FPGA stands for Field-Programmable Gate Array. It’s an advanced type of electronic circuit designed to perform specific operations using digital logic and mathematical calculations. FPGAs are significant components in electronic engineering, involving comprehensive designs encompassing hardware, software, and algorithms.
Our specialized services include:
– Protocols (SPI/I2C/UART, etc.)
– High-speed ADCs
– High-speed protocols
– Data processing
– DDR
– Video
– Image processing
– SoC/MPSoC
Workflow Process:
– System engineering & architecture
– Planning, design
– Simulations
-Implementation & Documentation
– Verification & test
FPGAs allow developers to design and customize circuits for specific tasks as needed. They enable developers to write and load code directly onto the circuit using appropriate design tools. Essentially, FPGAs facilitate the creation of custom circuits with capabilities such as mathematical processing, data tracking and analysis, network communication, and more.
The main advantages of FPGAs are their logic, energy efficiency, and capability to perform advanced operations rapidly. Additionally, FPGAs enable software updates even after manufacturing and after the product reaches end-users. This prolongs the product lifespan, reduces software dependency, and facilitates quick updates and bug fixes.
**Development Process:**
The FPGA development process includes the following steps:
– Requirements analysis: Analyzing and assessing functional and performance requirements for the FPGA circuit, aligning the component with specific tasks.
– Architecture: Planning the structure of various functions, their interactions, data flow paths, and required clock rates.
– Code writing: Writing code that suits the FPGA based on the previous planning. The code includes defined functional performance, control and communication with peripheral components.
– Test program writing: Before transferring the code to the FPGA component, test programs are written to ensure the code works as intended and meets requirements.
– Processing & implementation: Adapting the code to the FPGA, loading it onto the component, and confirming its proper functionality.
– Flexibility: FPGAs enable development teams to adapt electronic components to their product’s requirements. Changes can be accommodated quickly and efficiently as the product progresses to market.
– Rapid production time: FPGAs allow development teams to start producing printed circuits before logic is written or completed. This process can be faster than traditional manufacturing, enabling easy and rapid adjustments to changes and market demands.
– Cost savings: FPGAs reduce development and production costs by distributing tasks among teams working in parallel. One team works on physical circuit design, while the other works on the logic design loaded into the FPGA.
