99041-2

99041-2 is a standard developed for Electronic system-on-chip (SoC). It provides guidance related to system-level design, verification, integration, testing, and implementation of SoC architectures. The standard was developed for both system engineers and SoC developers, and provides design guidance on how to use 99041-2 methodology effectively throughout the lifecycle of the SoC. The standard states that the core of the SoC, the system architecture, is the most important aspect when designing a SoC. The rest of the on-chip components, such as memory control, memory access, data buses, clocking, interfaces, and power supply, must all work together to ensure that the design of the SoC meets the design goals and requirements.

The 99041-2 Application Field focuses on the design of system-on-chip architectures. It considers the entire system-level design, from physical implementation to verification of the design and final system architecture. The primary area of application is the design of custom SoC products, such as portable computers, laptops, printers, or embedded controllers, which rely on SoC technologies for their design.

99041-2 Working Principle is based on the concept of system integration. A system-on-chip can be divided into three parts: the hardware, the software, and the system integration process. The hardware part of the system includes the devices and components that make up the system, such as processors, circuit boards, peripherals, and power supplies. The software part of the system includes the programs and software components that allow the hardware to interact and control it. Finally, the system integration process includes all the steps necessary to create a working SoC, including component selection, device partitioning, verification and validation, and power optimization.

The 99041-2 standard requires that system-on-chip architectures have a top-down approach in order to ensure that all the parts of the design fit together properly. The system designer must create a system integration plan, which includes the design, verification, and optimization steps outlined in the standard. The design process starts by analyzing the system requirements and determining the best hardware and software components for the SoC. The design process continues on to system verification and optimization, which allows the SoC system to be tested and corrected in order to ensure that it meets the specified design goals.

The 99041-2 standard also outlines specific techniques to be used for system validation, such as fault injection and self-test procedures. This ensures that the SoC system is adequately tested before it is released. Finally, the 99041-2 standard addresses power optimization. The standard emphasizes power efficiency, which is one of the most important aspects of a SoC design, as it can determine the overall power consumption of the SoC and can have a large impact on its performance.

In summary, 99041-2 is a standard developed for the design, integration, and verification of Electronic system-on-chip (SoC). It provides guidance related to system-level design, verification, integration, testing, and implementation of SoC architectures. The 99041-2 Application Field focuses on the design of systems-on-chip architectures, considering the entire system-level design from physical implementation to verification of the design and final system architecture. The 99041-2 Working Principle is based on the concept of system integration, and includes components such as hardware devices, software components, verification and optimization, and power optimization.