You may have seen ex-Pussycat doll Nicole Scherzinger modelling this at the EE’s 4G launch in November last year but if not it would appear the Twitter dress is making a comeback for the catwalk. The dress, which is adorned with more than 500 Swarovski crystals and 2,000 LED lights, is linked to a computer so that tweets are displayed across the dress like a ticker tape. The woman behind the design is Francesca Rosella, the creative director and co-founder of Cute Circuit, who specialise in merging fashion and technology together.
The dress was discussed and displayed today on BBC Radio 4 and other news channels, with Francesca explaining the future of technical tailoring isn’t far off from reaching the high street. LED scrolling shirts have already been seen but the connection between instant internet access and display is what makes this unique. The dress needs recharging for just two hours via USB and you’re reading to dance the night away. Check out the video below for more information and examples.
Sign & Digital were celebrating their 25th anniversary this year at the Birmingham NEC and although advances have been made in the realms of printing and sign, there was a decrease of what we at Paragon believe will be the future. Unlike last year, the digital signage on offer was severely lacking, with only a few examples of how powerful this medium truly is.
SIS Digital quite literally displayed the largest form of signage, with their outdoor advertisement boards that use LED technology. Pop Digital’s content management system was exhibited on an array of Android based tablets with a variety of fixtures that would be ideal for the retail industry. Grandstands may still primarily supply roll ups and stands but they are one of the only companies here today that have realised the possibilities of tablets. Their robust designs for stands fit for iPad and other touchscreen products take into account anti-theft bracket, whilst attaching additional displays via print.
Perhaps digital signage is still a bit too far out of many businesses’ budgets or maybe the print industry is afraid of their digital evolution taking over. What was slightly bizarre was the great use of digital signage to promote the print being exhibited. Either way, we’re sure there will be an influx for next year’s.
With what is probably the most anticipated gadget of the century, Google has added yet another feature to the technological attire that is likely to push it even further. A lightweight, monochrome laser projector has been mounted on one side of the glasses and a camera on the other, to create a projection that can be beamed onto any surface, including the user’s palm.
Its touch capabilities mean you can transform your hand or another surface, into a keyboard or controls for a game you’re playing on the Google device. With some similarities to the Microsoft Kinect game, the further developments to this technology mean that despite head or hand movements, whilst say walking, the interface will stay centred, creating a smooth journey.
LG electronics will be the first manufacturer to offer curved OLED on the public market, with the screens going on sale in South Korea next month. OLED technology allowed the screens to possess a thinner and more flexible form, which we touched on previously.
Despite both LG and Samsung exhibiting their curved OLEDs at this year’s CES in Las Vegas, LG have taken the lead with their 55inch screen that will sell at the equivalent to £8,725. The curvature of the television is said to create an Imax-like experience and eliminates screen-edge distortion and creates deeper blacks.
The futuristic possibilities we thought were only possible in the sci-fi movies are slowly but surely catching up with us. With touch, gesture and even eye control becoming a reality in recent times, Samsung, who created that Galaxy S4 phone which is controlled by eye movements, have proved that by concentrating, you can make selections on a tablet.
Users currently need to wear a cap with EEG-monitoring electrodes but the inventors are looking to create a dryer version soon. Many companies, including IBM have shown serious interest in this technology particularly for gauging moods. Although it may be a slower transaction from thought to display and far from general public use, this technology will be invaluable to those with mobility disabilities. Seeing as a lot of systems are now controlled by tablets, this technology could prove to be life changing for those needing AV equipment.
It may only be a concept for now but this car is bound to catch people in its headlights. Car manufacturers Mercedes-Benz will be showcasing their latest vehicle, the Concept GLA, at the Shanghai auto show over the coming week, which uses projectors as headlights. The front headlamps laser sourced projectors which have the capability of displaying media from formats such as smart phones, a hard drive or from the net.
There are also two cameras in the front roof rail which can capture 3D images, which can then be used externally on another device, so you can bring your journey to life.
Although the first thing we thought of when seeing this was a personal drive in cinema, Mercedes believe this technology could help road safety by projecting symbols for direction or warnings onto the road to give other users a heads-up.
Check out the video to see the car in action.
A tall building in Sao Paulo, Brazil has transformed into an enormous game of retro classic Tetris. The passers-by on the street were able to play on the extra-large monitor (300m2) via iPads, whilst the coloured blocks were projected onto the building’s surface with 100,000 LED lamps. A version of the Space Raiders game was also available and attracted a lot of attention from tourists and residents alike. The project, coined “Play!” by its digital artists, was available for two weeks in the city, an extended period than what was expected, due to the success.
With interactive LCDs continuing to prove popular among both educational environments and offices, manufacturers BenQ have jumped at the opportunity to join the likes of Clevertouch and C-Touch models on the market. Their interactive displays, which are available in 42, 55 or 65 inches are simply connected to your PC via USB thanks to Optical Sensing Touch technology and are ready to go. Turning into a dual touch LCD flat panel with a thin frame has proved to be a more engaging tool for learning and has also been researched to show extra efficiency in offices.
An ambient light senor built into the TL range helps the user and viewers to achieve an optimal picture quality, regardless of the lighting in the room, whilst an integrated speaker means that the screen can be the home to all sorts of multimedia, including video with sound.
If you would like more information about this project, or any other interactive classroom equipment, please do not hesitate to contact us.
We’ve all gotten used to the idea of pinching, sliding and prodding our touchscreen devices but we’d never expect to actually pick up a piece of the action. MIT’s Media Lab has created the option with an elasticated touchscreen that lets you experience “2.5D”, a dimension that has not been mentioned in the technology world before. The prototype, which has been named Obake, looks to bring even more touch to the touchscreen — using actuators, depth cameras, a projector, and a silicone screen to make pinch-to-zoom and other gestures a 3D reality.
The silicon display is supposed to mimic the fluidity of water whilst still allowing the gestures to create geometric shapes. Due to the large set up needed to create this dimension, it’s unlikely we will see this on the next smart phone, but it is likely to become a create concept for 3D displays in tourist attractions and educational purposes.
Check out the video below to see the set up behind the magic and see the “screen” in action.
You can always count on technology to move faster than we can handle and just as we thought we were getting the hang of what 4K is all about, the upgrade has already begun to stir interest.
With 4K technology only just becoming included in specs for most visual equipment, it’s surprising to think that experts are already talking about doubling such a high quality resolution but 8K has been predicted to be in regular use by 2020.
By regular of course, we don’t mean all your living rooms will be filled with such high definition, as the screen would need to be huge. Otherwise known as Ultra HD, 4K refers to a resolution of around 4,000 pixels in width and 2,000 high, creating a size equivalent to four HD screens. The amount of content available is still lacking and therefore some films that have been shot digitally do not reach their full potential on the screen.
The 7680×4320 resolution expected of 8K has already been achieved in certain technology, such as JVC’s E-shift projection which doubles the resolution from a 4K device and has been used recently in flight simulators. As this evolution in resolution proves, it’s vital to future proof your system as the modern age is no longer an era where old and new technology can integrate with ease. Due to its larger need of bandwidth, use fibre optic cabling to allow for this expansions and look out for scalers and players upgrading (for example, Sony have already realised a BluRay player than can upscale to 4K).
To future proof your system, use 4K now and use fibre optic cabling (HDCP over fibre optic is still being worked on) to allow for larger bandwidth in the future. Content for 4K is currently very slim, so compatibility is currently a slight issue with content having to be scaled down for say, a BluRay player. Large format displays are bound to appreciate this advancement with 8K having the capabilities of stretching across say, an outdoor surface 300 feet wide. Although it may seem like something too far in the future, it’s likely manufacturers will start to embrace the Ultra HD tendencies, so we thought we’d give you the heads up.
A chart showing the differences between resolutions.
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