
Advanced PCB design
Multilayer boards up to 16 layers, including high-speed, mixed-signal, RF, and power electronics with SI/PI in mind.
ElecNovelle turns complex ideas into reliable, production-ready electronic products for clients worldwide.



Hardware design services for teams taking complex electronic products from architecture through validation and manufacturing.

Multilayer boards up to 16 layers, including high-speed, mixed-signal, RF, and power electronics with SI/PI in mind.

FPGA-based systems and embedded firmware shaped around the needs of connected, real-world products.

Signal and power integrity reviews, simulation, hardware bring-up, and validation to improve product reliability.

System architecture, schematics, prototypes, board bring-up, and production support from concept to handoff.
Hover over the board render to reveal its supplied routing-layout image underneath, or use the control to show the full layout.

We are a team of hardware and embedded systems engineers focused on turning complex ideas into reliable, production-ready products. With $36M+ in project value delivered, 50+ international clients served, and 100+ projects shipped, we bring experience across high-speed, mixed-signal, RF, and power electronics.
Our expertise includes multilayer PCB design up to 16 layers, FPGA-based systems, embedded firmware, signal and power integrity (SI/PI), and end-to-end hardware development. From system architecture and schematic design to PCB layout, prototyping, hardware bring-up, validation, and production support, we deliver solutions tailored to real-world engineering challenges.
Our team combines practical R&D experience with research-driven innovation, including IEEE CIoT 2025 publication work. We are committed to engineering high-performance, reliable, and manufacturable electronic products for clients worldwide.
A practical engineering path connects system decisions, board design, bring-up, and production support.
Shape system architecture, interfaces, constraints, and schematics around the product goals.
Develop the PCB, FPGA system, embedded firmware, and integrity checks as a coordinated design.
Prototype, bring up hardware, validate performance, and support a reliable manufacturing handoff.
Contact our CEO and Hardware Design Consultant to discuss your project.