Custom Hardware and Embedded Software Development
We help companies turn technical requirements into reliable, manufacturable products.
From concept to production-ready electronics
INBROLLY develops custom electronic products, embedded systems and mechanical assemblies, covering the entire development process from initial concept to production documentation and prototype manufacturing.
We combine expertise in hardware design, embedded software, FPGA development and mechanical engineering to deliver integrated solutions tailored to specific application requirements. Our experience includes industrial electronics, ARM-based computing platforms, communication systems and complex digital and analogue circuits.
Whether you need a complete electronic product developed from scratch or additional engineering capacity for an existing project, we provide practical engineering solutions focused on performance, reliability and manufacturability.
Analysis & System Architecture
Every successful product starts with a well-defined architecture. We analyse your requirements, evaluate technical options and define the overall system architecture to establish a solid foundation for development.
This includes selecting suitable processors, microcontrollers, memory technologies, communication interfaces and peripheral components. We prepare system block diagrams, evaluate critical technical requirements and identify potential integration risks at an early stage.
The result is a clearly defined technical concept, preliminary component selection and an initial estimate of development effort, hardware costs and project complexity.
Schematics & Circuit Design
We design analogue and digital electronic circuits for applications ranging from simple control electronics to complex embedded computing systems.
Our expertise covers power management, signal conditioning, analogue front ends, high-speed digital interfaces, processor systems and communication circuits. We carefully select components and evaluate critical parameters such as power consumption, signal integrity, thermal performance and operating margins.
We focus on robust circuit design, component availability and long-term reliability, taking into account the intended operating environment and manufacturing requirements.
PCB Design
We create professional PCB layouts ranging from compact two-layer boards to complex multilayer designs incorporating high-speed digital interfaces and advanced processor systems.
Our design process considers signal integrity, power distribution, thermal management and electromagnetic compatibility (EMC). We apply appropriate design rules and manufacturing constraints to ensure that the resulting PCB can be manufactured and assembled reliably.
We provide complete manufacturing outputs, including Gerber or ODB++ data, drill files, assembly documentation and 3D PCB models. Our component libraries are maintained according to IPC-7351 guidelines, ensuring consistent footprints and reliable component placement.
Embedded Software & Firmware
We develop embedded software and firmware for microcontrollers and ARM-based computing platforms, from low-level hardware control to application-level functionality.
Our work includes device drivers, peripheral configuration, communication interfaces, real-time operating systems and integration of external components and modules. We develop software for reliable interaction between hardware components, ensuring efficient use of available computing resources.
Depending on project requirements, we work with bare-metal firmware, RTOS-based applications and embedded Linux platforms. We focus on maintainable code, reliable operation and efficient hardware integration.
FPGA & CPLD Development
We use FPGA and CPLD technology for applications requiring deterministic timing, parallel processing, high-speed data acquisition or specialized digital logic.
Our development includes custom digital architectures, hardware interfaces, signal processing and communication logic. FPGA-based solutions can complement microprocessor systems or operate independently where dedicated hardware processing provides significant advantages.
Development is primarily carried out in Verilog and, where appropriate, VHDL. We focus on efficient resource utilization, timing closure and reliable integration with the surrounding hardware and software.
Mechanical Design
We design mechanical parts and enclosures for electronic devices, considering both functional requirements and manufacturing constraints.
Our work includes mechanical integration of PCBs, connectors, displays and other components, as well as enclosure design and assembly considerations. We take into account thermal management, mechanical strength, accessibility and serviceability.
We prepare 3D CAD models, technical drawings and manufacturing data suitable for CNC machining and other production technologies. Our goal is to ensure seamless integration between electronic and mechanical parts of the final product.
Documentation & Production Handover
Complete technical documentation is essential for reliable manufacturing, maintenance and future product development.
We prepare production documentation covering electronic schematics, PCB layouts, component lists (BOM), assembly drawings, mechanical data and relevant design information. We also provide technical reports describing product functionality, design decisions and important integration details.
Our documentation is structured to support prototype manufacturing, production preparation and future design modifications. We aim to make the transition from development to manufacturing as straightforward as possible.
PCB assembly
We can assemble electronic prototypes in-house, enabling faster development cycles and early verification of the complete hardware design.
Prototype assembly allows us to evaluate component selection, identify potential design issues and verify circuit functionality before moving to larger production volumes.
We can also support initial hardware bring-up, functional verification and preparation of the design for subsequent manufacturing. By combining PCB design and prototype assembly, we can quickly identify and resolve issues that might otherwise appear later in the development process.
Testing & Hardware Validation
We perform hardware bring-up and functional verification to ensure that electronic designs operate as intended. Our work includes power supply validation, interface testing, communication debugging and verification of critical circuit parameters.
Early testing helps identify design issues, reduce development risks and improve overall product reliability before moving to production.