Source: EETOP Original Author: EETOP Compilation We need increasingly complex chips and SoCs for all new applications using the latest technologies such as artificial intelligence. For example, Apple’s 5nm SoC A14, which contains 11.8 billion transistors, features a 6-core CPU, a 4-core GPU, and a 16-core NPU engine, capable of performing 11 trillion operations per … Read more
Click the “Read Original” at the bottom of the article to watch selected IC design courses for free! ASIC Design Process 1. Define Project Requirements 1. Determine the specific indicators of the chip: Physical Implementation Manufacturing process (foundry and process size); Die area (DIE size, affected by power consumption, cost, digital/analog area); Packaging (larger packaging … Read more
Background of the Live Broadcast With the wave of electrification and intelligence in the automotive industry, along with the implementation of mandatory national standards, the importance of functional safety has become increasingly prominent. For OEMs, new models must pass the functional safety verification of the steering system, and in the future, with the introduction of … Read more
Abstract: This article proposes a testing technology path aimed at design mechanisms for comprehensive verification of faults. By adopting the concept of comprehensive verification, we distill an integrated verification principle and implementation requirements based on fault injection methods. The article also presents implementation principles, processes, verification evaluation methods, and key technological connotations for application trade-offs, … Read more