Ross Bamford’s Post

🔍 Question Time! 🔍 RTL is a design abstraction of what kind of circuit? A. Asynchronous Digital Circuit B. Synchronous Digital Circuit C. Asynchronous Sequential Circuit D. Analog Circuit What's your pick? Let us know in the comments below! 🤔💡 #TechTrivia #DigitalDesign #RTLConcepts #SmartSoC🚀

I recently finished reading “An ASIC Low Power Primer: Analysis, Techniques and Specification” by Rahesk and Bhasker, and it is an exceptional resource for anyone working in ASIC design, particularly in the area of low power. The book delves deeply into the intricacies of designing low-power ASICs, providing detailed explanations of various power-saving techniques and strategies. I was impressed by how the authors present complex concepts in an accessible and structured manner, making it easy to follow along even if you're new to the field. One of the standout features of the book is its focus on real-world applications. The authors provide numerous case studies and examples that illustrate how low-power design can be implemented effectively in practice. This hands-on approach enhances understanding and gives readers a strong foundation to apply these concepts in their own work. The breadth of topics covered, from power analysis to optimization techniques, makes this book an indispensable reference for engineers at all levels. It also serves as a valuable guide for those involved in the specification and verification phases of ASIC design. In summary, “An ASIC Low Power Primer” is a comprehensive guide that combines theoretical insight with practical application. It's a must-read for anyone seeking to optimize their ASIC designs for power efficiency. Highly recommended!

https://hubs.li/Q02n9pnZ0 Quality constraints are the key to success in the world of chip design. Learn how implementing effective validation techniques can make all the difference in your design quality, performance, and time-to-market goals. #Whitepaper #DesignQuality #STA

Active component VS Passive component – What is the difference #components #pcbdesign #electroniccomponents #hardware #pcba #pcbassembly

Active vs Passive Electrical Components

Chip Designing Series - Episode 1 I've decided sharing a series of posts on chip designing and its components. Today, Let's focus on: Understanding the Basics: Combinational vs Sequential Circuits In digital design, circuits can be classified into two main types: -Combinational Circuits: Where output depends only on current inputs. -Sequential Circuits: Where output depends on current and past inputs (memory). -Think of it like a calculator (combinational) vs a computer (sequential) - one performs calculations instantly, while the other remembers past actions! -What's the key benefit of using sequential circuits in chip designing? Share your thoughts! -Stay tuned for the next episode! #ChipDesigning #DigitalDesign #CombinationalCircuits #SequentialCircuits"

✅ Just finished the course “CAN and CAN FD Protocol and Physical Layer Basics” offred by Microchip Technology Inc.! In this course, I understood the responsibilities at the system, application, and hardware levels while using CAN and learned the basics of CAN transceivers and board design considerations. #CAN #CAN_FD #Connectivity_Protocol #Automotive

Are you ready to speed up the design of high-power solutions? ⚡ 💻 The Digital Power Workbench identifies the most suitable power devices, suggests gate drivers and analog parts, and generates #STM32 firmware code from your design specifications. Start designing now! 🔍 http://spkl.io/60454NBcL #design #digitalpower #prototyping

Javelin doesn't use older design techniques like tile arrays and cell libraries since they often require compromises. These methods may reduce development time and costs, but they limit the selection available for creating your ASIC, potentially forcing you to settle for functional blocks that are merely close to your needs rather than exactly meeting them. In other words, every Javelin ASIC is a custom ASIC. Learn more: https://zurl.co/NQvc