Embedded FPGA and System-on-Chip solutions combine programmable logic, processing cores, and peripheral interfaces into a single, tightly integrated platform. These architectures enable high performance, flexibility, and efficient system integration for modern embedded applications. As systems demand higher compute capability, lower latency, and tighter hardware-software integration, embedded FPGA and SoC solutions have become essential. Avecas provides comprehensive Embedded FPGA and SoC Solutions that help organizations design, implement, and validate robust and scalable embedded platforms.
Our solutions bridge hardware and software to deliver optimized, production-ready embedded systems.
We design embedded FPGA and SoC architectures aligned with application requirements, performance goals, and system constraints. Our engineers define partitioning between programmable logic and processing subsystems to achieve optimal balance between flexibility and performance. This architectural approach ensures scalability and long-term maintainability.
Well-defined architectures reduce complexity and accelerate development.
Embedded FPGA and SoC platforms require close coordination between hardware and software. Avecas supports hardware-software co-design to ensure seamless interaction between processing cores, FPGA fabric, and peripherals. We align firmware, drivers, and applications with hardware capabilities from early stages.
This improves integration efficiency and system reliability.
We develop and integrate custom logic and IP blocks within the FPGA fabric to accelerate compute-intensive tasks. Our engineers ensure proper interfacing, timing closure, and protocol compliance. This enables high-performance data processing and real-time control.
FPGA fabric acceleration enhances system capability and responsiveness.
Avecas develops complete software stacks for embedded SoC platforms, including bootloaders, firmware, device drivers, and middleware. We ensure stable interaction between software components and underlying hardware. Our structured approach improves portability and maintainability.
This enables reliable system bring-up and long-term support.
We provide end-to-end validation and debugging support for embedded FPGA and SoC systems. Our engineers validate functionality, performance, and reliability across hardware and software layers. We optimize systems based on validation results to meet production requirements.
This ensures robust and production-ready embedded solutions.
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Your Partner for Integrated Embedded Platforms
We support embedded FPGA and SoC solution development using industry-standard tools and proven methodologies to deliver tightly integrated, high-performance, and scalable embedded platforms.
Industry-proven tools used for designing, implementing, and validating FPGA fabric and SoC processing subsystems.
Structured co-design methodologies that align FPGA logic, processors, firmware, and software from early development stages.
Frameworks and workflows used to develop stable bootloaders, firmware, drivers, and middleware for SoC platforms.
End-to-end validation and debug processes that ensure functional correctness, performance, and production readiness.
designing advanced SoCs.
with specialized process needs.
demanding low-power solutions.
requiring safety-critical libraries.
