Developing Smart Miniaturized Solutions for Industry Micro - - PowerPoint PPT Presentation

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Developing Smart Miniaturized Solutions for Industry Micro - - PowerPoint PPT Presentation

Feb 04, 2023 412 likes •695 views

Developing Smart Miniaturized Solutions for Industry Micro nanotechnologies & Embedded Software Competitive Cluster - Grenoble / France www.minalogic.com Born in Grenoble 1 st french scanner (1972) Airbag sensors (1985) 1st video

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www.minalogic.com

Developing Smart Miniaturized Solutions for Industry

Micro nanotechnologies & Embedded Software

Competitive Cluster - Grenoble / France

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So small, so smart

Born in Grenoble …

Arva system (2005) Airbag sensors(1985) 1st french scanner (1972) Biochip for avian flu detection(2006) Smallest worldwide transistor(1999) 1st video decoder and LCD displays (1993)

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Tracking of vital parameters: European project Wealthy

  • Electrocardiogram, électromyogram
  • Temperature
  • Respiratory rate

Suivi des personnes âgées : Projet ACTIDOM

Three accelerometers and three magnetometers

Health monitoring

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Endoscopy pillcam are medical devices to be ingested avoiding anexthesy and one-day hospital..

Three elements composing the pill

  • A complex optical device
  • 2 batteries
  • An RF transmitter and its antenna

Data Recorder™ 2 Station de travail

Video-endoscopy PillcamTM

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16 x 12 mm2 Vanne d’entrée Système de filtration Pompe

Bio MEMS : Silicon micropump embedded in implantable system for drug delivery

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So small, so smart principle concept applications

Biochips

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What is a Competitive Cluster?

Within a well defined geographical area, a cluster gathers

  • industries,
  • research centers and
  • education institutions

 working in partnerships (at least 2

industrials and 1 research lab) to create

synergies around innovative projects based on complementary technologies

71 clusters in France

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What does a competitive cluster do?

  • Managed by an independent team that knows the local

competencies/players (public & private), the cluster accelerates collaborative projects by animating and consolidating an ecosystem

  • The cluster fosters innovation through networking in order that

industrials and their partners remain competitive/innovative and allow SMEs to develop their business

  • In the cluster, competitors can work together: co-opetition
  • The cluster certifies projects in order to get financing
  • It offers many services to its members
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About Minalogic

Domain Micro- nanotechnologies and embedded software  Nanoelectronics Location Grenoble/France, the Smart Valley Goal of our innovative projects Create and develop new products and smart miniaturized solutions - differentiated by their level of miniaturization, embedded intelligence and connectivity - for the industry Mass/Jobs Micro & nano technologies > 24 000 embedded software > 14 000 Over 3 500 degrees/year 2006-2010 122 projects 1.3 B € of collaborative projects financed at a level of 420 M € by French government agencies & local authorities

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Software

Academic Research 2,000 jobs Industry 12,000 jobs Total 14,000 jobs Academic Research 3,000 jobs Industry 21,700 jobs Total 24,700 jobs

Micro nano

Grenoble, THE place for micro nano AND software

CAP GEMINI XEROX SUN FT R&D ST MICROELECTRONICS SOITEC THALES SCHNEIDER MINATEC

Some of the key players 38 000 people involved!

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A local innovation network…

  • 161 Members to foster coopetition!

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117 companies, including 81% of SMEs

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15 research centers and universities

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16 local governments

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10 economic development organizations

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3 private investors

  • Minalogic leader in building a global

“systems” cluster embracing the transition from components to systems including embedded software and tools

  • Minalogic partners with other clusters in

France & Europe to build a common & clear strategy for nanotechnology & electronics systems

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… that acts global

Main International clusters Main European clusters

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Micro-nano technologies & Embedded Software

A strategy that combines technology & markets

Traditional Industries Imager chain Biology Health Connectivity Mobility

Smart electricity (Ex : the autonomous and communicating switch)

Energy Efficiency

Motivity (Ex : NOMADIK, the new multimedia companion) Nanobio with Lyonbiopole (Ex : lab on chip) Imagers (Ex : CMOS sensors for X-ray mammography) Soft electronic substrates (Ex : high tech textiles )

M A R K E T S Develop solutions, highly differentiated by their level of miniaturization, embedded intelligence and connectivity

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 Products and services

for energy efficiency

 Key figures :

  • €20.5 + 9.2 million (≈ $40 M)
  • 4 + 2 years
  • 15 partners:

Schneider Electric, Orange Labs, GEG, Sogeti High Tech, Orange Business Services, Arcelor Mittal, e2v Semiconductors, Teamlog, Scalagent, Nemoptic, Alpwise, Maya Technologies, CEA-Leti, Grenoble INP (G2Elab), UJF/LIG ENERGY EFFICIENCY

Smart Electricity & Samee projects

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 Background

  • Goal set by the European Union : achieving 20% energy

savings by 2020.

  • One of the keys to the intelligent management of electricity

is a better understanding of how it is distributed and used.

  • The electrical board is where power protection, control, and

measurement systems are located.

ENERGY EFFICIENCY

Smart Electricity & Samee projects

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 Objectives (phase 1)

  • Spur convergence between the electrical, automation, and

communication industries: >> Development of an “intelligent electrical board” that can communicate and interface with its environment.

  • Enhance the protection and command functions of

electrical distribution networks.

ENERGY EFFICIENCY

Smart Electricity & Samee projects

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ENERGY EFFICIENCY

Smart Electricity & Samee projects

 Objectives (phase 2)

  • Develop a new generation of display devices

that can give users basic information concerning the electric consumption of a specific electrical circuit, a room or even a house.

  • Increase user interaction and information.
  • Investigate innovative radio communication systems

and energy recovery technologies.

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CONNECTIVITY MOBILITY

Fast project

 Switchable Radio Frequency Filters

using BAW Technology for Mobile Telecommunications Systems

 Key figures :

  • €16.5 million (≈ $22M)
  • 3 years
  • 4 partners:

STMicroelectronics, Oerlikon, CEA Leti - Université de Savoie

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>> Given the growing numbers of communication channels and standards used and the need to keep terminals small, reducing the size of RF (radio frequency) filters is crucial.

CONNECTIVITY MOBILITY

Fast project

 Background

  • The boom in mobile

telephony and associated services has brought with it increasingly complex communication protocols.

  • In the near future, the

industry is expected to see multi-band and multi-mode convergence.

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CONNECTIVITY MOBILITY

Fast project

 Objectives

  • Use BAW technology to develop

and produce future generations of RF filters that respond to the specifications required for multi-mode mobile telephony applications, with a logic of cost reduction.

  • Use innovative materials to develop

more compact, energy-efficient RF components capable of performing both filtering and switching functions.

RF module with 3 BAW filters seen from above BAW filters seen from above

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BIOLOGY HEALTH

Imalogic project

 The X-ray and Infra-red Imagers of the

Future

 Key figures :

  • €23 million (≈ $30M)
  • 3 years
  • 5 partners:

Sofradir, STMicroelectronics, Trixell, Ulis, CEA-Leti

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 Objectives

  • Develop the next generation

imaging detector including new detection material growth, micro technologies, CMOS readout circuit, flip-chip connection and packaging

BIOLOGY HEALTH

Imalogic project

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IMAGER CHAIN

Nanoproj project

 Miniature Video and Image

Projector for Portable Devices

 Key figures :

  • €6.4 million (≈ $8.5 M)
  • 3 years
  • 5 partners:

FagorBrandt, STMicroelectronics, H2i Technologies, Optinvent, CEA-Leti

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 Background

  • Most portable devices currently present on the market

(mobile phones, GPS, etc.) use very small screens. >> Another method: projection systems on a white surface

  • Some projection systems are beginning to appear on the

market, but they are too big and high-energy-consuming.

  • The market for miniature projection systems should explode in

the next ten years.

IMAGER CHAIN

Nanoproj project

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 Objectives

  • Place an entire LCD transmission matrix and its control

system on a silicon wafer

  • Ultra compact: 1cm3
  • Energy efficient

IMAGER CHAIN

Nanoproj project

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More information www.minalogic.com Contact nicolas.leterrier@minalogic.com