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Learn the basic concepts, advantages, and disadvantages of superscalar and VLIW architectures and how to compare them for your applications.
Learn how to translate code from complex to reduced instruction set computing architectures for microprocessors. Find out how to practice, use online tools, update…
Learn how to write and read hexadecimal code for microprocessor communication and configuration, and how it relates to machine code and bytecode.
Explore the current trends and research directions in memory consistency models and protocols for microprocessors, and how they address emerging challenges and…
Learn about instruction level parallelism (ILP) and data level parallelism (DLP), and how to evaluate and select microprocessors based on their parallelism…
Learn what non-volatile memory (NVM) is and how it impacts the performance and functionality of microprocessors. Discover the advantages and disadvantages of using…
This article provides tips and resources on how to learn and improve your microcode skills and knowledge for different types of microprocessors.
Learn about the benefits and challenges of RISC-V, an open-source instruction set architecture for microprocessors, and its use cases and future directions.
Learn how to design and test cache memory for microprocessors with different cache associativity and set size. Find out how to optimize cache performance…
Learn about some common cache coherence protocols and how they handle cache associativity and set size, which affect microprocessor performance and complexity.
Learn how to compare and contrast different techniques and tools for translating CISC to RISC, or RISC to CISC, and their advantages and disadvantages.
Learn what horizontal and vertical microcode are, how they affect your microprocessor's performance, flexibility, and complexity, and how to optimize them.
Learn how microprocessor designers and manufacturers use various methods and techniques to measure and improve the reliability and quality of their products.
Learn how to use interrupt masking and unmasking to control interrupt requests in microprocessor, using hardware or software methods. Improve efficiency and…
Learn how to test and document your assembly code projects for microprocessors with tips and best practices on assemblers, simulators, comments, labels, modules…
Learn what causes divide-by-zero faults, how to detect them, how to handle them, how to prevent them, and how to test them in microprocessor design.
Learn what are software and hardware interrupts in microprocessors, how they work, and what are their advantages and disadvantages. Find out how to choose between…
Learn about the different parallel processing architectures and models, such as shared-memory, distributed-memory, SIMD, and MIMD, and their advantages and…
Learn how to use common MIPS instructions for data transfer, control flow, and arithmetic and logic in a simple microprocessor program.
Learn what hardware-software co-verification is, how to do it effectively, and what are its challenges and benefits for microprocessor systems.
Learn and update your skills on new instruction set extensions and features in microprocessors with six steps: identify your needs, find sources, practice, review…