FPGA: The Secret Weapon for Competitive Edge
With FPGA technology becoming more accessible and easier to integrate into high-performance applications, this whitepaper provides insights on determining whether, and how, to leverage its transformative potential. Download the whitepaper to discover how to access cutting-edge FPGA technology, supported by a network of trusted suppliers and renowned Swiss-engineered quality.
Selected pages from the whitepaper “FPGA: The Secret Weapon for Competitive Edge”
FPGA: The Key to Next-Generation Performance and Efficiency
In today’s fast-moving industries, where performance and efficiency are paramount, field-programmable gate arrays (FPGAs) have emerged as a key enabler of cutting-edge applications. As technology evolves, access to FPGA technology is no longer limited to large enterprises with deep technical expertise. Instead, the FPGAs are now being integrated into a growing array of high-performance technical applications, including software defined radios in telecommunications, AI inference in computer vision, and sensor fusion in autonomous mobile robots and in industrial sensing.
FPGA is an ideal enabler of demanding applications in fast-moving industry sectors
Revolutionizing Industries with Massive Data Processing and Ultra Low Latency
FPGAs are uniquely positioned to offer massive data processing capabilities with ultra low latency and deterministic timing. Their ability to perform thousands of operations simultaneously makes them ideal for applications that require real-time performance and adaptability. In telecommunications, FPGAs are crucial in software-defined radios, enabling high-frequency signal processing in the 5G era. In AI-powered computer vision, they are used to accelerate inference tasks and process data from multiple sensors with extreme precision and speed. The same is true in robotics, where the applications demand rapid decision-making and seamless control.
Combining Flexibility and Low Power for Unmatched Performance
What sets FPGAs apart from traditional processors such as CPUs, GPUs, and application-specific integrated circuits (ASICs) is their unmatched blend of performance and flexibility. FPGAs can be reprogrammed after deployment, allowing for easy updates and future-proofing of systems. This is a significant advantage in fast-changing industries, where the ability to adapt to new requirements and standards is critical. While CPUs execute operations sequentially, FPGAs excel at parallel processing. As opposed to GPUs, FPGAs achieve ultra low and deterministic latencies and high power efficiency, making them suitable for power-optimized as well as complex, power-hungry applications.
FPGA’s unique blend of performance and flexibility make them the solution choice for timing- and power-critical applications, especially those comprising multiple sensors and peripherals
Breaking Down Barriers: Easier FPGA Adoption with Modern Development Tools
Despite their advantages, adopting FPGA technology can be a daunting task for many developers. Historically, FPGAs required specialized programming languages and expertise, limiting their use to highly experienced teams. However, this barrier is gradually being lowered. Today, FPGA manufacturers offer software development environments that support commonly used languages like C/C++ and OpenCV, making it easier for non-experts to take advantage of FPGA’s transformative potential. Additionally, the emergence of system-on-chips (SoCs) that combine FPGA logic with various other types of processors on a single die simplifies integration, further reducing the learning curve.
Simplify FPGA Integration with Enclustra’s FPGA Modules
For those looking to unlock the full potential of FPGA technology without the complexities of in-house development, outsourcing to a specialized FPGA design partner like Enclustra can offer significant benefits. Enclustra’s system-on-module (SoM) solutions integrate essential FPGA/SoC components and peripherals into a single, pre-validated package.
FPGA modules (SoMs) integrate additional hardware elements and electronic circuitry to simplify access to FPGA technology and its benefits.
Employing SoMs reduces time-to-market by simplifying the system design. Moreover, Enclustra SoMs, with their standardized footprints, are future-proof, allowing for easy hardware migration and product diversification to meet evolving market needs over time.
Reduce Risk and Accelerate Time-to-Market by Outsourcing FPGA Development
Outsourcing FPGA development also de-risks projects by leveraging the expertise of experienced partners. Enclustra’s turnkey FPGA development services cover hardware, embedded software and firmware design, hardware prototyping, industrialization and full lifecycle management, including automated testing and product maintenance. By partnering with Enclustra, companies can focus on their core competencies while gaining access to state-of-the-art FPGA technology backed by a network of trusted suppliers and Swiss-engineered quality.
Empower Your Innovations with Enclustra’s Cutting-Edge FPGA Solutions
Whether you are building the next generation of AI-driven robots, enhancing telecommunications infrastructure, building video transmission systems for vehicles and medical applications, or optimizing industrial processes, FPGA technology provides a unique combination of speed, flexibility, and scalability. Partner with Enclustra to tap into FPGA’s commercial benefits and bring your innovative products to market faster.
Learn more by downloading our whitepaper.
Contact us to discuss your design needs and explore how FPGA can elevate your products to the next level.
