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1. Drivers Decimator Design USB Devices
2. Drivers Decimator Design Usb Devices Windows 10
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Decimator Design MD-CROSS MD-CROSS: HDMI/SDI Cross Converter w/ Scaling, Frame Rate Conversion, Overlays & TPG. The MD-HX from Decimator Design is a miniature and low-cost HDMI/SDI down up cross converter with Scaling and Frame Rate conversion. The MD-HX is controlled either via USB on a Mac/Windows app, or on-unit using the LCD screen and button controls. For a system that has an embedded controller, load the Microsoft provided in-box driver, UcmUcsi.sys, that implements USB Type-C Connector System Software Interface (UCSI) Specification. Most commonly used electronic devices have some type of Universal Serial Bus (USB) port. These ports come in Micro, Mini and Type-A connector formats and can support different USB standards such 2.

Last Updated

• December 2016

[Some information relates to pre-released product which may be substantially modified before it's commercially released. Microsoft makes no warranties, express or implied, with respect to the information provided here.]

Here are some example designs for USB Type-C system.

A typical USB Type-C system has these components:

• USB Dual-Role controller is capable of operating either in host role or in function/device/peripheral role. This component is integrated into SoC.
• Battery Charging 1.2 detection might be integrated in certain SoCs. Some SoC vendors provide a PMIC module that implements detection logic, others implement in software. Windows 10 Mobile supports all those options. Contact your SoC vendor to get details about this component.
• Type-C -PD Port controller manages CC pins on the USB Type-C connector. Supports BMC encoding/decoding of power delivery messages. This component is usually not integrated in most SoCs.
• Mux SuperSpeed USB pairs to a port on the controller depending on the orientation detected by Type-C port controller. Mux SuperSpeed pairs and possibly SBU lines elsewhere (usually the Display module) when entering an alternate mode.
• VBus/VConn source is required. Most PMICs implement VBus/VConn control. Contact your SoC/PMIC vendor for details.

USB Type-C system design with an embedded controller

In addition to the components in the preceding list, a USB Type-C system can have an embedded controller. This intelligent microcontroller that acts as the Type-C and Power Delivery policy manager for the system.

Here is an example of a USB Type-C system with an embedded controller:

Here is another view:

For a system that has an embedded controller, load the Microsoft provided in-box driver, UcmUcsi.sys, that implements USB Type-C Connector System Software Interface (UCSI) Specification.

UCSI driver. For information about the device stacks loaded for the driver, see Drivers for supporting USB Type-C components for systems with embedded controllers.

For a system that has an embedded controller that uses non-ACPI transport.

USB Type-C system design

Here is an example of a USB Type-C system for a mobile device that does not have an embedded controller:

Drivers Decimator Design USB Devices

Here is another view:

For the preceding design, implement a driver that communicates with the connector and keeps the operating system informed about USB Type-C events on the connector.

Drivers Decimator Design Usb Devices Windows 10

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