Attending the Canadian Semiconductor Council Summit in Ottawa (Tuesday, February 6th) was an excellent opportunity to participate in a focused discussion on Canada’s current and future semiconductor strategy. Not only was the discussion open and bringing in the key representatives from the relevant players present in Canada but there was also direct participation of key government officials. This direct coupling of discussion and (government-supported) execution made the Summit a unique event, superbly managed and led by Paul Slaby and his team.
Building on Canada’s rich semiconductor history (who does not remember ATI, Newbridge, and Mitel to name a few), Canada today is focusing on growing its role in the semiconductor supply chain for EVs. The important role of Canada in this supply chain, ranging from power electronics to batteries, is highlighted by some of the key players choosing Canada for major parts of their operations. Infineon choosing Ottawa as its center of excellence for power electronics is a good example of a major player in the automotive semiconductor market choosing Canada as a key location for its activities. Research, development, and production of key components using the latest technologies such as GaN and SiC is going to be strategic to maintain and grow current market positions.
Semiconductor innovation requires navigating a complex maze of high costs, lengthy development and qualification paths, detailed technical specifications, and, of course, the right market timing. For startups that seek to lead in their space, external expertise isn’t just helpful; it is almost always essential.
We are excited to announce TD Shepherd as a partner of High-Tech Venture Days 2025 (HTVD25). HTVD is a matchmaking event that brings together three main groups: startups, investors (especially venture capital firms, corporate venture arms, etc.), and established companies (corporates).
Generating infrared light isn’t difficult. But generating it on a chip — reliably, efficiently, and compactly — is a different story. Traditional IR sources rely on heating elements. They radiate across a wide range of wavelengths, consume significant power, and require filters to isolate the signals. Manageable in labs, unworkable in wearables.