The LTCC@ETS laboratory can help you for: 

LTCC Prototyping and production
The first of its kind in Canada, the LTCC (Low Temperature Cofired Ceramic) process at ÉTS offers prototyping and low volume production capabilities of multilayer ceramic circuits. Thanks to the ceramic materials used and to the inherent 3-dimensional circuit integration capabilities of the LTCC process, this technology offers several advantages such as:
  • Excellent performance at microwave and millimeter wave frequencies.
  • Considerable circuit miniaturization and high circuit integration density.
  • Integration of housing in the circuit fabrication process (System in Package).
  • High thermal stability for reliable circuit operation under harsh environmental conditions.
  • Excellent hermiticity with no water absorption for reliable operation in wet/humid environments.

Here is a list of documents that you can download:
You can also download our ADS library definitions.

Ask for a quote.
MEMS prototyping
We can help you develop your idea from concept development to design & modeling and prototype fabrication using our hi-tech tools.

During the Concept Development Phase,we can help you with the following:
  • Initial design (including mask design) and preliminary process sequence design for implementing your device for its intended application.
  • Analysis of device designs, fabrication approaches, as well as for each step in a process sequence.
  • Determination of a realistic timeframe and budgets.

In your MEMS device Design & Modeling efforts, we can help you with the following:
  • Development of a set of models, preliminary process sequence(s), and prototype mask layout set.
  • Create and refine analytical and/or numerical device design models (e.g., finite-element and/or boundary-element models) to allow the accurate prediction of the physical behavior of your MEMS device.
  • Create designs of test structures to accurately measure the properties of the materials used in a fabrication process

In your MEMS device Prototyping efforts, we can help you with the following:
  • Selection of the best processing steps for fabrication of your device.
  • Development of custom processes, including process steps, process modules, and complete process sequences.
  • Implementation of yield and quality improvement methodologies.

Ask for a quote.