Prefix architectures embedded hardware, custom high-speed PCB layouts, and industrial power electronics engineered for scalable production.
Full-stack hardware development tailored to demanding operational environments.
Multi-layer board design with strict impedance matching, signal integrity modeling, and heat dissipation routing for ultra-dense architectures.
Bare-metal and RTOS firmware written in C/C++ optimized for microcontrollers, edge-processing platforms, and ultra-low-power IoT chips.
High-efficiency DC-DC converters, battery management systems (BMS), and power distribution modules for harsh industrial usage.
Pre-compliance testing and mitigation strategies ensuring products meet FCC, CE, and industrial safety certifications on the first run.
Verilog/VHDL logic design for real-time video processing, high-frequency data pipelines, and custom signal filtering.
Design for Manufacturability (DFM) and Assembly (DFA) reviews to streamline automated SMT lines and reduce unit cost.
Off-the-shelf development modules and evaluation hardware engineered by Prefix.
A compact, ultra-reliable system-on-module designed for telemetry processing in hostile RF environments.
Advanced battery monitoring board providing cell balancing, active thermal protection, and CAN Bus messaging.
How we take your hardware idea from functional schematic to volume assembly.
Requirement mapping, component selection, block diagram design, and initial cost modeling.
Schematic capture, multi-layer routing, signal simulation, and thermal analysis.
Rapid prototype assembly, physical bench testing, bug fixing, and compliance prep.
Contact our engineering team to discuss specs, timelines, or custom product quotes.