Application of ISO26262 Standards on FPGA
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Lattice brings Best-in-Class Embedded Vision Optimized FPGA
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Field-Programmable Gate Arrays (FPGAs) are witnessing rapid adoption due to their low power, reprogrammable architecture, and fine-grained parallelism. Industries such as automotive, aerospace, broadcast, and communication rely on FPGA design for high-performance computing and real-time responsiveness. With rising demands in AI, machine learning, and signal analytics, FPGAs deliver scalable, low-latency solutions that adapt seamlessly to evolving requirements.
This flexibility empowers businesses to deploy edge AI frameworks, accelerate processing, and reduce overall time to market. By combining functional safety compliance with advanced performance benchmarking, organizations can confidently harness FPGA solutions to meet stringent industry standards. Tata Elxsi offers end-to-end services, ensuring reliability and innovation at every step.
Business Opportunities
FPGA offers high compute and low power consumption solutions making it the preferred architecture for high volume data flow and processing requirements such as for the Automotive, broadcast, and communication industry. With the rising penetration of AI and machine learning technologies in various industry segments, there is a growing demand for low-latency and high-performance custom FPGA solutions that require high-level processing, fine-grained parallelism, and reconfigurability to re-program the devices to desired functionality and application requirements.
Here’s How We Help
Customized FPGA Architecture- Maximize low-latency performance with tailored solutions for industry-specific needs. We optimize video and image processing pipelines, ensuring seamless AI integration and rapid deployment across multiple domains.
- High-bandwidth data flow optimization
- Scalable reconfigurable logic for evolving requirements
End-to-End Development & Validation- Accelerate product engineering with ASIC-to-FPGA retargeting, platform software creation, and comprehensive functional safety validation. Our workflow ensures reliable, cost-effective outcomes for new product launches and upgrades.
- Hardware prototyping and verification
- Continuous compliance with IEC and ISO standards
Functional Safety & Compliance- Leverage our expertise in IEC61508, IEC62304, ISO 26262, and UL2900 for secure, mission-critical systems. We combine MISRAC2012 and ASPICE Level 5 processes to ensure high reliability across all development stages.
- Certified safety engineers for multiple domains
- Thorough risk assessment and mitigation
Solution Framework
Our framework showcases requirement analysis, hardware-software co-design, functional safety validation, and performance benchmarking as interconnected stages. Each phase integrates seamlessly with the next, ensuring low-latency, high-performance outcomes. This end-to-end approach drives continuous improvement, reduces time to market, and maximizes return on investment. By mapping each deliverable to clear milestones, our framework ensures transparency and agility throughout.
Low-Latency Video & Image Processing
Enhance real-time performance with optimized pipelines designed for media and communication tasks. Our approach reduces latency by leveraging FPGA parallelism, ensuring high-quality output with minimal resource overhead. Clients can deploy advanced video codecs, integrate edge AI models, and seamlessly scale to accommodate future 4K, 8K, or beyond resolution demands.
Embedded AI & Machine Learning Acceleration
Drive AI workloads with fine-grained parallelism and reconfigurable logic. Our FPGA solutions deliver seamless inference and training support for machine learning, signal analytics, and natural language processing. Through efficient resource utilization, we minimize power consumption while maintaining high-performance benchmarks, enabling robust edge AI and IoT deployments across diverse industry sectors.
Functional Safety & Security
Address stringent regulatory demands with IEC61508, ISO 26262, and other global standards. Our holistic FPGA design and validation workflows incorporate risk analysis, safety-certified components, and robust encryption. By aligning with UL2900 and MISRAC2012 guidelines, we safeguard mission-critical operations while preserving low-latency, high-performance metrics, ensuring reliable product releases in safety-conscious markets.
Why Tata Elxsi?
- Decades of cross-industry expertise to deliver cost-efficient, innovative FPGA solutions that strictly exceed performance benchmarks.
- Robust quality frameworks ensuring consistent compliance with global safety standards and uninterrupted product development cycles.
- Comprehensive service offerings spanning requirements analysis, hardware-software integration, and long-term post-deployment optimization for sustainable growth.
- High-performance culture that embraces advanced technologies like AI, machine learning, and next-generation networking for differentiation.
- Proven delivery track record enabling faster time to market, reduced risks, and return on investment.
Information Hub
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What makes an FPGA suitable for real-time applications?
FPGAs excel in real-time scenarios because they offer low-latency, parallel processing capabilities, and reconfigurable logic. Unlike general-purpose CPUs or GPUs, an FPGA can be tailored for the specific needs of each application, delivering high-throughput performance with minimal power usage. This makes them ideal for tasks such as video and image processing, AI, and machine learning, where responsiveness and speed are crucial. Their fine-grained parallelism also allows for faster development cycles and reduced time to market, making FPGAs a cost-effective choice for industries like automotive, aerospace, broadcast, and communication.
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How does FPGA reprogramming help me adapt to future needs?
Reprogramming enables you to modify the FPGA configuration for evolving requirements, such as integrating new AI models or adopting higher-resolution video standards. By updating the logic without changing the hardware, you can extend product lifecycles, minimize investment in entirely new systems, and respond swiftly to market demands. This scalability supports continuous innovation while preserving low-latency and high-performance benchmarks.
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What is functional safety and why is it crucial in FPGA design?
Functional safety ensures that systems operate reliably even when faults occur, preventing hazards that could harm individuals or equipment. In FPGA design, strict compliance with standards like IEC61508 or ISO 26262 is vital for safeguarding mission-critical functions, especially in industries such as automotive or medical devices. By integrating safety measures during the design and validation phases, you reduce overall risk, boost customer confidence, and meet global regulatory requirements. This commitment to safety not only minimizes liability but also drives long-term innovation.
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How do FPGA solutions reduce time to market?
FPGAs simplify development by enabling rapid prototyping, in-system debugging, and iterative design adjustments. Because the hardware is reprogrammable, you can test different configurations without incurring the cost or delay associated with fabricating new ASIC designs. Coupled with robust toolchains and hardware-software co-design methodologies, you can quickly validate functionality, optimize resource usage, and deliver high-performance outcomes faster. This agility shortens product cycles, boosts market responsiveness, and ultimately cuts overall development expenses.
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Why partner with Tata Elxsi for FPGA projects?
Tata Elxsi merges deep FPGA expertise with broad domain knowledge, covering industries like healthcare, automotive, broadcast, and AI & IoT. Our certified engineers adhere to global safety standards, ensuring functional safety at every level. We handle the entire FPGA lifecycle, from requirement analysis to post-deployment support, thereby reducing risk and time to market. Through proven workflows, advanced toolchains, and high-performance design methodologies, we deliver optimized solutions tailored to your exact needs, fostering innovation and growth.
