Supply Chain by NanoXplore

European Sovereignty at the core of our
value chain

From design to production, through industrialization and customer support, NanoXplore delivers trusted, long lasting solutions for critical applications, backed by full control of its value chain and a sovereign European supply chain. 

Schema Supply Chain

Outsourced manufacturing and production 

As a fabless company, NanoXplore does not own its own manufacturing facilities. It relies on industrial partners such as STMicroelectronics to produce its FPGA circuits. This collaboration ensures :

A robust and sovereign supply chain

Designed to minimize reliance on non European markets and ensure full control over production flows. Our strong and resilient allows us to :

Quality and compliance

In sector such as aerospace and defence, quality and traceability are non negotiable. These commitments translates into :

Supporting a Sustainable Industry

Sustainability is embedded at every level of NanoXplore supply chain

"In our business, European sovereignty is key. Controling our entire value chain means we can deliver the quality and reliability our customers demand today and for the long term"
Edouard LEPAPE
CEO
"Innovation starts with the rights foundations. A sovereign and resilient supply chain allows us to develop the technologies that will power tomorrow's critical missions"
Alp KILIC
CTO
"Designing high-performance FPGAs means thinking beyond the chip its means working hand in hand with our industrial partners to ensure every component meets the highest standards"
Suzie MARIN
R&D Director

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Supply Chain by NanoXplore

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Embedded Systems

Bridging the gap between silicon and software, the Embedded Systems team designs the low-level tools that make NanoXplore’s FPGAs truly usable and powerful. 


Their core mission : developing the main SDK (Software Development Kit), firmware, and all embedded components that enable seamless configuration, control, and integration of our devices. From bootloaders and drivers to board support packages and diagnostic tools, they ensure our chips speak the right language whether on a satellite, in a defense system, or in a test environment. Their work is foundational : without it, nothing runs. 


What sets them apart is their ability to think system-wide. They work closely with hardware teams and application engineers, adapt to evolving specs, and support real-world use cases with reliability and reactivity. 

They’re not just writing code : they’re building the ecosystem around our FPGAs.


Driven by curiosity and precision, it’s a team where autonomy meets collaboration, and where each line of code contributes to something bigger : making advanced microelectronics accessible and operational for the most demanding applications.