This class will review practical design cases, covering the following topics: Board layout, high-speed memory layout, high-speed communication interfaces, line balancing, impedance matching, power sequencing, low-power considerations, decoupling, power integrity, signal integrity, and EMC considerations.

2021年1月12日 · This overview is created to assist you on building a PCB design. STMicroelectronics recommends to utilize these resources available for your design. See below for a list of resources to assist you. Getting started …

The PIC64-HPSC series of 64-bit microprocessors (MPUs) is supported by a robust ecosystem of board, component, software, and design tools. This ecosystem includes a number of industry partners that offer expertise in designing comprehensive, system-level solutions tailored for the harsh environmental conditions in space.

本课程将指导您如何在电子系统中实现高端mpu设备的高速电路设计。 根据通常的开发流程，您将了解到从架构定义，到PCBA制造的每个阶段中需要考虑的不同事项。

Takeaway: For most workloads (11 of 20), MPU proves to be the best design by significant margin. For remaining 9 workloads, either HMC+128Tiny or HMC designs proves sufficient. What are the factors dictating MPU speedup over baseline? What are the dominant sources of power savings? Can we achieve MPU-like benefits with a simpler architecture?

Product Discontinuance Notification 1. Introduction 2. First Time Designer's Guide 3. Hardware System Design with Intel® Quartus® Prime and Platform Designer 4. Software System Design with a Nios® II Processor 5. Nios® II Configuration and Booting Solutions 6. Nios® II Debug, Verification, and Simulation 7. Optimizing Nios® II Based Systems and Software

Work with an MPU Design Partner, selected for their expertise with high-speed MPU hardware design, Linux software knowledge, and secure applications.

The PIC64HX series of 64-bit microprocessors (MPUs) is supported by a robust ecosystem of board, software, tools and design services. This ecosystem includes industry partners and open-source software communities that offer off-the-shelf, system-level, open and standards-based solutions tailored for mission-critical intelligent edge applications.

2.7.4.9 MPU Design Hints and Tips To avoid unexpected behavior, disable the interrupts before updating the attributes of a region that the interrupt handlers might access. Ensure software uses aligned accesses of the correct size to access MPU registers:

本課程將引導您完成在電子系統中實現高速/高端MPU設備的。 按照實用和時間順序的方法，從架構定義到PCBA製造，您將探索專案每個階段要考慮的不同因素。 本課程將回顧實際設計案例，涵蓋以下主題：電路板佈局、高速記憶體佈局、高速通信介面、線路平衡、阻抗匹配、電源排序、低功耗考慮因素、去耦、電源完整性、信號完整性和EMC考慮因素。 對於每個主題，將探討設計選項，給出提示並突出顯示陷阱。 最終，將展示減輕MPU系統設計負擔的方法，探索SiP（系統 …