Sebastian Sieroslawski MEng IET’s Post

Part 3: Avoiding Metastability We are pleased to kick off 2024 with a new four-part video series, ‘Designing High Reliability FPGAs leveraging Blue Pearl Software’s Visual Verification Suite.’ In this third short video, Adam Taylor CEng FIET, founder of Adiuvo Engineering & Training Ltd, explains how Adiuvo avoids FPGA metastability by leveraging the clock and reset domain crossing analysis within the Visual Verification Suite. To learn more, please visit https://lnkd.in/gXnwpjbs #fpga #fpgadesign #embeddedsystems #CDC #clockdomaincrossing #electronics #digitlalogic #engineering #verification #rtldesign #verilog

You cannot put a clock 🕰️ when it comes to learning, like art! 😀 Julian Speith and Simon Klix at #hw_ioNL2024 delving into FPGA reverse engineering, beginning at the bitstream level and progressing to a comprehensive understanding of its implementation Know More: https://lnkd.in/ddkGtGYi #fpga #RE

Designing with FPGAs can be challenging. According to a recent survey 68% are behind schedule. Most take 3 or more iterations through the lab and 84% of FPGA design projects have non-trivial bugs that escape into production. And yet, even though designers could verify as they code, they continue to find issues late or not at all. Structural issues typically aren’t apparent until simulation or later which increases development time, risk, and costs.  The Visual Verification Suite significantly contributes to design efficiency and quality, let us show you how.  https://lnkd.in/gFk7cY8v #fpga #fpgadesign #embeddedsystems #CDC #clockdomaincrossing #electronics #digitlalogic #engineering #verification #rtldesign #verilog

A low-cost FPGA for high-speed MIPI C-PHY & D-PHY – Introducing Gowin Semiconductor Corp’s Arora-V GW5AT-15 ipXchange rarely comes across a disruptive FPGA to share with our members, but at Sensors Converge 2024, we caught up with David Grugett from GOWIN Semiconductor, who have just announced the new Arora-V GW5AT-15 FPGA, with 15,120 logic elements, inbuilt memory, and high-speed SerDes interfaces supporting 4K video at up to 120 fps! Learn more and apply to evaluate this technology on the ipXchange website: https://lnkd.in/eXYkuZrw Keep designing! #embedded #FPGA #MIPICPHY #MIPIDPHY #MIPI #electronics #electronicsengineering #disruptivetechnology #semiconductor #lowcostFPGA #Verilog #automotiveFPGA #automotive #automotiveelectronics #consumerelectronics #4KvideoFPGA #4Kvideo #SerDes 

PROJECT 54 Of Integer Divider #108rtlprojects series. 🚀 Excited to share an update on a project We’ve been working on: Exploring FPGA-Based Multipliers! As someone passionate about digital design. Here’s a peek at what the content of the project covers: 1️⃣ Project Overview – A brief introduction to what makes multipliers crucial in digital systems and why FPGA implementation stands out. 2️⃣ Implementation of Multipliers in FPGA Structure We dive into the basics, understanding the core components of an FPGA and how it functions. 3️⃣ Variable Coefficient Multiplier An in-depth look at its architecture, from the RTL code to testbenches, simulation results, and the synthesis design. 4️⃣ Constant Coefficient Multiplier Step-by-step analysis of how constant coefficients simplify and optimize performance, complete with a design breakdown and simulations. 5️⃣ Dynamic Constant Coefficient Multiplier The highlight: a flexible approach to handle coefficients dynamically, ensuring efficient resource use, with full design details from RTL to synthesis. 6️⃣ Advantages and Disadvantages of FPGA Multipliers We weigh the benefits and challenges, giving a balanced perspective on using FPGA for multiplier design. 7️⃣ Applications From signal processing to real-time computing, we explore where these multipliers make a real impact. 8️⃣ Conclusion and FAQs Wrapping up key learnings and addressing common questions about FPGA multiplier design. hashtag #TeamAlpha Abhishek Sharma Gati Goyal NIKUNJ AGRAWAL Nandini Maheshwari Dhruv Patel Ayush Jain 🎯Stay tuned as we dive deeper into the technical aspects and share insights from implementing these multipliers on FPGA platforms. Looking forward to connecting with fellow tech enthusiasts and hearing your thoughts!🔗🔗 #ChipDesign #VLSI #Verilog #DigitalDesign #HardwareInnovation #EngineeringPassion #Synthesis #Semiconductors #TechInnovation #Electronics #HardwareOptimization #FPGA #INTEL #Qualcomm

🔧💡 Exploring the World of ASICs: 8-bit PRNG 💡🔧 Last weekend, I embarked on a new personal challenge: Digital Design for ASIC. Following the TinyTapeout workflow, I worked on an easy 8-bit PRNG (Pseudo-Random Number Generator) as first contact with the tools. 📂 You can check out the repository here: https://lnkd.in/eQiXchQQ 🎯 Goals and Learnings: ✅ Verification of Digital Designs: One of the most crucial aspects I've learned is the importance of thorough verification in digital designs for ASIC. Unlike the FPGA world, where iterations can be faster and more flexible, ASIC designs require meticulous verification to ensure everything works correctly before production. ✅ Cost of Resources: Another valuable learning has been understanding the "cost" of certain resources. In the ASIC world, optimizing and efficiently using resources is fundamental due to the costs associated with area, power, and performance. Every design decision has a significant impact, adding an extra layer of planning and strategy. ✅ Transition from FPGA to ASIC: This project is a small first step towards the world of ASICs, coming from a background in FPGA engineering. The transition involves adapting to new methodologies and understanding the different constraints and advantages that ASIC design offers. I am grateful for the support from Tiny Tapeout and Efabless Corporation, as well as the opportunity to continue growing and learning in this exciting field. This project was one of my little goals for this year, and I feel accomplished taking this first step. #ASIC #FPGA #DigitalDesign #PRNG #TinyTapeout #Efabless #Engineering

Hi Folks, In the world of FPGA design, achieving the right balance between resource utilization, performance, and power consumption is critical for success. Whether you're optimizing for high-throughput data processing or energy-efficient embedded systems, leveraging the right strategies can make all the difference. Key Strategies for Efficient FPGA Implementations: Pipelining, parallelism, and efficient use of built-in resources like DSPs and BRAM are crucial for maximizing computational throughput while minimizing the FPGA’s footprint. Smart clock management techniques, such as clock gating and multi-domain clocks, paired with algorithmic optimizations like fixed-point arithmetic, can further enhance performance and efficiency. Streamline Development with Toolchains: Leveraging advanced FPGA toolchains, including High-Level Synthesis (HLS) and pre-built IP cores, accelerates the development process by automating complex optimizations. Regularly analyzing timing and resource utilization reports ensures that your design meets both performance and system requirements. By adopting these strategies, you can create highly efficient FPGA designs that deliver maximum performance, low resource consumption, and optimal power efficiency—perfect for today’s demanding applications. #thefpgaman #fpga #vlsi #vhdl #verilog #amd #xilinx #intel #altera #semiconductor #technology #asic #transistor #electronics #engineering

Exciting news! I've just completed a cool project in FPGA engineering using the Nexys A7 board. Ever heard of a binary to Gray code converter? Well, I not only made one, but I also figured out how to show the input and output on multiple seven-segment displays at the same time. Imagine managing four bits of data on different displays all at once – tricky stuff, right? But I cracked it! I used something called time-division multiplexing. It's like a super-smart way of sharing the spotlight among all the seven-segment displays. By rapidly switching between them, I made it look like they're all showing data simultaneously. Pretty neat, huh? This project showcases my knack for solving tough problems and coming up with innovative solutions. I'm all about making things work better and smarter. #Intel #NVIDIA #Qualcomm #NXP #Xilinx #MicrochipTech #AMD #Cadence #Synopsys #Altera #FPGA #VLSI #Engineering #Innovation #Recruitment #Opportunity

FPGA vs ASIC ❗ Which one is better for your project ❓ Check it out below 👇 How about your FPGA project? What do you want to improve or change? Please write a comment below! Leave a direct message for us!

LAST CHANCE TO REGISTER! https://lnkd.in/eX83hXwh This is an exclusive, non-technical workshop just for managers of FPGA / SoC projects and programs. #fpga #amd #embedded #systemonchip #embeddedsystems #aerospaceanddefense #hardwareengineering #hardwaredesign #pcbdesign #adaptivecomputing