APPENDIX B CL48X COMMAND COMPATIBILITY ZIVA Search Results

APPENDIX B CL48X COMMAND COMPATIBILITY ZIVA Result Highlights (5)

Part	Manufacturer	Description	Download
SF-10GSFPPLCL-000	Amphenol Cables on Demand	Amphenol SF-10GSFPPLCL-000 SFP+ Optical Module - 10GBASE-SR (up to 300m/984') SFP+ Multimode Optical Transceiver Module (Duplex LC Connectors) - Cisco & HP Compatible	PDF
HM2G08LF	Amphenol Communications Solutions	Millipacs Accessories Guiding System and RoHS compatible	PDF
HM2G07LF	Amphenol Communications Solutions	Millipacs Accessories Guiding System and RoHS compatible	PDF
HM2G09LF	Amphenol Communications Solutions	Millipacs Accessories Guiding System and RoHS compatible	PDF
HM2G02LF	Amphenol Communications Solutions	Millipacs Accessories Guiding System and RoHS compatible	PDF

APPENDIX B CL48X COMMAND COMPATIBILITY ZIVA Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
Appendix B CL48x Command Compatibility ZiVA Contextual Info: Appendix B CL48x Command Compatibility For customers who are upgrading from the CL48x product line, the ZiVA API recognizes command IDs for a superset of CL480 commands and maps them to the corresponding ZiVA commands as shown in Table B-1. All sector addresses specifying Minutes, Seconds, Frame, and Mode are	Original	CL48x CL480 16-bit CL48x-to-ZiVA 0x040D) 0x001C) 0x8000) 0x000A) Appendix B CL48x Command Compatibility ZiVA	PDF
DSI bt.656 Abstract: BT 136 PIN DIAGRAM C-Cube microsystems c-cube microsystems ZiVA Contents internal dvd pinout ZiVA-DS API 160 circuit diagram of DVD Rom BT 151 PIN DIAGRAM BT 151 Contextual Info: Contents Section I. General Information 1 Introduction 1.1 ZiVA Decoder Overview 1.2 Interface Description 1.2.1 Host Interface 1.2.2 DVD/CD Interface 1.2.3 DRAM/ROM Interface 1.2.4 Video Interface 1.2.5 Audio Interface 1.3 Typical Applications 1.3.1 Consumer Electronics Applications	Original	CL48x-to-ZiVA DSI bt.656 BT 136 PIN DIAGRAM C-Cube microsystems c-cube microsystems ZiVA Contents internal dvd pinout ZiVA-DS API 160 circuit diagram of DVD Rom BT 151 PIN DIAGRAM BT 151	PDF
c-cube microsystems ZiVA Contents Abstract: Appendix B CL48x Command Compatibility ZiVA Contextual Info: 12 Application Program Interface The ZiVA decoder’s microcode presents a high-level application program interface API to host software. The API commands defined in this chapter are the primary method of communication with the decoder. Each API command consists of a unique command ID and zero to six	Original		PDF

Catalog Datasheet

Type

Document Tags

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Appendix B CL48x Command Compatibility ZiVA

Contextual Info: Appendix B CL48x Command Compatibility For customers who are upgrading from the CL48x product line, the ZiVA API recognizes command IDs for a superset of CL480 commands and maps them to the corresponding ZiVA commands as shown in Table B-1. All sector addresses specifying Minutes, Seconds, Frame, and Mode are

Original

CL48x CL480 16-bit CL48x-to-ZiVA 0x040D) 0x001C) 0x8000) 0x000A) Appendix B CL48x Command Compatibility ZiVA

PDF

DSI bt.656

Abstract: BT 136 PIN DIAGRAM C-Cube microsystems c-cube microsystems ZiVA Contents internal dvd pinout ZiVA-DS API 160 circuit diagram of DVD Rom BT 151 PIN DIAGRAM BT 151
Contextual Info: Contents Section I. General Information 1 Introduction 1.1 ZiVA Decoder Overview 1.2 Interface Description 1.2.1 Host Interface 1.2.2 DVD/CD Interface 1.2.3 DRAM/ROM Interface 1.2.4 Video Interface 1.2.5 Audio Interface 1.3 Typical Applications 1.3.1 Consumer Electronics Applications

Original

CL48x-to-ZiVA DSI bt.656 BT 136 PIN DIAGRAM C-Cube microsystems c-cube microsystems ZiVA Contents internal dvd pinout ZiVA-DS API 160 circuit diagram of DVD Rom BT 151 PIN DIAGRAM BT 151

PDF

c-cube microsystems ZiVA Contents

Abstract: Appendix B CL48x Command Compatibility ZiVA
Contextual Info: 12 Application Program Interface The ZiVA decoder’s microcode presents a high-level application program interface API to host software. The API commands defined in this chapter are the primary method of communication with the decoder. Each API command consists of a unique command ID and zero to six

Original

PDF