The 25th
European Microelectronics  & Packaging Conference (EMPC 2025)

16 - 18 September 2025
World Trade Center, Grenoble | France

Abstract Submission

The content must be original (previously unpublished), non-confidential and non-commercial. Maximum abstract length: 400-800 words. Figures with appropriate captions, and references, can be included, they do not count in the word limit.

Deadline for abstract submission is January 27, 2025

Abstract Template

Please use this WORD template for your abstract and submit it through our online platform at https://www.conftool.org/empc2025/

Conference topics

 Advanced Packaging and System-Integration

  • System in Package
    New SiP developments, SiP testing; Modules in a package, double sided modules, antenna in package; Chip embedding technologies.
  • IC Packaging
    Single- and multi-chip packaging, heterogeneous integration, chiplets, WLP, 2.5D/3D-IC, interposers, high-frequency, and high-power packaging, quilt packaging, logic and memory chip integration.
  • Interconnection Technologies
    Disruptive interconnections, bumping technologies, TSVs and vias; Optical connections, RDLs, 3D printable interconnects.
  • Optoelectronics
    Assembly and packaging technologies for optical and photonics applications; Co-packaged optics, hybrid and heterogeneous photonics integration; Microscopy, imaging, displays; Equipment and tools.

Specialised Topics

  • Power Electronics
    Advances in wide-bandgap semiconductor materials and technologies; Si, GaN, SiC packaging, Ag and Cu sintering, SiC wafer sawing, interconnection technologies, test and reliability.
  • Medical Electronics
    Bio-medical applications, medical devices; Biosensors and bioelectronics; Complying with material and test regulations, and market requirements; Medical imaging.
  • Green Electronics and Sustainability
    Green and sustainable manufacturing; Renewable energy, solar energy, and photovoltaics technologies; Energy storage, battery technologies; Packaging for improved efficiency of photovoltaic modules; Materials recovery and recycling, Product Carbon Footprint; Sustainability and environment.

Materials and Processes

  • Materials
    Solder alloys, materials for harsh environments, solder alternatives, conductive/ nonconductive adhesives, encapsulants, smart materials, TIM, high temperature materials.
  • Substrate Technologies
    Advanced substrate design and technologies, flexible/ stretchable electronics, organic, inorganic, laminates, printed, microfluidics.
  • Assembly & Manufacturing
    Process development, clean room technologies, process and yield enhancements, micromachining, equipment development.
  • Emerging Technologies
    Nanotechnology, sensing technologies, MEMS and NEMS, packaging for extreme harsh environments.
  • Smart manufacturing
    AI-enabled technologies, Additive Manufacturing, assembly factory automation.

Design, Modelling and Reliability

  • Design, Modelling and Simulation
    Signal integrity analysis, thermal management, cooling solutions; Electro-magnetic, thermal, and mechanical simulation; Physics-of-failure modelling, virtual qualification, data-driven modelling, model order reduction, optimisation.
  • Inspection and Test
    New characterisation, inspection and tests methods, measurement and qualification test methodologies, advances in metrology and test equipment; Accelerated life testing, failure detection and analysis; AI for test, standards.
  • Quality and Reliability
    Quality assurance, monitoring and control, counterfeits; Reliability at component, board and system-level; In-service reliability, prognostics, health management, lifetime models. 

Markets and Developments

 

  • Markets
    Telecoms (5G/6G), IoT, quantum technologies, computing, mobile, automotive, EVs, aerospace, defence and security, high reliability applications, robotics, consumer, wearables and smart textiles, structural, smart cities.
  • Business Aspects
    Cost and cycle time reduction, markets and supply chains, distribution, intellectual property, policy issues, obsolescence, business models.
  • Education for Electronics
    Educational and information technologies for electronics manufacturing, new approaches and standards in electronics education.