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dismantled. It can be bent to a radius of 0.5m. Each 0.9m x 0.9m panel ‘module’ weighs just<br />
1.5kg and is only 6.5mm deep. There are 1296 LEDs per module with the 25mm pitch product.<br />
Each LED has its own chip and can be individually identified and addressed. A basic Image-<br />
Mesh unit consists of 6 x 0.9m square modules, simply clipped together. The basic unit is then<br />
controlled with its own driver and DMX splitter. For instance, six basic units will create a 5.4m<br />
x 5.4m screen. The control system consists of the Software Suite and media/video processor<br />
connected to a DMX converter. The converter feeds optical cables to the relay boxes and drivers.<br />
This setup enables the system to take any video feed that the cust<strong>om</strong>er chooses, whether that’s<br />
live video, web streaming or pre-recorded DVD. Kapas II is a full color LED display system for<br />
outdoor installations. The LED RGB clusters are fixed to a plastic mesh with different pitch options<br />
ranging fr<strong>om</strong> 62.5mm to 100mm. Kapas II works and is configured in a similar way to Image-<br />
Mesh, and can be flexed and bent in the same way. It is designed to be installed outdoors, as a<br />
temporary or permanent installation. Its power, luminous intensity, and wide viewing angle make<br />
it optimal for cityscape applications or large outdoor concerts and events. It is IP68 rated and can<br />
even be installed underwater and in ice.<br />
www.vivideffect.c<strong>om</strong><br />
iMAT<br />
Developed by New Zealand-based Zephyr Technology Ltd., iMAT is sensing technology which<br />
uses electric field measuring techniques to determine the distance between two surfaces. This<br />
technology allows flexible and formable sensors that can measure displacement, force, pressue,<br />
weight, impact events, movement, and breathing. iMAT sensors are cost effective, flexible, and<br />
may be manufactured in a variety of shapes. Any c<strong>om</strong>pressible medium such as PE foam or EVA<br />
may be used. Typical applications include wearable smart fabrics, 3D mapping of bodies, noncontact<br />
patient movement and respiratory analysis, real-time radio-linked pressure mapping,<br />
in-field patient monitoring, and body armor impact sensing.<br />
www.zephyrtech.co.nz<br />
Light-Emitting Roof Tiles<br />
The roof has historically focused on one primary function: keeping out the elements. New<br />
technologies, as present in Light-Emitting Roof Tiles, allow the integration of additional functions<br />
within roof surfaces. Manufactured by Lambert Kamps, the transparent roof tiles are integrated<br />
light-emitting diodes (LEDs) and designed to display text, pictures, and other graphical content<br />
in multiple colors. Information may also be animated, such as with an illuminated news trailer.<br />
Light-Emitting Roof Tiles also c<strong>om</strong>e with their own self-supporting solar-photovoltaic power<br />
system.<br />
www.lambertkamps.c<strong>om</strong><br />
Lumalive<br />
Lumalive fabrics feature flexible arrays of colored light-emitting diodes (LEDs) fully integrated<br />
into the fabric - without c<strong>om</strong>pr<strong>om</strong>ising the softness or flexibility of the cloth. These light emitting<br />
textiles make it possible to create materials that can carry dynamic messages, graphics or<br />
multicolored surfaces. Fabrics like drapes, cushions or sofa coverings bec<strong>om</strong>e active when they<br />
illuminate in order to enhance the observer’s mood and positively influence his/her behavior.<br />
Lumalive jackets are c<strong>om</strong>fortable to wear, and the Lumalive fabrics only bec<strong>om</strong>e obvious when<br />
they light up to display vivid colored patterns, logos, short text messages or even full color<br />
animations. The electronics, batteries and LED arrays are fully integrated and invisible to the<br />
observer and wearer. The jackets feature panels of up to 200 by 200 mm², although the active<br />
sections can be scaled up to cover much larger areas such as a sofa. “Taking the Lumalive fabrics<br />
fr<strong>om</strong> prototypes to integrated products has been a major challenge,” said Bas Zeper, Managing<br />
Director of Photonic Textiles, Philips Research. “The light emitting textiles have to be flexible,<br />
durable and operated by reasonably c<strong>om</strong>pact batteries. Fitting all that into a c<strong>om</strong>fortable,<br />
lightweight garment is a considerable engineering success.”<br />
www.philips.c<strong>om</strong><br />
Magink<br />
Magink Display Technologies, Inc. is the world’s first developer and provider of full color digital<br />
ink displays. Magink’s full-color digital ink is based on environmentally-friendly materials.<br />
Using proprietary technologies, magink manipulates the ink molecules to generate all colors<br />
of the visible color spectrum, including all gray levels, to be exhibited in a wide color gamut.<br />
Magink’s proprietary technology provides high resolution, high contrast, full-color, low energy<br />
consumption and cost effective digital display applications to a broad array of global industries.<br />
Magink displays may be used extensively in exterior applications, and the technology utilizes