FineSol focused on hyper-fine solder powders for miniaturized PCBs; CITCOM on inspection techniques for MEMS components.
MICROCHIP TECHNOLOGY CALDICOT LIMITED
UK semiconductor manufacturer specializing in advanced packaging, NEMS circuits, and industrialization of research-stage electronics for manufacturing and health monitoring.
Their core work
Microchip Technology Caldicot is a UK-based semiconductor and electronics manufacturing subsidiary specializing in advanced packaging, soldering processes, and embedded systems for industrial and medical applications. They bring production-line expertise in miniaturized PCB assembly, MEMS components, and increasingly in nanoelectromechanical (NEMS) logic circuits. Their work bridges the gap between research-stage electronic devices and volume manufacturing — they are the partner that figures out how to actually build things at scale. They also apply their electronics capabilities to health monitoring devices, including silicon photonics-based cardiovascular sensors and adaptive bio-electronics.
What they specialise in
Z-Fact0r targeted zero-defect manufacturing for European factories; OPTIMAI applied AI, digital twins, and augmented reality to manufacturing optimization; CITCOM addressed quality inspection.
ZeroAMP — their only coordinated project — developed nanomechanical switch-based logic and non-volatile memory for ultra-low power circuits.
MEDILIGHT built smart systems for wound healing; CResPace developed adaptive bio-electronics for cardiorespiratory disease; InSiDe used silicon photonics for cardiovascular monitoring.
InSiDe project specifically targets manufacturability and industrialization of silicon photonics for medical device production.
How they've shifted over time
In their early H2020 period (2015–2017), Microchip Caldicot focused on bread-and-butter manufacturing challenges: fine-pitch soldering, printable electronics, smart sensor packaging, and light-based medical patches. From 2020 onward, their work shifted decisively toward more advanced territory — NEMS-based logic circuits, silicon photonics, and AI-driven manufacturing optimization. The jump from soldering process improvement to coordinating a nanomechanical computing project signals a company moving up the value chain from process engineering to device-level innovation.
Moving from manufacturing process optimization toward designing and producing next-generation computing and sensing hardware, particularly ultra-low-power NEMS logic and silicon photonics — expect continued investment in beyond-CMOS technologies.
How they like to work
Predominantly a participant (7 of 8 projects), contributing specialized manufacturing and electronics expertise to larger consortia rather than leading them. Their one coordination role (ZeroAMP) was also their largest single grant, suggesting they step up to lead when the topic is closest to their core semiconductor capabilities. With 73 unique partners across 18 countries, they maintain a broad and diverse network rather than repeatedly working with the same groups — making them an accessible and well-connected partner for new consortia.
Extensive European network spanning 73 unique consortium partners across 18 countries, built through consistent participation in mid-to-large collaborative projects. Their reach across both manufacturing and health-tech consortia gives them an unusually diverse contact base for a private company.
What sets them apart
As a subsidiary of Microchip Technology (a major global semiconductor company), they offer something rare in H2020 consortia: genuine high-volume manufacturing capability combined with willingness to engage in early-stage research. Most large chipmakers avoid EU collaborative projects; Microchip Caldicot bridges that gap. Their dual expertise in both process engineering (soldering, inspection, packaging) and device-level R&D (NEMS, silicon photonics) means they can take a research prototype and credibly plan its path to production.
Highlights from their portfolio
- ZeroAMPTheir only coordinated project and largest grant (EUR 636K) — focused on nanomechanical switch circuits for ultra-low power computing, signaling a strategic R&D direction.
- InSiDeCombines silicon photonics with cardiovascular monitoring — an unusual intersection of semiconductor manufacturing and medical diagnostics with strong commercialization potential.
- OPTIMAITheir most recent project (2021), applying AI and digital twins to manufacturing — represents the convergence of their manufacturing roots with emerging digital technologies.