch tech

NEC has unveiled a new big screen touch monitor called the V423-TM. The big monitor is touch enabled, but uses different tech than most of the smaller touchscreens we are familiar with. Rather than using touch tech that is integrated into the screen, the NEC monitor uses optical-imaging technology. The monitor has four cameras that […]