Embedded hardware development
Embedded hardware forms the foundation of an embedded system. TOPIC provides embedded hardware development for applications where performance, reliability and long-term usability are essential.
Building the foundation for embedded hardware
Excellent embedded hardware development starts before the first circuit is designed. Processing requirements, connectivity, power consumption, form factor, environmental conditions and production volumes all influence the hardware architecture.
TOPIC combines board development with embedded software and FPGA expertise. This system-level approach helps determine which functionality belongs in hardware, programmable logic or software.
From architecture to board design
Once the architecture is defined, component selection becomes critical. Processing platforms, memory, power supplies and interfaces must provide enough performance without unnecessary complexity or power consumption.
For high-performance designs, this extends into PCB layout and board-level simulation. High-speed interfaces such as PCIe, Ethernet and DDR require careful control of signal integrity.
Managing power, thermals and reliability
Higher processing density introduces additional challenges in power distribution and thermal management. At the same time, EMC, temperature, mechanical constraints and certification requirements must be considered throughout development.
By addressing these factors early, TOPIC helps prevent design choices from creating problems later in verification or production.
Designing hardware for the complete product lifecycle
TOPIC can take hardware from initial architecture and schematics through PCB layout, verification and production. Component availability and manufacturability are considered alongside technical performance.
System-on-Module designs provide another route, combining a proven processing platform with application-specific carrier hardware while retaining flexibility.
Where hardware, FPGA and software come together
Demanding embedded systems cannot be optimized one discipline at a time. TOPIC develops digital hardware alongside FPGA firmware and embedded software, allowing interfaces, processing workloads and data paths to be designed as one system.
This multidisciplinary approach enables embedded hardware development around the complete application, rather than the board in isolation.
