Annuaire des produits

ISORG

OMT

Product

A multi-touch screen demonstrator with optical sensors leveraging printed electronics by ISORG. The demonstrator is the first and crucial step in the development of organic cells integrated into the LCD panel. The demonstrator will have a screen size similar to an all-in-one PC (24 to 27 inches) equipped with a crown of optical sensors to triangulate the position of touch points. The project encompasses the development of a read board, an embedded system to control the measurement sequencing, and algorithms to determine the coordinates of the touch points.

L'histoire du produit

The main project partner, ESISAR (Grenoble Institute of Technology), is providing human resources and know-how to support transfer of the system for manufacturing. ISORG has identified the display market as the leading potential market for this technology. The advantages of ISORG's technology are that it creates the possibility of a new type of contactless interface and, later, will give screens scanning capabilities. ISORG's goal is to ready the technology for industrial-scale manufacturing and launch production for niche markets (industrial and medical applications, for example) where volumes will be compatible with the company's manufacturing capacity. For high-volume consumer markets, ISORG plans to license the technology to leading global manufacturers.
Investissement Laboratory spending: 24K euros
Délai de mise sur le marché 3 years
Financeurs Project financed by the IRT Nanoelec Easytech program, administered by Minalogic
Financeurs publics Auvergne-Rhone-Alpes Regional Council, Isere General Council, Grenoble Alpes Metropole (The Greater Grenoble Intermunicipal Authority), The City of Grenoble
En collaboration avec Grenoble INP ESISAR

La société : ISORG

ISORG, high performance and large area organic photo detectors and image sensors

ISORG is the new start-up spin off of the Printed Components Laboratory of the CEA-LITEN Grenoble (Nanomaterials Department). The organic electronics is a breakthrough technology based on new conductor and semi-conductor materials of organic chemistry combined with the latest generation large area printing techniques. This technology transforms glass and plastic surfaces into smart surfaces able to sense and communicate. The sensors printed on plastic substrates are thin, light, and flexible, and enable real innovative mechanical integration and 3D product design. They offer high performances with large spectrum operation (visible and near infra-red) or selective spectral response, low current consumption, high EQE (photon to electron conversion ratio).

Target applications : industry (photometry, colorimetry, image capture, industrial control, object and shape recognition), smart lighting, industrial display (user interface), medical equipment (digital imaging, diagnostic and monitoring devices), environment (fluid and gaz monitoring), security (access control, fire detection), consumer electronics (scanners, user interface)

Year founded 2010
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