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NMRC: Partnership with Industry - International Collaboration
NMRC has an extensive network of clients throughout Europe and the US with whom it
has established a track record for effective and productive R&D collaborations. These
encompass multinational consortia funded directly by industry or within various
European and international research programmes, as well as research undertaken for
individual clients. The output from these programmes has ranged from consultancy
reports to transfer of intellectual property and technologies developed at NMRC.
The Centre is established as the strategic European site in Ireland for a number of
EU programmes (i.e. FUSE and Europractice) aimed at providing access for SMEs to
advanced technologies for improved product development and enhanced product
innovation. It has also been designated as a European Large Scale Facility providing
access for European academic researchers to advanced analysis and characterisation
facilities to support R&D programmes. These international collaborations ensure that
NMRC continues to develop its expertise and technology portfolio and are an essential
ingredient in ensuring that NMRC maintains its position as a centre for world-class
research and development in selected areas of ICT.
This international R&D profile has been recognised during 1999 with NMRC
hosting the IEEE VLSI Packaging Workshop and
the European Solid State Devices
Research Conference (ESSDERC) in Cork, Ireland in May and September 2000
respectively.
The following detail some of the highlights of the Centre's international
collaborations during 1999.
- NMRC Develops European Industry Standards for Advanced Packaging
During 1999, NMRC was involved in three EU funded projects that focused on the
development of standards for use by industry in the characterisation and assessment of
advanced packaging components and manufacturing processes. The outputs from these
programmes are now being considered by the relevant standards bodies including both
JEDEC and IPC. The relevant standards are focused on the following issues:-
- Non-destructive examination of plastic IC packages using scanning acoustic
microscopy.
- Surface insulation resistance (SIR) for the measurement of electronic assembly
contamination.
- Thermal resistance measurement of IC packages independent of the package test
environment.
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Scanning Acoustic Microscopy images of delaminations in plastic IC packages
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- Multi-Company Research Programmes
During 1999, NMRC completed its first multi-company sponsored research programme
with one European-based consortium and the other US-based. These programmes were
initiated to address industry-wide technology issues that would be prohibitively
expensive for a single company to fund but are cost-effective within a multi-client
consortium.
- Assessment of Liquid Encapsulants for Protection of Microelectronic Circuits
Following more than a quarter of a million measurements, 36,000 wirebonds and 500 test
boards, NMRC concluded its evaluation of a wide range of leading IC encapsulant
materials for use in high reliability applications. The industrial partners included leading
materials developers and end-users throughout Europe. The evaluation addressed a wide
variety of material, process and assembly options and resulted in the generation of an
extensive database of applications information for the participating companies.
- US Consortium Funds NMRC to Assess Development of Power Packaging Roadmap
STATPEP is a ground-breaking international initiative to address the development of
a technology roadmap for packaging in power electronics. NMRC has, over the last two
years, participated in this initiative with the PSMA (The Power Sources Manufacturers
Association) and leading players in the power electronics industry. NMRC undertook a
benchmarking exercise to define best practice in power supply manufacturing in two of
the main growth markets, DC-DC converters in the 50 to 200 Watt range and AC-
DC converters in the 300 to 500 Watt range. In a follow-on phase, NMRC collaborated
on defining experience curves of the key developments in power electronics over the
last 10 to 15 years.
- NMRC Provides European Industry and Academics with Access to Advanced
Technology
- Europractice Promotes Access to Advanced Technology Solutions
The Europractice programme was funded to establish a European-wide, self-funding
infrastructure to provide access to advanced technologies. NMRC has participated in
both the high-density packaging (EP-MCM) and the microsystems (MST2000)
programmes. In the EP-MCM programme, NMRC engineers are playing a crucial role in
the development and design of many new products for European industry based on high
density packaging technologies. In the MST2000 programme, the activity has focused on
direct marketing and promotion of MST technology for emerging microsystem
applications.
- NMRC Recognised as a Key European Resource
for Academic Research
NMRC established the European Large Scale Facility for Microelectronics Reliability,
Failure Analysis and Reverse Engineering funded by the EU in 1992. The facility enables
academic researchers throughout Europe to gain access to specified NMRC laboratories.
To date, a total of 58 researchers have taken the opportunity to use NMRC laboratories to
further their research. We are pleased to announce that, following international review
and successful funding in the recent EU Fifth Framework Programme, the facility will
run for a further three years with an extended range of laboratories available to potential
users, encompassing microelectronics, photonics, microsystems and nanotechnology
research.
- NMRC Provides European E-Commerce Assessment Capability
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Over the next 4 years, over half of all payment cards in Europe will be smart-cards. Apart
from the use of smart-cards for e-purse, transit, loyalty, telephony and access, the Internet
is reinforcing the role of smart cards as a key entry point in accessing network-based
business services. NMRC is actively involved in this technology area and conducts
independent security evaluation of smart cards for this industry. |

Microsection of SMART Card EEPROM |
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