Usb C Dev Board
Usb C Dev Board Arduino
This section describes tools that you can use to test your USB hardware or software, capture traces of operations and other system events, and observe how the USB driver stack responds to a request sent by a client driver or an application.
In this section
Jul 22, 2016 USB Type C - Power Delivery. It describes features and benefits of the USB-IF certify type-C and Power delivery stack (X-NUCLEO-USB-PD) as well as a description of the associated development. This here is your standard A to micro-B USB cable, for USB 1.1 or 2.0. Perfect for connecting a PC to your Metro, Feather, Raspberry Pi or other dev-board or microcontroller Approximately 3 feet / 1 meter long. Mar 26, 2019 Powering on the Coral Dev Board (white cable), use the right-hand of the two USB-C connectors. The red LED next to the power socket should turn.
The AT89C5131 USB Development Board is ideal for developing USB Control Systems. The board features the Atmel AT89C5131 microcontroller, a high performance Flash version of the 8051 8-bit microcontroller range, with on-board USB compliant module for USB 1.1 and USB 2.0 Communications. Programs can be downloaded easily using the USB port.
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The Microsoft USB Test Tool (MUTT) is collection of devices for testing interoperability of your USB hardware with the Microsoft USB driver stack. This section provides a brief overview of the different types of MUTT devices, the tests you can run by using the device, and suggests topologies for controller, hub, device, and BIOS/UEFI testing. To communicate with MUTT devices, you need the MUTT software package. This package contains several test tools and drivers that let hardware test engineers test interoperability of their USB controller or hub with the Microsoft USB driver stack. The test tools validate USB host controller software, hardware (including firmware) and any USB hub that is installed between the host controller and the device. | |
Describes various tools you can use to test USB devices and drivers. | |
The USB Type-C Connection Exerciser (USB Type-C ConnEx) hardware board is a custom shield for the Arduino board. The shield provides a four-to-one switch to automate interoperability tests for USB Type-C scenarios. | |
This topic explains how to test the interoperability of USB Type-C enabled systems and Windows. It provides guidelines for device and system manufacturers to perform various functional and stress tests on systems and devices that expose a USB Type-C connector. It assumes that the reader is familiar with the official USB specification and xHCI interoperability test procedures, which can be downloaded from USB.ORG. | |
Before using MUTT devices, you must prepare the test system. | |
Read how to run stress and transfer and SuperMUTT performance tests. Stress and transfer tests are geared towards saturating the bus protocol and the host controller software. These tests perform several simultaneous I/O transfers and cancellations to the MUTT device. The MUTT firmware is programmed to fail transfers during these tests. These failures emulate error conditions that the controller or USB driver stack are exposed to under stressful USB conditions. | |
Describes the Device Fundamental tests that you must run for MUTT devices that are attached to available ports, to perform stress and transfer tests and system power tests. These tests perform simple device transfers at the same time that they perform system power events. Note that devfund tests can only be run on Windows 8. Bloodshed dev c++ tutorial pdf free. You cannot run stress and transfer tests and the system power tests simultaneously. Perform those tests on separate systems. However, you can switch between stress transfer and system power tests. To do so, complete the first set of tests, reboot the machine, and then follow the instructions of the next test. | |
BIOS/UEFI testing validates USB boot and handoff of the controller to the operating system. | |
The goal of hub testing is to generate a complete set of possible traffic patterns from devices. You can test disconnect scenarios by adding an upstream SuperMUTT Pack. | |
The goal of controller testing is to generate a complete set of possible traffic patterns from hubs and devices. This allows the internal state of controller and its firmware to be fully tested. MUTT devices can help the test by providing an automated method to generate various possible protocol scenarios. | |
The goal of device testing is to test device usage against various hub scenarios and systems power states. The MUTT Pack and SuperMUTT Pack devices can provide a way to expose the device to connect/disconnect scenarios across different hub and system power state scenarios. Test the device when it is attached to a USB 2.0 and 3.0 hubs in the MUTT Pack and SuperMUTT Pack devices, respectively. | |
The Windows Hardware Lab Kit (HLK) tests can be used for additional testing of Systems, USB host controllers, hubs, and devices. These tests cover basic device functionality, reliability, and compatibility with Windows. |