MindShare - Comprehensive USB 2.0 Embedded System Architecture

- Arbor

Comprehensive USB 2.0 Embedded System Architecture

HOW eLEARNING WORKS

eLEARNING FAQ

View all eLearning Courses

PCI Express Courses
	Comprehensive PCI Express 2.0 Architecture eLearning Course
	Fundamentals of PCI Express eLearning Course
	PCI Express 2.1 and 3.0 Updates eLearning Course
	Intro to PCI Express 2.0 Updates eLearning Course
	Intro to PCI Express IO Virtualization eLearning Course

USB Courses
	Comprehensive USB 3.0 eLearning Course
	Comprehensive USB 2.0 Embedded System Architecture

x86 Architecture Courses
	Intro to 32/64-bit x86 Architecture eLearning Course
	Fundamentals of Intel QPI eLearning Course

Memory Courses
	Comprehensive Modern DRAM (DDR2/DDR3) Architecture eLearning Course

Storage Courses
	NVM Express Technology eLearning Course
	Comprehensive SAS Architecture eLearning Course
	Comprehensive SATA Architecture eLearning Course

Virtualization Courses
	Comprehensive PC Virtualization eLearning Course
	Intro to Virtualization Technology eLearning Course

ARM Courses
	Fundamentals of ARM Architecture

Comprehensive USB 2.0 Embedded System Architecture

Instructor(s): Mike Kentley
Number of Modules: 23
Subscription Length: 90 days

Course Price
$895.00

Comprehensive USB 2.0 Embedded eLearning Course Info

What's Included?


USB 2.0 eLearning modules (unlimited access for 90 days)	PDF of Course Slides (yours to keep, does not expire)	USB 2.0 eBook (yours to keep, does not expire)

Benefits of eLearning:

Access to the Instructor - Ask questions to the MindShare Instructor that taught the course
Cost Effective - Get the same information delivered in a live MindShare class at a fraction of the cost
Available 24/7 - MindShare eLearning courses are available when and where you need them
Learn at Your Pace - MindShare eLearning courses are self-paced, so you can proceed when you're ready

You Will Learn:

How USB host software generates and schedules USB traffic
How to verify proper USB packet protocol for all USB transfer types
To recognize compliant HS signaling when viewing a scope capture
Techniques for validating the USB protocols
To evaluate and explain the activity captured by a protocol analyzer when a High-Speed device is hot plugged into both full-speed and high-speed ports
The requirements for implementing an endpoint device
How to implement HID and Mass Storage class devices
The operation of both full-speed and high-speed USB hubs

Who Should View?

This in-depth course is designed with the hardware or software engineer in mind. The course contains practical examples of USB transactions and error conditions. It describes all the rules required for a host and device to be specification compliant.

Course Outline:

Chapter 1: Introduction

- USB History, Features, Terminology
Chapter 2: Hardware/Software Model

- Definition and roles of Host, Hub, and Device
Chapter 3: The USB Signaling Environment

- How USB moves data in Low-Speed/Full-Speed and in High-Speed environments
Chapter 4: System Environment & Device Framework

- Basic USB communications flow between applications on host and the attached devices
Chapter 5: Architecture & Endpoints

- Tree structure of USB, and moving data to/from endpoints
Chapter 6 Part 1: Packets and Transactions

- Packet structure and how the packets are grouped to form transactions
Chapter 6 Part 2: USB Transaction Sequences

- Grouping of packets to form complete data transfers
Chapter 6 Part 3: Bandwidth Rules

- How the system allocates available bandwidth in a relatively fair fashion
Chapter 7: Error Recovery

- How errors and exception cases are handled
Chapter 8: Low Power - Suspend

- Description of USB's low power mode
Chapter 9: Physical Layer

- Overview of the Low-Speed/Full-Speed and Full-Speed/High-Speed electrical environment
Chapter 10 Part 1: USB Hubs

- Overview of basic Hub features and operation
Chapter 10 Part 2: Hubs at High-Speed

- How Hubs forward traffic to High-Speed Devices
Chapter 10 Part 3: High-Speed Hubs at Full-Speed

- How High-Speed Hubs route traffic to Full-Speed and Low-Speed devices
Chapter 11 Part 1: Software Environment & Device Framework

- Key components of the USB software environment including descriptors and requests
Chapter 11 Part 2: Example Descriptor Tables

- Walk-through of example descriptors from a USB mouse
Chapter 11 Part 3: USB Requests

- Overview of the commands that USB devices implement on Endpoint 0
Chapter 12: Host Software Environment

- USB Software from Host's Perspective including standard device classes
Chapter 13: Hardware Architecture

- Overview of the hardware blocks involved with Host, Hub and Device controllers
Chapter 14: Cables and Connectors

- USB Cable and Connector overview, and some of the rules governing their characteristics
Chapter 15: Power Distribution

- Providing power to USB devices over the cable
Chapter 16: USB Compliance Testing

- Verifying that USB products can interoperate in a multi-vendor environment
Chapter 17: USB On-The-Go

- Switching between USB Host and USB Device on the same piece of silicon

Course Modules

Module	Length
Chapter 1: Introduction	42 minutes
Chapter 2: Hardware-Software Model	34 minutes
Chapter 3: The USB Signaling Environment	48 minutes
Chapter 4: System Environment & Device Framework	30 minutes
Chapter 5: Architecture and Endpoints	65 minutes
Chapter 6 Part 1: Packets and Transactions	58 minutes
Chapter 6 Part 2: USB Transaction Sequences	29 minutes
Chapter 6 Part 3: Bandwidth Rules	32 minutes
Chapter 7: Error Recovery	49 minutes
Chapter 8: Low Power - Suspend	20 minutes
Chapter 9: Physical Layer	87 minutes
Chapter 10 Part 1: USB Hubs	21 minutes
Chapter 10 Part 2: Hubs at High-Speed	6 minutes
Chapter 10 Part 3: High-Speed Hubs at Full-Speed	20 minutes
Chapter 11 Part 1: Software Environment & Device Framework	39 minutes
Chapter 11 Part 2: Example Descriptor Tables	22 minutes
Chapter 11 Part 3: USB Requests	29 minutes
Chapter 12: Host Software Environment	36 minutes
Chapter 13: Hardware Architecture	18 minutes
Chapter 14: Cables and Connectors	19 minutes
Chapter 15: Power Distribution	23 minutes
Chapter 16: USB Compliance Testing	31 minutes
Chapter 17: USB On-The-Go	50 minutes