CL48X Search Results

CL484

Abstract: 5-22DRAM 92048 C-Cube microsystems
Contextual Info: Contents CL484/480 VideoCD MPEG-1 Audio/Video Decoder User’s Manual 92-0484-101 Introduction 1.1 Overview 1.2 CL48x Features 1.2.1 Flexible Video Interface with High-Quality Video Output 1.2.2 Antialiased Video Overlays 1.2.3 Low Voltage, Low Power Operation in Small Package

C-Cube microsystems

Contextual Info: 14 Interrupts The CL48x’s 15 host interrupts are produced by the CL48x microcode, which monitors internal conditions while the decode and display processes execute. The host can enable each of the 15 interrupts independently through the INT_MASK configuration parameter.

C-Cube microsystems

Abstract: kds crystal daishinku
Contextual Info: Appendix A CL48x Crystal Design Guidelines This appendix contains guidelines for choosing a crystal for the CL48x. Note: Before starting a design layout, please contact C-Cube technical support for the latest microcode and hardware errata information. In general, use a third-order harmonics frequency crystal. Two design

CL680 C-Cube

Contextual Info: 10 Clocking Considerations The clocking mechanism on the CL680 has been simplified considerably from the CL48x series to reduce the number of required clock circuits on the VCD board design. At the same time, the scheme provides substantial flexibility for system designers to cater to a wide variety of

circular Interpolation

Abstract: CL484VCD
Contextual Info: 15 DRAM Configuration Reference This chapter describes the DRAM configuration reference, a collection of locations in local DRAM that the host may use to monitor and configure the operation of the CL48xVCD and CL484CD-G modules. Both word and byte addresses are given words are 16 bits . The word address is used when accessing locations in the CL48x’s DRAM or ROM

cl484

Contextual Info: 13 Macro Commands The CL48x host software uses macro commands as its primary method of communication with the CL48x. Macro commands are command IDs and argument values written into local DRAM by the host as described in Section 4.2.4 . Each command has a separate command ID and may

Hsync Vsync RGB

Contextual Info: 3 Signal Descriptions This chapter describes the signals that comprise the external physical interface to the CL48x. The information presented for each signal includes the signal mnemonic and name, type input, output, or bidirectional , and description. (Note: The overbar symbol denotes active

C-Cube microsystems

Contextual Info: 4 Host Interface Functional Description The CL48x’s host interface, shown in Figure 4-1, provides a simple interface to an eight-bit microcontroller. The host interface provides three functions: • ■ ■ Coded data input coded data may be sent through the host interface if the CD interface is not used for this purpose

Contextual Info: 8 Audio Interface DA-XCK CD-DA_EMP This interface is designed to output audio samples in bit-serial format directly from the CL48x to the audio DACs, as shown in Figure 8-1. 8.1 General Description DA-DATA DA-LRCK Audio Interface DA-BCK Audio DACs DAC_EMP

scr values

Contextual Info: 11 Microcode Features The CL48x performs its higher-level functions by executing microcode on its internal CPU. A summary of the features of CL48x microcode is contained in this chapter. When the input bitstream is either a CD-DA or CD-ROM bitstream, the CL48x microcode can be enabled to either auto-detect the input bitstream or expect bitstreams of one type only.

CL680 C-Cube

Contextual Info: 4 Host Interface Functional Description The CL680’s host interface, shown in Figure 4-1, provides a simple serial interface to the host. The 8-bit parallel interface of the CL48x has been replaced with a three-pin serial interface: HCK, HD-IN, and HDOUT. The host interface is intended to be used by a bring-up board or

C-Cube microsystems

Contextual Info: 10 Registers HOST_int is the single CL48x register used to configure and communicate with the CL48x and its microcode, although not all applications will use this register. This register can be accessed using a single pair of accesses to D_MSB and D_LSB see Section 4.2.6 . To access this register, perform a host

diode t88

Abstract: diode t87
Contextual Info: 9 Electrical and Physical Specifications This chapter describes the CL48x’s electrical and mechanical characteristics. Tables 9-1 through 9-3 specify the CL48x’s electrical characteristics. Table 9-1 Operating Conditions Parameters VDD3 Supply Voltage

0X0220

Abstract: CL480VCD
Contextual Info: 12 Initialization The host processor executes an initialization sequence for the CL48x by interacting with the microcode either macro commands or the Configuration Area . For initialization to occur, the microcode must be loaded from ROM by issuing a pulse on the RESET pin.

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

CL680 C-Cube

Abstract: CL480 c-cube CL-480
Contextual Info: 1 Introduction Designed for VideoCD players, the CL680 is C-Cube’s third generation MPEG-1 audio/video decoder chip based on the CL480/484 architecture. Like all C-Cube VideoCD decoders, the CL680 integrates a CD-ROM decoder, MPEG system stream demultiplexer, MPEG-1 audio and video decoders and high-resolution still picture decoder on a single chip.

CL484

Abstract: CL480 c-cube CL480 MPEG Video Decoder
Contextual Info: 1 Introduction The CL484 is the second generation of C-Cube’s MPEG-1 audio/video decoder chip based on the CL480 architecture. In addition to incorporating all existing features of the CL480, the CL484 maintains pin compatibility with the CL480 while providing the following new features: 1

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

NEC protocol

Abstract: capricorn philips cdi schematics 4 Signal s C-Cube Nec Infrared protocol decoder CL484
Contextual Info: BACK VideoCD 2.0 Player Manufacturing Kit A Turn-key Manufacturing Kit for a VideoCD Player with Playback Control C-Cube Microsystems is the leading developer of integrated circuits, modules, and software that compress and decompress digital video. The C-Cube VideoCD 2.0 Player Manufacturing Kit

cl9100

Abstract: CL484 CL480 c-cube C-Cube Microsystems CL450 CL480 cl9100 c-cube scr T103 microcode C-CUBE MICROSYSTEMS CL480
Contextual Info: 1 Introduction The CL484 is the second generation of C-Cube’s MPEG-1 audio/video decoder chip based on the CL480 architecture. In addition to incorpo­ rating all existing features of the CL480, the CL484 maintains pin com­ patibility with the CL480 while providing the following new features:1

part number decoder toshiba dram

Abstract: C-Cube microsystems ZiVA C-Cube ziva decoder mpeg decoder -1995 Union Microsystems
Contextual Info: BACK ZiVA-D6 and ZiVA-DS™ DVD Decoders User’s Manual 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

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

C-Cube microsystems

Abstract: CL680 C-Cube
Contextual Info: BACK CL680 VideoCD MPEG-1 Audio/Video Decoder User’s Manual C-Cube Microsystems 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

HSYNC Clock generator rgb

Abstract: HSYNC, VSYNC Clock generator rgb Hsync Vsync generator video out convert rgb HSYNC, VSYNC Clock generator Vsync, hsync to csync
Contextual Info: 7 Video Display Interface This chapter discusses the operation of the video display unit. The purpose of the video display unit is to output the decompressed video data in a form that can either be displayed on a television or video monitor, or mixed with computer-generated graphics to provide a video signal