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Abstract: C-Cube VRP3 API 662
Text: Contents Preface Audience Conventions Revision History iv iv iv Contents Figures Tables 1 CLM4440 Overview 1.1 CLM4550 Features 1.1.1 MPEG-1 Encoding 1.1.2 Multiresolution/Multimode Video Capability 1.1.3 System Layer Support 1.1.4 Simplified Hardware Architecture
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7 Authoring API Command Reference
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Text: 7 Authoring API Command Reference This chapter describes the authoring API host commands that can be issued to the CLM4440 and the status reports that are returned by the CLM4440 to the host. This chapter consists of these sections: • ■ ■ ■ 7.1, Host Commands,
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Abstract: C-Cube VRP3 CL4020
Text: 1 CLM4440 Overview The CLM4440 Advanced MPEG Video Encoder compresses digital video into MPEG-1 or MPEG-2 syntax in real time. The product consists of two C-Cube CL4040 VideoRISC-3 Processors VRP3s and two sets of microcode that implement C-Cube’s patented VideoMAX algorithm.
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Abstract: C-Cube VRP3
Text: 3 Hardware Model This chapter describes the CLM4440 hardware reference architecture. The reference architecture includes hardware components required to run the CLM4440’s microcode and shows some optional components. The chapter contains these sections:
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Text: 10 Host Software for the CLM4440 The CLM4440 requires an intelligent host to initialize the VideoRISC Processor VRP chips, download microcode, and configure and control the encoding process. In addition, the host software may provide a user interface to allow access to one or more of the CLM4440 features described in Chapters 6 through 9.
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Text: Appendix A PTS and DTS Generation This appendix describes program time stamp PTS and decoder time stamp (DTS) generation for the CLM4440 encoder board. Two methods of PTS generation are supported by the CLM4440 array: simulated PTSs and hardware PTS generation. DTS values, if used, are
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Abstract: C-Cube microsystems CLM4550 CLM4500
Text: BACK CLM4440 Advanced MPEG Video Encoder User’s Manual C-CUBE MICROSYSTEMS 92-4440-101 C-Cube Microsystems C-Cube Microsystems reserves the right to change any products described herein at any time and without notice. C-Cube Microsystems assumes no responsibility or liability arising from the use of the products described herein, except as expressly agreed to in writing by CCube Microsystems. The use and purchase of this product does not
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Text: 6 CL4440 Authoring Application Programmer’s Interface This chapter describes the authoring application programmer’s interface API to the CLM4440 encoder. It includes the following sections: • ■ ■ ■ ■ ■ ■ 6.1, Timecodes 6.2, Message-Passing Protocol
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Text: Appendix C API Command Ordering Guidelines This appendix outlines the CLM4440 API commands and how they affect the state of the encoder. The motivation for the systems integrator to become aware of this information is that improper ordering of API commands has a potential of overriding previous API calls and leaving
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Abstract: CLM4200 VIDEO CAPTURE CARD USER MANUALS video encoder mpeg C-Cube VRP3 programmable pipeline microcode memory CL4020 CL4010
Text: 1 Overview The C-Cube VideoRISC Processor VRP is a scalable RISC processor designed to efficiently implement motion-compensated, block/ DCT-based video compression algorithms in real time. This book describes the third instance of the VRP architecture: the
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Text: 9 CLM4400 Broadcast API Features Access This chapter describes the protocols and memory locations used to access the broadcast API features of the CLM4400. The sections in this chapter are: • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 9.1, CLM4400 Broadcast Interface
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Text: Appendix B API Programming Example This appendix describes an example host application program which is intended to help application developers understand how to communicate with and control the microcode in either an interactive or non-interactive fashion. The example application program is called the “loader,”
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Abstract: C-Cube VRP3 inverse quantization CL4010
Text: 1 Overview The C-Cube VideoRISC Processor VRP is a scalable RISC proces sor designed to efficiently implement motion-compensated, block/ DCT-based video compression algorithms in real time. This book describes the third instance of the VRP architecture: the
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