Imec擴展了其CMORE服務，新增了SiGe-MEMS代工服務以及面向高校和研究機構的MPW服務。這些服務都是基于其單片集成SiGe MEMS工藝線，并提供了擴展的設計工具包。
Imec’s CMORE offering extended with SiGe-MEMS foundry service and MPW service
Imec extends its CMORE service with a SiGe-MEMS foundry service and a multi-project wafer (MPW) service for universities and
research centers via its EUROPRACTICE IC service. Both services are based on a monolithically integrated SiGe MEMS baseline
process and come with an extended design kit.
Via its CMORE initiative, imec offers companies all the services needed to turn innovative ideas into smart packaged microsystem
products. The CMORE toolbox contains a wide variety of device technologies (e.g. high-voltage technologies, CMOS imagers,
photonics or micro-electromechanical systems (MEMS)) and packaging capabilities (e.g. through-Si vias and MEMS capping) as well
as design expertise and testing and reliability know-how. Imec’s services range from feasibility studies over design and
technology development to prototyping and low-volume manufacturing. And through its alliance with TSMC, imec can also offer a
path to transfer the technology to the foundry for volume production.
The SiGe-MEMS platform is part of the CMORE offering. The technology is based on a MEMS-last approach, where the MEMS are
processed after and on top of the CMOS circuits. It enables monolithic integration of CMOS and MEMS, integrating MEMS devices
with the driving and readout electronics on the same die. This leads to a better performance compared to other integration
schemes: there is a better signal-to-noise ratio through a reduced interconnect parasitic resistance and capacitance, a smaller
die size and package, and lower power consumption.
The imec CMORE SiGe-MEMS platform is versatile; its flexible and modular approach allows application specific tuning and
optimization. An example is the thickness of the MEMS structural layer, which can vary between 300nm and 4μm. A 300nm-thick
layer allows making optical MEMS, e.g. micromirrors. The process is then extended to add various coatings with specific
reflective properties. A 4μm structural layer is used, for example, to create gyroscopes or actuators. Other possible
applications of the technology are μ-microphones, μ-speakers, μ-sensors, μ-mirrors, probe-based memories and μ-power generation.
The extended CMORE offering and foundry service is based on this SiGe-MEMS platform, fixing the options in a baseline process
with a 4μm SiGe mechanical layer on top of a CMOS layer. Supported by mature design kits for the most important commercial MEMS
design tools, partners can develop their own MEMS designs for rapid prototyping using imec’s SiGe-MEMS technology.
For universities and research centers, there is an MPW service. By gathering the designs of multiple customers on the same mask
set, MPWs allow to fabricate test structures and prototypes of devices at low cost. A first MPW run, scheduled end of 2010, will
be processed on a wafer with a single metal layer, and is meant for initial prototyping. A second run, with full capability and
with the SiGe-MEMS devices on top of TSMC 0.18μm CMOS, is scheduled for mid 2011.
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