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Why Verification Became the Chip Design Bottleneck Kay Li explains why design verification has become a bottleneck in the production of new chips, and how workflows used in software development can be applied to logic design to improve the situation. Extended Clip: https://lnkd.in/eeh5kHwn Full Episode: https://lnkd.in/e648G7Mj #chipdesign #verification #customsilicon

Does your product have this feature? If yes 👉 Comment below with your product name 👍 . Firmware Over-The-Air (FOTA) updates have become a cornerstone in the management and maintenance of embedded devices. By allowing updates to be delivered remotely, FOTA streamlines the process of keeping devices current with the latest software versions. This is particularly vital in the rapidly evolving landscape of technology, where new vulnerabilities are constantly identified, and software improvements are continuously made. FOTA updates not only improve device reliability and security but also contribute to overall performance enhancements. By addressing bugs and optimizing software, manufacturers can ensure that their devices operate at their best, providing users with a smoother and more reliable experience. Moreover, FOTA updates enable manufacturers to respond swiftly to emerging issues and customer feedback, thereby improving the functionality of their products even after they have been deployed in the field. This ability to iterate and enhance post-deployment extends the lifespan of embedded devices, maximizing their value for both manufacturers and end-users. Ultimately, FOTA updates represent a proactive approach to device maintenance, minimizing downtime and reducing the need for costly and time-consuming physical interventions. This not only saves resources for manufacturers but also enhances the user experience by ensuring that devices remain current, secure, and functional throughout their lifecycle. . . . . Follow Chetan Shidling for more info. . . . #Automotive #Overtheair #Embeddedsystems #Engineer #Engineering #Technology #Software #Softwareengineer #Tech #ChetanShidling #Electronics

💻 Hardware-Software Co-Verification: Bridging the Gap 💻 In modern semiconductor design, hardware-software co-verification is essential to ensure seamless integration and functionality. This holistic approach allows for concurrent development and testing, identifying mismatches and optimizing performance early in the design cycle. Effective co-verification can significantly enhance system reliability and reduce time-to-market. How are you implementing co-verification in your projects? #Semiconductors #DigitalDesign #Verification #HardwareSoftware #SystemIntegration

Emulation and Verification in the Evolving Chip Design Market   Excited to share insights on the latest breakthrough in chip design and verification! Siemens has launched the Veloce CS family, revolutionizing how we approach emulation and verification from chip design to software development. Here's what you need to know: 1. Innovation in Emulation and Verification: Siemens's Veloce CS suite addresses critical design and software challenges before silicon production, ensuring robust and reliable chip performance. 2. Veloce CS Family: Comprising three distinct tools for low-level emulation, enterprise prototyping, and software prototyping, it caters to diverse development needs, from chip design verification to software testing. 3. Addressing Complex SoC Designs: With SoC designs growing in complexity, the Veloce Strato CS, equipped with the CrystalX chip, can emulate chips with over 40 billion gates, demonstrating Siemens's commitment to tackling today's verification challenges. 4. Efficiency and Scalability: Siemens's blade system architecture enables scalable solutions for large chip designs, optimizing for speed, accuracy, and power consumption. 5. Software and Hardware Synergy: A unified software architecture across the Veloce CS family enhances ease of use, efficiency, and total cost of ownership, supporting multi-user, heterogeneous workloads effectively.   Siemens's advancements underscore the importance of emulation and verification in the chip design process, promising significant improvements in efficiency, size, and speed. A game-changer for the industry! Learn more about the Veloce CS family and how it addresses verification challenges in the evolving chip design market! https://lnkd.in/gH9sHZjH   #Siemens #Siemenseda #SiemensSoftware #EDA #SiemensDigital #SiemensDigitalIndustries #VeloceCS #ChipDesign #Emulation #Verification #SoC #Innovation #TechXchange #verificationengineer

Check out our newest featured paper from Siemens EDA (Siemens Digital Industries Software) called "Navigating design challenges: block/chip design-stage verification" https://bit.ly/3KTvjtn

Your vision is unique, your designs are unique, your verification needs are unique, your software platform is unique – so why settle for one-size fits all in hardware-assisted verification and software validation. Siemens EDA’s new Veloce CS redefines hardware-assisted verification with solutions that scale with your needs to address all your hardware verification and software development requirements. Whether you need emulation, prototyping or early software bring up - Veloce CS has you covered with a solution that grows with you. Check it out. #eda #siemenseda #hardwareemulation #softwareprototyping #enterpriseprototyping #velocecs

We help companies across all markets continue to push the boundaries of hardware and software design through our dedicated embedded system engineering practices. Our engineers are always ready for challenges of any scale. We help businesses develop smart, integrated solutions that combine rugged hardware and sophisticated user interfaces with powerful software and connectivity capabilities. Listed below are some of the services we offer ✔ Smart solutions for surveillance and healthcare industry ✔ Building a sophisticated user interface ✔ Hardware and software design ✔ Software engineering and development practices Partner with us at Technomine, where our dedicated embedded system engineering practices redefine innovation across all markets. Visit www.technomine.biz for more insights into our cutting-edge services. #SmartSolutions #CuttingEdgeServices #MarketLeadership #ResearchandDevelopment #Research #Development

#day25 of #50days of #embeddedsystems Day 25: challenges in embedded systems design. 1. **Resource Constraints**: Understand the challenges posed by limited resources such as memory, processing power, and energy in embedded systems. Explore techniques for optimizing code size, minimizing memory usage, and reducing power consumption. 2. **Real-Time Constraints**: Learn about the challenges of meeting real-time requirements in embedded systems, including deterministic behavior, deadlines, and timing constraints. Explore techniques for scheduling tasks, managing interrupts, and ensuring timely response to external events. 3. **Hardware Integration**: Understand the challenges of integrating software with hardware components in embedded systems, such as sensors, actuators, and communication interfaces. Learn about device drivers, hardware abstraction layers (HALs), and hardware-software co-design approaches. 4. **Interfacing with Peripherals**: Explore the challenges of interfacing with peripheral devices in embedded systems, such as sensors, displays, motors, and communication modules. Understand the protocols, timing requirements, and reliability considerations involved in peripheral communication. 5. **Cross-Platform Compatibility**: Learn about the challenges of ensuring compatibility and portability of embedded software across different hardware platforms and architectures. Explore techniques for abstracting hardware dependencies, writing portable code, and leveraging platform-independent APIs. 6. **Security Considerations**: Understand the challenges of designing secure embedded systems, including vulnerability to attacks, data protection, and secure communication. Explore techniques for implementing security measures such as secure boot, firmware encryption, and secure communication protocols. 7. **Debugging and Testing**: Explore the challenges of debugging and testing embedded systems, including limited visibility into system behavior, non-deterministic issues, and the inability to easily reproduce bugs in real-world conditions. Learn about debugging tools, simulation techniques, and hardware-in-the-loop (HIL) testing.ect.

Unlock the Mystery of Formal Verification in DO-254 Programs!   Discover how formal methods can transform hardware verification and design assurance. Our guide simplifies these techniques, explores industry advancements, and offers practical tips for your projects.   📘 What You'll Learn: 1) The importance of formal methods in hardware verification 2) Key insights from DO-254 Appendix B 3.3.3 3) Practical steps for ensuring compliance Ready to learn more? Email us at marketing.india@prolim.com   #PROLIM #Siemens #EDA #DO254 #IC #FormalVerification #HardwareVerification #DesignAssurance

Integration of off–the-shelf design intellectual property (IP) for next-generation semiconductor designs continues to expand due to the quality-enhancing and time-saving advantages of IP reuse and modularization. However, thoroughly validating IP can be particularly time-consuming, often leading to significant production schedule delays. Today, we introduce Solido™ IP Validation Suite software - a comprehensive, automated signoff solution for quality assurance across all design IP types, including standard cells, memories and IP blocks. "The Solido IP Validation Suite provides a scalable and repeatable solution to identify and prevent design-breaking issues, helping IP production teams achieve high-quality IP delivery at every iteration, and helping chip-level design teams achieve faster tape-out schedules with fully qualified, easier-to-integrate design IP,” said Amit Gupta, vice president and general manager, Custom IC Verification, Siemens Digital Industries Software. To learn more about Siemens’ new Solido IP Validation Suite and how it is helping customers to deliver the highest quality IP to their customers, visit our newsroom: https://sie.ag/5e5Pcb #Semiconductor #IPValidation #QualityAssurance