vlsiupdates23

  PLEASE CLICK ON THIS LINK TO SEMI-CUSTOM DESIGN  ASIC Full Custom Design: Full custom design in VLSI (Very Large Scale Integration) refers to the process of designing and implementing a custom integrated circuit (IC) using a bottom-up approach. In this approach, the designer starts from scratch and creates the circuit layout and wiring patterns manually, instead of using pre-designed building blocks or standard cells. In full custom design, the designer has complete control over the layout, placement, and interconnects of all the components in the circuit. This approach allows for the highest level of optimization and customization, as the designer can create a circuit that is specifically tailored to meet the exact requirements of the application. However, full custom design is a time-consuming and complex process that requires a high level of expertise and skill. It typically involves multiple iterations of design, simulation, and verification to ensure that the final product meets

 1.  FPGA Programming for beginners: PLEASE CLICK ON THIS LINK TO GET THIS BOOK FROM AMAZON - US PLEASE CLICK ON THIS LINK TO GET THIS BOOK FROM AMAZON - IN 2. Learning FPGAs - Digital Design for beginners with Mojo and Lucid HDL PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - US PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - IN 3. Logic Design Verification using System Verilog: PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - US PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - IN 4. A Route to Chaos Using FPGA: PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - US PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - IN 5. The Zynq book tutorials for Zybo and Zedboard: PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - US PLEASE CLICK ON THIS LINK TO GET THE BOOK IN AMAZON - IN

 RISC V: CLICK ON THIS LINK TO GET RISC-V BOOK Introduction: PLEASE CLICK ON THIS LINK TO GET RISC-V BOOK RISC-V is an open-source instruction set architecture (ISA) designed for use in computer processors. An instruction set architecture defines the set of instructions that a processor can execute, as well as how those instructions are encoded and executed. RISC-V is unique in that it is open-source and freely available for anyone to use. This means that anyone can design and implement a processor that uses the RISC-V ISA without having to pay any licensing fees. This has made RISC-V an attractive option for companies and individuals who want to develop custom processors for specific applications. The "RISC" in RISC-V stands for "Reduced Instruction Set Computing," which means that the architecture uses a small number of simple instructions that can be executed very quickly. This approach to processor design has become popular in recent years because it allows for

VLSI (Very-Large-Scale Integration) technology is constantly evolving, with new innovations and advancements being made all the time. Some of the latest trends and developments in VLSI technology include: 5G technology: The rollout of 5G networks is driving the development of new VLSI chips that can handle the high-speed, low-latency communication requirements of 5G. Internet of Things (IoT): The growing number of IoT devices is driving the need for smaller, more power-efficient VLSI chips that can handle the processing and communication requirements of these devices. Artificial Intelligence (AI) and Machine Learning (ML): The increasing use of AI and ML in a wide range of applications is driving the development of new VLSI chips that can handle the demanding processing requirements of these technologies. 3D packaging: There has been a recent trend towards the use of 3D packaging technologies, such as through-silicon vias (TSVs), to increase the density and performance of VLSI chips

  VLSI RTL (Register Transfer Level) design coding guidelines are a set of best practices and conventions that engineers follow when writing RTL code for VLSI designs. The guidelines help ensure that the code is clean, readable, and maintainable, and that it meets performance and functional requirements. Here are a few of the common RTL design coding guidelines: Naming conventions: Establish consistent naming conventions for signals, modules, and other design elements. Comments: Document the code with clear and informative comments to explain the purpose and behavior of each module and signal. Clocking: Use a well-defined and consistent clock domain to drive all flip-flops and storage elements in the design. Timing constraints: Specify timing constraints to ensure that the design meets performance requirements and to ensure that the design behaves as intended. Modularity: Divide the design into smaller, reusable modules to improve readability and maintainability. State machines: Use cl