electronics industry estola

8/8/2019 Electronics Industry Estola

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Nanotechnology Vision for FinlandNanotechnology Vision for FinlandElectronics IndustryElectronics IndustryTekes Tekes FinNano FinNano - - program vision work Spring 2006 program vision work Spring 2006 Kick Kick - - off 25 January 2006 off 25 January 2006

KariKari --Pekka EstolaPekka EstolaNokia Research CenterNokia Research Center

ContentsContents

Background

Current State Analysis and TrendsCustomer ApplicationsBusiness SystemEnabling TechnologiesFinnish Strengths

VisionMobile Device Vision and RoadmapOther opportunities


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Technology Industries of Finland have setTechnology Industries of Finland have setambitious targets for electronics sector 2013ambitious targets for electronics sector 2013

Finnish Electronics industry will be 2013:The most significant industry in Finland in termsof revenue and employeesStrategic resource and base for improvingproductivity for the other industriesWorld leader in several technologies andapplicationsEfficiently renewing business modelsInternationally respected partnerStrong contributor to EU technology policy

!

Tekes Technology Programs are ExtendingTekes Technology Programs are Extendingthe 90the 90 s Finnish Electronics Successs Finnish Electronics Success

1990 20001995

Strong demand of new high techapplications on the global market

Recession

Increase ofProductivity

Growth ofProduction

35 %

25 %

82 %to Export

ROI25 - 35 %

Heritage ofhigh technical

competence

Agility, creativity, networking,fast application of new technologies

Consecutive National

Research and Technology

Programmes

Development

!


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ELMO Has Effectively Created New ProjectsELMO Has Effectively Created New Projectsand Networkingand Networking

55 research institute and university projects,with a volume of 32.8 million euros51 R&D projects with a volume of 75.4 millioneurosMore than 80 participating organizationsEnterprise projects have exceeded budgeted volumeResearch projects are at the budgeted levelInternational cooperation

EUs ERANETUSA: visits 2002 and 2005 (planned), strongcooperation with UC BerkeleyChina: information gathering visit in Nov. 2003Japan: Networking visit in March 2004

DM 3988909-2004 Copyright Tekes

Nanotechnology has got very wide support inNanotechnology has got very wide support inFinlandFinland

FinNanoFinNano ss company project funding exceeded budget by 50% 2005company project funding exceeded budget by 50% 2005Ongoing 11 projects (tot. costs 11,6 M , Tekes 6,0 M )4 applications (tot. costs 1,0 M , Tekes 0,5 M )

FinNanoFinNano ss research projects have started wellresearch projects have started wellUniversities and research units (VTT)Ongoing 15 projects (tot. costs 14,3 M ; Tekes 11,9 M )2 applications

OtherOther TekesTekes programmes already have many onprogrammes already have many on --going projectsgoing projectsAltogether 50 projects

approx. 20 company projectsapprox. 30 research projects6 applications

Finnish Academy of Sciences launched an ownFinnish Academy of Sciences launched an own FinNanoFinNano --nanosciencenanoscience researchresearchprogramprogram9 million euros 2006-2010 budget authority for the funding of the Research Programme on

Nanoscience.

Ministry of Education initiate aMinistry of Education initiate a programmeprogramme for developingfor developing nanosciencesnanosciences andandnanotechnologynanotechnology24 million euros 2007-2009Promote prerequisites of nanoresearch and ensure that the education supply corresponds tolabour market needs


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ContentsContents

Background


Vision

Mobile Device Vision and RoadmapOther opportunities

EnablingEnablingTTechnologiesechnologies

BusinessBusinessSystemSystem

CustomerCustomerNeedsNeeds

BusinessBusiness taketake --offoff

New Business Needs Balanced CustomerNew Business Needs Balanced CustomerNeeds, Business System and TechnologiesNeeds, Business System and Technologies


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Customer Needs: Finland has Existing StrongCustomer Needs: Finland has Existing StrongClusters...Clusters...TelecommunicationsTelecommunications

Mobile electronics convergence enables huge opportunitiesin new devices approaching consumer electronics marketNew data communication methods need new solutionsVery hard competition requires more efficiency

ForestryForestryCost competition drives new standards for automation andinstrumentation in paper machinery and processesMass manufacturing competences can be used in otherindustriesSmart packages create new use for electronics

Medical and healthcare industriesMedical and healthcare industriesAging population needs more efficient monitoring at home orin bodyDisease diagnosis has to become more efficientWealthy citizens will demand and can afford special care

...and Potential to Create New Ones...and Potential to Create New Ones

Building/constructionBuilding/constructionThe East builds new infrastructure and The West Maintainsold one, everybody needs:

Effective maintenance and lighting control of buildingsSafety and securityEasy-to-use technology

AutomotiveAutomotiveElectronics use in cars increases exponentially and movesrapidly to mass market modelsCar industry has very long product development cycles itneeds either suppliers who can adapt or suppliers who canfind other ways to get into cars

Defence, aviation and spaceDefence, aviation and spaceCold war has changed to daily worry everywhereNew military blocks need common standards andindependent partnersThese early adopter industries have always been first toimplement new technologies

Sports&Leisure, Education and more???Sports&Leisure, Education and more???


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Business System: Drivers are Globalization,Business System: Drivers are Globalization,Horizontalization and IntegrationHorizontalization and IntegrationMass manufacturing consolidates, moves closer to markets and toMass manufacturing consolidates, moves closer to markets and to lowlow --cost countriescost countries .

R&D is increasingly done elsewhere from manufacturingNew opportunities for Finland in highly automate manufacturing, new productioncompetences and first production runs often to a small number of big customers

New opportunities arise in innovation of new products, technologNew opportunities arise in innovation of new products, technolog ies, servicesies, servicesHorizontalized platforms enable specialized designsFaster design cycles need better methods and expertiseImportance of brands strengthens even further

Workforce Becomes Multinational, Multiskilled and MobileWorkforce Becomes Multinational, Multiskilled and MobileEach region needs to be able to attract best people from global talent pool andcollaborate internationally with best regions

Traditional Industry Boundaries ConvergeTraditional Industry Boundaries ConvergeNew opportunities arise while traditional industries start to co-operate for newmarkets, e.g. Medical with Telecommunications

Whole productWhole product Thinking IncreasesThinking IncreasesSupporting Services are essential part of whole product conceptApplication-oriented innovation is essential system level competence is essentialfor improving individual parts

Technologies: More Moore, Portability andTechnologies: More Moore, Portability andConnectivity...Connectivity...Demand for processing, memory and storage capacity still grows..Demand for processing, memory and storage capacity still grows.. ..

Moores law needs to continue by both conventional technologyimprovements and new alternatives

...but increasing problems need new solutions...but increasing problems need new solutions solvable only bysolvable only byunderstanding nanoscale phenomnenaunderstanding nanoscale phenomnenaPower consumption, heat problems and challenges in tighterintegration need new alternatives

Portability and wearability of electronics is even more importanPortability and wearability of electronics is even more importan ttPortable devices fulfill more and more needsElectronics gets closer to human bodyNew requirements for power generation, displays and memories

Connectivity needs more alternativesConnectivity needs more alternativesMultiple and alternative wireless and cable connections are needed,

some standard, some not

Systems get more distributedSystems get more distributedNetworking between devices increasesEmbedded software in products increasesSensor importance increases in many applications


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Technologies: ... Environmental Aspects,Technologies: ... Environmental Aspects,Automated Design and User InterfacesAutomated Design and User InterfacesEnvironmental requirements increaseEnvironmental requirements increase

Cleaner manufacturing processRecycling of end productsDrivers are regulation and corporate image

Electronics design and modelling systemsElectronics design and modelling systemsNeed for design automation and modelling increases, driven byefficiency need in designSpeed of design moves towards programmabilityU.S. Companies dominate, Europes opportunity might be open source

AND: User Interface design intuitiveness maintains its importancAND: User Interface design intuitiveness maintains its importanc e,e,especially with wearable devicesespecially with wearable devices

Finnish Strengths: Strong Clusters, Networking,Finnish Strengths: Strong Clusters, Networking,

Educated and CostEducated and Cost --Efficient Engineers and SafetyEfficient Engineers and SafetyStrong Clusters:Strong Clusters:

Telecommunications, Forestry and Medical/HealthcareStrong international companies with Finnish subsidiaries

...and good candidates for new ones?...and good candidates for new ones?

Networked way of operation:Networked way of operation:Improved collaboration between different disciplinesGood contacts between industry & universities (IP?)

Strong education and competences:Strong education and competences:Technical education in schools and universities on a good levelExcellent combination of both theoretical and practical know-how

Competitive cost structure:Competitive cost structure:Favourable engineering competence/cost ratioFlexible public funding enables high-risk research projects

Safety:Safety:Country security and stability

...AND FINNS ARE PERSISTENT, HUMBLE AND KEEP WHAT THEY...AND FINNS ARE PERSISTENT, HUMBLE AND KEEP WHAT THEYPROMISE!PROMISE!


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ContentsContents

Background


Vision

Mobile Device Vision and RoadmapOther opportunities

Life goes mobile Your device as the UI for managingyour life


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Research impacts productsPower management

Battery life, charging,thermal durability

MaterialsStructural, functional,

optical, decorative

Cameras and optics

Electronics

Semiconductors,microelectromechanical

componentsAlgorithms

Signal processing, imageand sound processing

ProximityWLAN, Ultra Wideband,

RFID, Bluetooth

Voice & Videocodecs

Improved quality

Software andApplications

Platforms, middleware,architectures

GSM/WCDMAStrong IPR portfolio

User experience

Ergonomy, usability, userinterfaces, user behavior,

security

MechanicsStructures, user interface,

mechanisms

Materials technology in a key role

Miniaturized communication device with built-in human-like user interfaceMechanics and

mechanisms Compact Transformable High strength

Data storage basedon nanotechnology

Fast productization digital lean manufacturing customization

Energy sourcesindependent

of infrastructure fuel cells nanotechnology batteries super capacitors

Cover with integratedartificial skin user

interface touch & feel Sensors haptic feedback

Optimized coreelectronics

multifunctional materials miniaturized


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Future possibilities

Smart materials manipulated on molecular level Biomimetic materials borrowing from nature

Artificial skin for sensors, user interface Artificial muscles for moving mechanics

Materials with switchable properties Change electrical, optical, dimensional properties on

command Quantum dots (~10 nm semiconductor particles)

Fluoresce in different colors when size changes Efficient solar energy devices

Mobile industry seeks benefits ofnanotechnology

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 years

Functional coatingsFunctional coatings Self-assemblynanotechnologiesSelf-assembly

nanotechnologies

Thin and light mechanicsThin and light mechanics

Bright, low power, flexible displaysBright, low power, flexible displays

Molecule-level manufacturingMolecule-level manufacturing

New power source technologiesNew power source technologies

Printed electronicsPrinted electronics

New intuitive user interfaceNew intuitive user interface

QuantumelectronicsQuantum

electronics

Small-size high-capacity mass storageSmall-size high-capacity mass storage

Exploring High volumebusinessTechnology

availablePotential

applicationsPotential

applications


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There are plenty of other products that couldThere are plenty of other products that coulddrive technology needs...drive technology needs...

Wristop ComputersHealth and well-being solutions

Smart Packages

Instruments & Tools

Paper machine automation

New lighting solutions

Lasers

...enabled by several technology areas...enabled by several technology areas

Optoelectronics, lasers, diffractive optics

Molecular electronics and storage

Printed electronics

Sensors and sensor networks

... And of course new materials


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Current nanotechnology market is driven by instruments andCurrent nanotechnology market is driven by instruments andtools : Opportunity for Finlandtools : Opportunity for Finland Open Source Modelling?Open Source Modelling?

Modeling toolsCase Accelrys

Materials Studio software environmentNanotechnology Consortium

Shared-risk/shared-cost development projectbetween members, Accelrys, and academiccollaboratorsMembers determine software developmentdirections and adopt a workplan by majorityvote.

Open source platformsCase Elmer

Open-source computational tool for complicated multiphysicalproblemsDeveloped in collaboration with Finnish universities and industryFreely downloadable from sourceforge.org

Computational models of complex systemsComputational Systems BiologyAims at understanding of structure and processes of biologicalsystems at molecular levelFuture applications: Predictive computational models for personalmedical risk estimation, preventive medication etc.

New Opportunities are Based on Clusters,New Opportunities are Based on Clusters,

Disruptions, CoDisruptions, Co --Opetition and Finnish StrenghtsOpetition and Finnish Strenghts

Good opportunities:Good opportunities:

... have supporting industry and competenceclustersclusters , or they can be built

... have huge growth potential, often throughdisruptiondisruption

... can beat global competitioncompetition and benefit from

global coco --operationoperation

... are based on Finnish strengthsFinnish strengths

electronics industry estola

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