APPENDIX B CL48X COMMAND COMPATIBILITY ZIVA Search Results

APPENDIX B CL48X COMMAND COMPATIBILITY ZIVA Result Highlights (5)

Part	Manufacturer	Description	Download
MD82C288-10/R	Rochester Electronics LLC	82C288 - Control/Command Signal Generator	PDF
MD8259A/B	Rochester Electronics LLC	8259A - Interrupt Controller, 8086, 8088, 80186 Compatible	PDF
MD82C59A/B	Rochester Electronics LLC	82C59A - Interrupt Controller, 80C86, 80C88, 80C286, 8080, 8085, 8086, 8088, 80286, NSC800 Compatible, CMOS, CDIP28	PDF
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
HM2G07LF	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

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