Display Specification for Automotive Application V5.1

. Document Title HSD080IDW1 Specification for GOLDEN SUPREME Page No. 1 / 24

Document No. DC170-004241 Revision 1.0

The information contained in this document is the exclusive property of HannStar Display Corporation. It shall not be disclosed, distributed or reproduced in whole or in part without written permission of HannStar Display Corporation. TO ：GOLDEN SUPREME

Date：Oct.14,2009

Customer Acceptance Specification

Model : HSD080IDW1

-C00

相關文件: IIS DC170-002876 Accepted by:

Signature Date Proposed by: Technical Service Division

Signature Date

Note:1. Please contact HannStar Display Corp. before designing your product based on this module specification. 2.The information contained herein is presented merely to indicate the characteristics and performance of our products. No responsibility is assumed by HannStar for any intellectual property claims or other problems that may result from application based on the module described herein. . Document Title HSD080IDW1 Specification for GOLDEN SUPREME Page No. 2 / 24

Universal Serial Bus 3.1 Specification, Revision 1.0

5-4 5.3 Connector Mating Interfaces This section defines the connector mating interfaces, including the connector interface drawings, pin assignments, and descriptions. 5.3.1 USB 3.1 Standard-A Connector 5.3.1.1 Interface Definition Figure 5-1 and Figure 5-2 show the USB 3.1 Standard-A receptacle and required ground spring mating areas, respectively. Figure 5-4 shows the Standard-A plug interface dimensions for USB 3.1. Only the dimensions that govern the mating interoperability are specified. All REF dimensions are informative. The Universal Serial Bus Power Delivery Specifiation defines the mechanical and electrical requirements for the Insertion Detect feature to support cold socket capability. It may be implemented in a Standard-A receptacle or a PD Standard-A receptacle. Implementation is vendor-specific. The Insertion Detect feature shall be implemented for cold socket Standard-A applications and is optional for all other Standard-A implementations. See the Universal Serial Bus Power Delivery Specifiation for complete Insertion Detect requirements. Example connector configurations including Insertion Detect features are shown in Figure 5-3. Although the USB 3.1 Standard-A connector has basically the same form factor as the USB 2.0 Standard-A connector, it has significant differences inside. Below are the key features and design areas that need attention: • In addition to the Vbus, D-, D+, and GND pins that are required for USB 2.0, the USB 3.1 Standard-A connector includes five more pins: two differential signal pairs plus one ground (GND_DRAIN). The two added differential signal pairs are for SuperSpeed data transfer, supporting dual simplex SuperSpeed signaling. The added GND_DRAIN pin is for drain wire termination and managing EMI, RFI, and signal integrity. • The contact areas of the five SuperSpeed pins are located towards the front of the receptacle as blades, while the four USB 2.0 pins towards the back of the receptacle as beams or springs. Accordingly, in the plug, the SuperSpeed contacts are beams located behind the USB 2.0 blades. In other words, the USB 3.1 Standard-A connector has a two-tier contact system. • The tiered-contact approach within the Standard-A connector form factor results in less contact area as compared to the USB 2.0 Standard-A connector. The connector interface dimensions take into consideration contact mating requirements between the USB 3.1 Standard-A receptacle and USB 3.1 Standard-A plug, the USB 3.1 Standard-A receptacle and USB 2.0 Standard-A plugs, and the USB 2.0 Standard-A receptacles and USB 3.1 Standard-A plug. • The connector interface definition avoids shorting between the SuperSpeed and USB 2.0 pins during insertion when plugging a USB 2.0 Standard-A plug into a USB 3.1 Standard-A receptacle or a USB 3.1 Standard-A plug into a USB 2.0 Standard-A receptacle. • There may be some increase in the USB 3.1 Standard-A receptacle connector depth (into a system board) to support the two-tiered-contacts as compared to the USB 2.0 Standard-A receptacle. • Drawings for stacked USB 3.1 Standard-A receptacles are not shown in this specification. They are allowed as long as they meet all the electrical and mechanical requirements defined in this specification. When designing a stacked USB 3.1 Standard-A receptacle, efforts need to be Mechanical

PRODUCT FEATURESLucidShape CAA V5 Based offers the most comprehensive CATIA-based optical simulations of automotive lighting products. The product's fast, accurate modeling and analysis of part-level models and product-level assemblies have been enhanced with the following major new features.Advanced Analysis FeaturesLucidShape CAA introduces new Advanced Analysis capabilities to consolidate and automate design evaluations.Accurate Source Modeling and Positioning LucidShape CAA now offers enhanced source modeling and positioning features to meet the demands of applications that require light sources with complex shapes. You can make any surface a light source. You can also group together axis systems and use them to easily create multiple duplicate light sources that must be placed in different positions or patterns. Precise Performance SimulationsNew options have been added to optimize optical simulation accuracy and speed in LucidShape CAA. When running a tessellated simulation, you can optionally specify the tessellation parameters for individual actors, which can be different from the global tessellation settings. This gives you flexibility to target selected actors for high-accuracy simulations, while optimizing overall simulation performance by keeping the remaining tessellation less dense.Macrofocal Reflector and Lens DesignThe MacroFocal reflector and lens design features have been enhanced to give you a new way to create unique style characteristics for signal lighting. The new grid of curves option enables you to define a base grid for the reflector or lens by specifying a set of user-created quasi-horizontal and quasi-vertical curves.Prism Extractors and New Laser-Etched Light GuidesAutomate the construction, analysis, and optimization of light guides and their extraction features. This release simplifies the creation of custom light guide shapes. A new surface mode light guide provides an alternative light-weight light guide construction, benefiting from significantly faster geometry construction. In addition, an early version of the Texture mode light guide capability in this release allows you to model and optimize laser-etched light control structures.For more information, please contact Synopsys Optical Solutions Group at (626) 795-9101, visit /optical-solutions, or send an e-mail to *******************©2021 Synopsys, Inc. All rights reserved. Synopsys is a trademark of Synopsys, Inc. in the United States and other countries. A list of Synopsys trademarks is available at /copyright.html. All other names mentioned herein are trademarks or registered trademarks of their respective owners.

Document Title HSD062IDW1 Specification for Golden Supreme Page No. 1 / 27

Document No. DC170-005948 Revision 1.0

The information contained in this document is the exclusive property of HannStar Display Corporation. It shall not be disclosed, distributed or reproduced in whole or in part without written permission of HannStar Display Corporation.

TO ：GOLDEN SUPREME

Date：Aug.19,2010

Customer Acceptance Specification

Model : HSD062IDW1

-A02

相關文件:IIS DC170-003239

Accepted by:

Signature Date

Proposed by: Technical Service Division

Signature Date

Note:1. Please contact HannStar Display Corp. before designing your product based on this module specification. 2.The information contained herein is presented merely to indicate the characteristics and performance of our products. No responsibility is assumed by HannStar for any intellectual property claims or other problems that may result from application based on the module described herein.