Custom electronic projects for industrial companies.
Full cycle: architecture, design and PCB, prototyping, validation, industrialisation and production.
SoM, FPGA and RISC-V are the technological foundation to build your solution.
At Reidite Electronics we develop custom electronic projects for industrial companies. We take care of the full product lifecycle: requirements definition, hardware architecture, electronic and PCB design, prototyping, validation, industrialisation and series production.
Our System on Modules, FPGA solutions and proprietary industrial platforms are not the end goal, but the technological foundation that allows us to reduce time, risk and cost on every electronic project.
Tell us about your electronic projectWe develop complete electronic products tailored to your needs. From the initial idea to series production, we manage design, validation and hardware industrialisation for demanding industrial environments.
See →We design custom electronic circuits and PCBs, optimised for performance, reliability and manufacturing. We apply DFM, EMC and industrial design criteria from the first prototype.
See →We manufacture and assemble electronic prototypes to validate functionality, performance and reliability. We support the testing process until the design is ready for production.
See →We prepare your electronic design for series production: cost optimisation, process validation, quality control and support during industrial manufacturing.
See →The technological foundations we work with: System on Modules, proprietary encapsulation and open architectures for high-performance applications.
Design and development of converters, drivers and power conversion systems for industrial and high-efficiency applications.
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Complete system modules that integrate processor, memory and connectivity in a compact and efficient solution.
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Parallel and reconfigurable processing solutions for applications requiring maximum flexibility and performance.
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Open and scalable processor architecture that offers maximum flexibility in design.
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A custom electronic project is the full development of hardware, firmware and software tailored to technical, regulatory and production r…
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What is the difference between prototype, engineering model and qualification board. Electronic product development phases.
Read more →What it means to industrialize an electronic product. From prototype to industrial production.
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What CE marking is for electronic products and how it affects design. Regulations and certifications.
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What an embedded system is and how it is developed for industrial applications. Embedded firmware and software.
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ARM or RISC-V: which architecture to choose for an electronic product. Comparison and selection criteria.
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What a System on Module (SoM) is and when to use it in industrial products. SoC, SoM and hardware architecture.
Read more →How to reduce technical risk in electronic product development. Strategy and best practices.
Read more →REIDITE Electronics develops fully custom electronic projects, tailored to the technical, regulatory, and production requirements of each customer. We work from the initial concept definition and system architecture through detailed hardware, firmware, and application software design. Projects may include electronic board design, embedded systems, electronic modules, communication integration, industrial-grade optimization, and sector-specific adaptations. Our approach is not based on generic solutions, but on custom engineering focused on real products, industrial deployment, and long-term lifecycle support.
Yes. REIDITE Electronics provides an end-to-end approach, supporting the product throughout its entire development lifecycle. This includes early prototypes, engineering models, qualification boards, functional and regulatory validation, pre-series, and transition to industrial production. This approach reduces technical risks, optimizes costs from early stages, and ensures the design is ready for manufacturing, certification, and scaling. Our goal is to take products from concept to industrial production in a controlled and efficient way.
REIDITE Electronics covers all key phases of electronic product engineering: requirements definition, system architecture, schematic and PCB design, prototyping, engineering models, qualification boards, electrical and functional validation, certification preparation, industrialization, and production support. This integrated approach ensures technical consistency across phases and avoids common issues that arise when development is fragmented across multiple vendors.
A qualification board is a version of the electronic design intended to validate electrical, thermal, functional, and regulatory behavior before industrialization. It is used for advanced testing, reliability assessments, certifications and approvals. It is especially important for industrial products, long-lifecycle systems, or designs with strict regulatory requirements, as it helps identify and correct critical issues before entering production.
Yes. REIDITE Electronics supports customers in the technical preparation for CE marking and other applicable certifications and approvals. This includes thermal search and simulation, electromagnetic compatibility (EMC), electrical safety, and sector-specific regulations. In aerospace and defence environments we support preparation for standards such as DO-160 (aeronautical equipment), DO-178C (embedded software) and DO-254 (hardware). Electronic designs are developed with these requirements in mind from early stages, reducing rework, costs, and delays during certification processes.
REIDITE Electronics operates under ISO 9001 quality and ISO 27001 information security frameworks, ensuring controlled processes and secure handling of information in product and service development.
Yes. REIDITE Electronics provides electronic board assembly, from low-volume builds for prototyping and validation to industrial-scale production. In addition, we develop embedded firmware and application software, ensuring optimal hardware–software integration. This combined approach allows full system validation, accelerates development, and reduces issues in later project stages.
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