Berlin, Germany – Building on its leading position in rollable displays and drawing on its considerable heritage in personal electronics, Philips Polymer Vision is revealing its Concept Readius at the Internationale Funkausstellung (IFA) in Berlin, Germany, September 2-7. Philips Concept Readius is a prototype of a connected consumer device for business professionals unwilling to sacrifice readability, mobility, performance, or weight in a pocket-sized, e-reader concept.

Polymer Vision does not intend to commercialize this concept as a product in the market. Instead, it is demonstrating the fitness of its rollable displays for use in the mobile devices of tomorrow.

The Readius is the world’s first prototype of a functional electronic-document reader that can unroll its display to a scale larger than the device itself. With four gray levels, the monochrome, 5-inch QVGA (320 pixels x 240 pixels) display provides paper-like viewing comfort with a high contrast ratio for reading-intensive applications, including text, graphics, and electronic maps. Using a bi-stable electrophoretic display effect from E Ink Corp., the display consumes little power and is easy to read, even in bright daylight. Once the user has finished reading, the display can be rolled back into the pocket-size
(100 mm x 60 mm x 20 mm) device.

Based on Philips Polymer Vision’s PV-QML5 rollable display reference design, the Readius was created in order to demonstrate the viability of the rollable-display concept in mobile applications and to gain customer feedback at the IFA 2005.

“Making displays thinner and flexible will have advantages in power and weight. But the only way to add the key advantage of size—allowing larger displays in smaller, pocket-size mobile devices—is by actually making the displays rollable,” says Polymer Vision CEO Karl McGoldrick. “The Readius demonstrates this, as well as showing that we have taken this technology a major step further towards product and market.”

By - Chris Davies

After Apple’s drearily uninteresting Bumnote, sorry, Keynote earlier this month, I’ve been waiting for my electronic twiddly bits to get perked up by some exciting tech news. I think today might be the day…

“The real meaning of this product is about opening up the channels between hand, eyes, and device, and giving people access to actions and information in a way not possible with conventional buttons” [Brian Conner, Pilotfish]

To call the Onyx touchscreen-based is to do it a disservice; in fact, it uses Synaptics innovative ClearPad technology, the first transparent touch-sensitive capacitive sensor. ClearPad is capable of recognizing not only points and taps but also shapes and complex movements, together with multi-point input. At 0.5mm thick, the sensor layer can recognize touch and gestures through up to 1.6mm of plastic, making it far more durable and optically clear than traditional multi-layer touchscreens. And above and beyond those touchscreens it can recognize one or two finger contact, a finger used on its side, or even different body parts; a phone call to Onyx can be answered by simply holding it to your cheek, messages sent by swiping them off the screen with the whole finger.

Digital Information Development (DID) has developed a highly portable virtual piano that is played with a keyboard consisting of projected laser beams.

The box-shaped device measures about 10 x 3 x 3 cm (4 x 1 x 1 in.) and weighs about 100 grams (3.5 oz.). Using a red semiconductor laser module and holographic optical element, the device projects a 25-key 2-octave keyboard onto the surface in front of it (black surfaces don’t work because they absorb the light). A CMOS camera module and infrared (invisible) red semiconductor laser module detect which keys are touched, and the corresponding notes are emitted from speakers built into the device. Chords can also be played, and DID claims it is technically possible to reproduce weighted notes (but presumably not with this version).

The keyboard has 3 other voices in addition to piano — organ, pipe organ and harpsichord. It is scheduled for release in Japan in November 2006 and is expected to cost around 15,000 yen (US$130).

DID says that a virtual 88-key grand piano can be created by increasing the size of the device.

Inspired by Eero Aarnio's "Ball Chair" from 1963, the Comfort Sphere creates an intimate presentation space reduced to the essentials.

The design employs two archetypal shapes, the circle and the line. Featuring high-end hi-fi and multimedia equipment, it offers a broad range of uses for communication and presentation purposes.

An integrated audio system exclusively developed by Dynaudio gives the user a previously unknown audio experience.

The Comfort Sphere welcomes the visitor with its open side. After sitting down the visitor starts the presentation by rotating the sphere.