Means and guarantees

Made in France

All our design and production are based in France. From our HQ and R&D center near Bordeaux to our trusted local EMS partners, we combine innovation with uncompromising quality. Certified to the highest international standards: ISO9001, ISO14001, ISO13485 and Reach/RoHS our French supply chain ensures agility, reliability, and excellence in every module we deliver.

ESCROW Agreement 

Through Escrow Agreements, NEOsystemes guarantees that, even in the unlikely event of our activity ceasing, you retain access to essential technical assets (schematics, layouts, BoMs).
This safeguard ensures you can continue producing and supporting your systems with complete confidence.

EN54 compliance

Our modules have been successfully qualified within certified client systems under EN54 standards:                                              

     - EN54-4: Power supply & battery charger modules

     - EN54-16: Constant-voltage amplifier modules

Testing

Every custom component is verified upon reception.
All our modules undergo Automatic Optical Inspection (AOI), functional testing, full power validation, and final quality control either by our EMS partners or in-house.

Magnetics design

Our transformer and inductor magnetic designs are fully engineered in France to ensure precise compliance with application-specific electrical specifications and stringent EMI performance criteria. Components are carefully dimensioned and optimized for seamless mechanical integration and space efficiency within the target modules.

EMI & Electrical conformity

Every NEOsystemes module is developed with certified safety and compliance at its core. Meeting rigorous international standards such as IEC62368, EN55032 / FCC Part 15, EN55035, and EN50130-4, we ensure safe operation, electromagnetic compatibility, and reliable immunity for mission-critical systems.

Mechanical design 

Thanks to its multidisciplinary engineering department, NEOsystemes offers comprehensive designs that integrate thermal dissipation solutions, mechanical bases, and carefully engineered assemblies. This approach ensures enhanced product durability and optimal operational performance.