FPGA Development
We provide FPGA development services and have extensive expertise in firmware development for MPSoC/RFSoC. Our services encompass a broad range of capabilities, including the design and integration of IP cores, interface controllers, the development of complex data/signal processing algorithms, processor cores, and communication interfaces. We believe that achieving a harmonious balance between budget, power consumption, and performance allows us to deliver solutions precisely tailored to meet the unique requirements of your project
Specifications Development
At Auri Studio, we believe in actively engaging with our clients to comprehensively understand their needs, including their requirements, use cases, and the intended environment for the FPGA application. We then take these needs and translate them into precise technical specifications, covering performance parameters, functional capabilities, and interface requirements.
Our team conducts rigorous feasibility analyses to assess the technical and practical viability of these specifications within FPGA constraints. We work closely with our clients to collaboratively refine these specifications, ensuring that they align realistically with project goals.
Finally, we create comprehensive documentation that serves as a guiding reference throughout the design and development phases. By tailoring specifications to align with Auri Studio's client objectives, our FPGA developers aim not just to meet but to exceed client expectations, guaranteeing optimal functionality, efficiency, and performance in the end product.
Architecture Definition and Systemisation
At Auri Studio, we believe that successful FPGA projects are built on a solid foundation, starting with precise architecture definition, IP (Intellectual Property) core selection, and comprehensive systemization that includes thorough subsystem characterization.
we engage closely with our clients to gain a deep understanding of their project objectives, use cases, and the specific environment in which the FPGA application will operate. We consider a wide range of factors, such as data throughput, processing speed, power consumption, scalability, and fault tolerance. This in-depth analysis allows us to tailor the FPGA architecture precisely to our client's needs, ensuring that the final solution meets their performance and functionality requirements.
We pay special attention to the integration of IP cores that are directly aligned with our client's project goals. Whether it is for communication interfaces, data processing, or peripheral functions, our process is focused on optimizing functionality.
We understand that modern FPGA (Field Programmable Gate Arrays) applications often involve complex subsystems that must work seamlessly together. Our team excels in characterizing these subsystems, evaluating their individual performance, and ensuring their compatibility within the larger FPGA system. This enables us to identify and address potential bottlenecks, optimize resource allocation, and fine-tune system behaviour to achieve the desired outcomes.
A Comprehensive FPGA Solution: Beyond Initial Development Stages
At Auri Studio, our comprehensive FPGA capabilities extend beyond the initial stages of development. We offer a comprehensive approach that covers RTL coding, signal processing, legacy design enhancement, FPGA migration, IP core adaptation, and advanced timing closure solutions.
Auri Studio possesses expertise in Register-Transfer Level (RTL) coding. We leverage VHDL and Verilog, industry-standard Hardware Description Languages (HDLs), to craft precise RTL code.
Our team at Auri Studio excels in developing intricate signal processing functions. Whether it involves filtering, data transformation, or real-time data analysis, we possess the technical prowess to create signal processing functions that optimize your FPGA applications' performance, efficiency, and responsiveness.
we excel at enhancing legacy designs to keep up with modern demands. At Auri Studio, we specialize in breathing new life into existing FPGA solutions by adding advanced functionalities, ensuring that your legacy designs remain relevant and competitive in today's fast-paced environment.
Migrating existing solutions to new FPGA families can present both challenges and opportunities. Our team has the expertise to seamlessly port your FPGA designs to new families, leveraging the latest features and capabilities to enhance your applications' performance, reliability, and scalability.
Timing closure is a critical aspect of FPGA design, and our experienced team is well-versed in resolving advanced timing closure issues. Our experienced engineers ensure that your FPGA designs meet timing requirements, delivering consistent and reliable performance.
