C-Cube VRP3
Abstract: No abstract text available
Text: 7 CLM4110EMR Command Reference This chapter describes the host commands that can be issued to the CLM4110EMR and the status reports that are returned by the CLM4110EMR to the host. The sections in this chapter are: • 7.1, Host Commands 7.4, Transferring Data to and from the Recoder
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Abstract: C-Cube VRP3
Text: 9 CLM4110EMC Command Reference This chapter describes the host interface to the CLM4110 I-frame codec named EMC . Topics covered include host commands, configuration parameters, and status locations supported by the CLM4110EMC microcode. The sections in this chapter are:
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Abstract: No abstract text available
Text: 5 Application Programmer’s Interface This chapter describes the application programmer’s interface API to the CLM4110 (EMC, EMI, EMR, EMD) and CLM4111 (RT and YUV) microcode. It includes the following sections: 5.1, Timecodes • 5.2, Message-Passing Protocol
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CLM4110
CLM4111
CLM4110/11
CLM4010/11
0x39d
C-Cube VRP3
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SMPTE 352
Abstract: C-Cube microsystems C-Cube VRP3
Text: 4 MPEG Encoder Operation This chapter gives an overview of MPEG encoding operation by the CLM4110 EMI, EMD, EMC and EMR and CLM4111 (RT and YUV) encoders. Unless otherwise noted, the material in this chapter applies to all CLM4110/11 encoders. Figure 4-1 shows a data flow model of the encoder. The numbers in parentheses refer to sections in this chapter where more information is located.
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CLM4110
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CLM4110/11
CLM4110.
CLM4110
SMPTE 352
C-Cube microsystems
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C-Cube microsystems
Abstract: C-Cube VRP3 "frame grabber"
Text: Contents 1 Overview 1.1 1.2 1.3 1.4 Typical Applications MPEG-1 Editing Modes 1.2.1 Capture/Edit/Recode for MPEG-1 Editing CLM4110 1.2.2 Real-time MPEG-1 Encoding (CLM4111RT) Features Functional Overview 1.4.1 CLM4110/11 System Architecture 1.4.2 EMI Encoder, Functional Description
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CLM4111RT)
CLM4110/11
CLM4111RT
CLM4111YUV
C-Cube microsystems
C-Cube VRP3
"frame grabber"
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Abstract: C-Cube VRP3
Text: 6 CLM4110EMI Command Reference This chapter describes the host commands that can be issued to the CLM4110EMI. The sections in this chapter are: • ■ ■ ■ 6.1, Host Commands 6.2, Parameters 6.3, VHS Artifact Rejection Mode 6.4, Transferring Data from the Encoder
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Abstract: "frame grabber"
Text: 3 Hardware Model This chapter describes the hardware required by the CLM4110/11 microcode: Section 3.1 provides an overview of the basic hardware that executes the CLM4110/11 microcode. • Section 3.2 describes the data transfer paths and includes detailed
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"frame grabber"
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Abstract: C-Cube VRP3 CLM4100 CLM4110
Text: BACK CLM4110/11 Multimedia Accelerators User’s Manual C-CUBE MICROSYSTEMS 92-4110-201 C-Cube Microsystems This document is preliminary. We’ve made every effort to ensure the accuracy of the information in this manual, but errors may be present. Verify any design-critical parameters with C-Cube before you finalize
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Abstract: C-Cube VRP3
Text: 8 CLM4110EMD Command Reference This chapter describes the host commands that can be issued to the CLM4110EMD and the status information returned by the CLM4110EMD. The sections in this chapter are: • ■ ■ ■ ■ ■ 8.1, Host Commands 8.2, Parameters
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Abstract: C-Cube microsystems "frame grabber"
Text: 1 Overview The CLM4110/11 is a single-chip multi-function video codec capable of both encoding and decoding of MPEG-1 at SIF and QSIF resolution. The CLM4110/11 extends C-Cube’s MPEG encode and decode leadership to enable cost-sensitive PC add-in card and motherboard applications.
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CLM4110)
CLM4111)
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C-Cube VRP3
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"frame grabber"
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C-Cube CL4000
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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CL4020
CL4040
CL4000)
CLM4120
CLM4440.
C-Cube CL4000
CLM4200
VIDEO CAPTURE CARD USER MANUALS
video encoder mpeg
C-Cube VRP3
programmable pipeline microcode memory
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Abstract: C-Cube VRP3 adx 312 CLM4200
Text: 3 Host Interface Functional Description This chapter describes the functional operation of the VRP3’s host interface. It consists of these sections: • ■ ■ ■ ■ ■ ■ ■ ■ ■ 3.1, Host Interface Overview 3.2, Mode and Status Coding 3.3, Address Map
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Abstract: C-Cube VRP3
Text: 10 CLM4111RT Command Reference This chapter describes the host interface to the CLM4111RT and the status reports that are returned by the CLM4111RT to the host. The sections in this chapter are: • ■ ■ 10.1, Host Commands 10.2, Parameters 10.3 Transferring Data from the 4111 Encoder
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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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CL4040
CL4000)
64-Mbyte)
CLM4120
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CL404A
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inverse quantization
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