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    2D DCT BLOCK Search Results

    2D DCT BLOCK Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    HMC3653LP3BE Analog Devices Linear Driver, Gain Block Visit Analog Devices Buy
    LTC6994CDCB-2#TRMPBF Analog Devices TimerBlox: Delay Block/ Deboun Visit Analog Devices Buy
    LTC6994HDCB-1#TRPBF Analog Devices TimerBlox: Delay Block/ Deboun Visit Analog Devices Buy
    LTC6994IS6-2#TRMPBF Analog Devices TimerBlox: Delay Block/ Deboun Visit Analog Devices Buy
    LTC6994CDCB-2#TRPBF Analog Devices TimerBlox: Delay Block/ Deboun Visit Analog Devices Buy

    2D DCT BLOCK Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    dct verilog code

    Abstract: No abstract text available
    Text: Ease of Integration & Performance High clock speed >250 MHz in 0.18um ASIC technologies DCT-FI Low gate count 2D Forward and Inverse Discrete Cosine Transform Megafunction The DCT-FI megafunction implements the combined 2D Forward/Inverse Cosine Transforms. Most of the image/video compression standards (JPEG, MPEGx, H.261, H.263,


    Original     		PDF 16x16 dct verilog code

    dct verilog code

    Abstract: VHDL code DCT vhdl code for matrix multiplication XAPP610 verilog code for matrix multiplication dct algorithm verilog code jpeg encoder vhdl code verilog for 8 point dct in xilinx matrix element addition Vhdl code XAPP208
    Text: Application Note: Virtex-II Series R Video Compression Using DCT Author: Latha Pillai XAPP610 v1.2 April 24, 2002 Summary This application note describes a two-dimensional Discrete Cosine Transform (2D DCT) function implemented on a Xilinx FPGA. The reference design file provides behavioral code for


    Original     		PDF XAPP610 dct verilog code VHDL code DCT vhdl code for matrix multiplication XAPP610 verilog code for matrix multiplication dct algorithm verilog code jpeg encoder vhdl code verilog for 8 point dct in xilinx matrix element addition Vhdl code XAPP208

    dct verilog code

    Abstract: No abstract text available
    Text: Ease of Integration & Performance  High clock speed >250 MHz in 0.18um ASIC technologies DCT  Low gate count  Single clock cycle per sample 2-D Forward Discrete Cosine Transform Core operation  Low latency (87 cycles) Design Quality The DCT core implements the 2D Forward Cosine Transform. Most of the image/video


    Original     		PDF 16x16 dct verilog code

    dct verilog code

    Abstract: verilog code DCT 2d dct block verilog code for 8x8
    Text: Ease of Integration & Performance  High clock speed >250 MHz in 0.18um ASIC technologies DCT  Low gate count  Single clock cycle per sample 2-D Forward Discrete Cosine Transform Core operation  Low latency (87 cycles) Design Quality The DCT core implements the 2D Forward Cosine Transform. Most of the image/video


    Original     		PDF 16x16 dct verilog code verilog code DCT 2d dct block verilog code for 8x8

    PP9094

    Abstract: XIP2032 XIP2033 dct algorithm for verilog
    Text: DCT: 2D Forward Discrete Cosine Transform November 30, 2001 Product Specification AllianceCORE Facts Core Specifics See Table 1 Provided with Core CAST, Inc. Documentation Design File Formats 11 Stonewall Court Woodcliff Lake, NJ 07677 USA Phone: 201-391-8300


    Original     		PDF 11-bit 12-bit 15-bit PP9094 XIP2032 XIP2033 dct algorithm for verilog

    Untitled

    Abstract: No abstract text available
    Text: Ease of Integration & Performance  High clock speed >250 MHz in 0.18um ASIC technologies DCT-FI  Low gate count 2D Forward and Inverse Discrete Cosine Transform Core  Low latency (89 cycles)  Single clock cycle per sample operation on both directions


    Original     		PDF 16x16

    dct verilog code

    Abstract: verilog code for 8x8
    Text: Ease of Integration & Performance  High clock speed >250 MHz in 0.18um ASIC technologies DCT-FI  Low gate count 2D Forward and Inverse Discrete Cosine Transform Core  Low latency (89 cycles)  Single clock cycle per sample operation on both directions


    Original     		PDF 16x16 dct verilog code verilog code for 8x8

    dct verilog code

    Abstract: FI 201 FI 201 datasheet EP20K200E-1
    Text: Ease of Integration & Performance  High clock speed >250 MHz in 0.18um ASIC technologies DCT-FI  Low gate count 2D Forward and Inverse Discrete Cosine Transform Megafunction  Low latency (89 cycles)  Single clock cycle per sample operation on both directions


    Original     		PDF 16x16 dct verilog code FI 201 FI 201 datasheet EP20K200E-1

    LF3320

    Abstract: Discrete Cosine Transform with the LF3320 Back F38H idct accumulator CA001 CA-008 353H C14H DIN110
    Text: Discrete Cosine Transform with the LF3320 Application Note DEVICES INCORPORATED DEVICES INCORPORATED Discrete Cosine Transform with the LF3320 The fundamental processing step at the heart of the discrete cosine transform DCT based block coding scheme is the


    Original     		PDF LF3320 LF3320 DIN11-0 RIN11-0 CA001 CA008 CA009 CA000 CA015 Discrete Cosine Transform with the LF3320 Back F38H idct accumulator CA001 CA-008 353H C14H DIN110

    verilog for 8 point dct in xilinx

    Abstract: IEEE1180-1990 IEEE-1180 2-D Discrete Cosine Transform DCT fpga frame by vhdl examples fir filter design using vhdl verilog 2d filter xilinx digital FIR Filter using distributed arithmetic xILINX ISE ALLIANCE SOFTWARE 4.2i
    Text: 2-D Discrete Cosine Transform DCT V2.0 March 14, 2002 Product Specification security services General Description The Discrete Cosine Transform (DCT) is a technique that converts a spatial domain waveform into its constituent frequency components as represented by a set of coefficients.


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    AP-817

    Abstract: Winograd ap 817 feig MPEG encoder code for Winograd algorithm 4x4 bit multipliers Huffman IDCT RC629
    Text: AP-817 Using Streaming SIMD Extensions in a Fast DCT Algorithm for MPEG Encoding Using Streaming SIMD Extensions in a Fast DCT Algorithm for MPEG Encoding Version 1.2 01/99 Order Number: 243651-002 02/04/99 AP-817 Using Streaming SIMD Extensions in a Fast DCT Algorithm for MPEG Encoding


    Original     		PDF AP-817 Winograd ap 817 feig MPEG encoder code for Winograd algorithm 4x4 bit multipliers Huffman IDCT RC629

    SPARTAN-II

    Abstract: block diagram of dsp based ecg compression direct 2-d idct C-CUBE MICROSYSTEMS IDCT xilinx WP113 MPEG 1 Audio Compression XC2S100 C-Cube decoder virtex 5 fpga based image processing
    Text: White Paper: Spartan-II Family R WP113 v1.0 February 25, 2000 A Spartan-II DCT/IDCT Programmable ASSP Solution Author: Antolin Agatep Overview This paper presents an overview of Discrete Cosine Transform (DCT) and Inverse Discrete Cosine Transform (IDCT) solutions using XIlinx Spartan -II components with IP core


    Original     		PDF WP113 SPARTAN-II block diagram of dsp based ecg compression direct 2-d idct C-CUBE MICROSYSTEMS IDCT xilinx WP113 MPEG 1 Audio Compression XC2S100 C-Cube decoder virtex 5 fpga based image processing

    B1348

    Abstract: barco 8x8 sram vhdl coding for pipeline IDCT xilinx 1180-1990
    Text: DCT_IDCT 2D February 8, 2002 Product Specification AllianceCORE Facts Core Specifics See Table 1 Provided with Core Documentation Design File Formats Verification Constraints File Instantiation Templates Reference designs & application notes Additional Items


    Original     		PDF B-1348 B1348 barco 8x8 sram vhdl coding for pipeline IDCT xilinx 1180-1990

    verilog for 8 point dct in xilinx

    Abstract: XAPP208 fir filter spartan 3 fir filter design using vhdl verilog 2d filter xilinx
    Text: 1-D Discrete Cosine Transform DCT V2.1 March 14, 2002 Product Specification General Description Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 URL: www.xilinx.com/ipcenter Support: support.xilinx.com Features


    Original     		PDF 24-bit com/xapp/xapp208 verilog for 8 point dct in xilinx XAPP208 fir filter spartan 3 fir filter design using vhdl verilog 2d filter xilinx

    "Huffman coding"

    Abstract: No abstract text available
    Text: Conference Paper Image Processing in Altera FLEX 10K Devices Introduction This paper examines several methods by which programmable logic may be employed to implement image processing acceleration applications, particularly for unique requirements. Transform coding is the primary


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    XIP2012

    Abstract: IDCT xilinx
    Text: DCT_FI: Combined 2D Forward/ Inverse Discrete Cosine Transform November 16, 2001 Product Specification AllianceCORE Facts Core Specifics See Table 1 Provided with Core CAST, Inc. Documentation Design File Formats 11 Stonewall Court Woodcliff Lake, NJ 07677 USA


    Original     		PDF 11-bit XIP2012 IDCT xilinx

    fft matlab code using 16 point DFT butterfly

    Abstract: matlab code for half subtractor linear handbook c code for interpolation and decimation filter code for Discreet cosine Transform processor FIR Filter matlab FIR filter matlaB design iir filter applications matlab code using 8 point DFT butterfly types of binary multipliers
    Text: Section V. Digital Signal Processing This section provides information for design and optimization of digital signal processing DSP functions and arithmetic operations in the on-chip DSP blocks. This section includes the following chapters: Revision History


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    circuit diagram of half adder

    Abstract: FIR Filter matlab matlab code for half subtractor c code for interpolation and decimation filter DSP modulo multiplier full subtractor implementation using multiplexer implementation of data convolution algorithms linear handbook EP1S60 convolution encoders
    Text: Section IV. Digital Signal Processing DSP This section provides information for design and optimization of digital signal processing (DSP) functions and arithmetic operations in the onchip DSP blocks. It contains the following chapters: Revision History


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    IDCT

    Abstract: da rn
    Text: Discrete Cosine Transform Megafunctions Solution Brief 9 Target Application: Digital Signal Processing January 1997, ver. 1 Features • Family: FLEX 10K Three megafunctions available – Discrete cosine transform DCT – Inverse discrete cosine transform (IDCT)


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    zoran zr

    Abstract: No abstract text available
    Text: Z 'B R A ZR36020 N DISCRETE COSINE TRANSFORM DCT PROCESSOR ADVANCED INFORMATION FEATURES • Forward and inverse DCT operations (8x8 blocks) ■ Contiguous block operation, with optional wait states ■ Data rate of 15 million pixels per second ■ High accuracy: 16-bit two's complement coefficients


    OCR Scan     		PDF ZR36020 16-bit DS36020-0191 zoran zr

    zoran zr

    Abstract: column-major Sc 54155 ZORAN CORPORATION 44-PIN 48-PIN ZR3603X 97245
    Text: T U R A N ZR36020 DISCRETE COSINE TRANSFORM DCT PROCESSOR A D V A N C E D IN FO R M A TIO N FEATURES • ■ ■ ■ ■ ■ ■ Forward and inverse DCT operations (6x8 blocks) Contiguous block operation, with optional wait states Data rate of 15 million pixels per second


    OCR Scan     		PDF ZR36020 16-bit DS36020-0191 zoran zr column-major Sc 54155 ZORAN CORPORATION 44-PIN 48-PIN ZR3603X 97245

    half adder ttl

    Abstract: column-major TMC2311 adder-subtractor design TMC2312 DIN11 TMC2220 TMC2250 TMC2272 "Huffman coding"
    Text: TMC2311 C M O S Fast Cosine Transform Processor 12 Bits, 15 Million Pixels Per Second The TMC2311, a high-speed algorithm specific processor, computes the one or tw o dimensional forward discrete cosine transform DCT of an 8 or 8x8 point array of contiguous 9-bit data or the inverse DCT of 12-bit data.


    OCR Scan     		PDF TMC2311 TMC2311, 12-bit TMC2311 2311R1C2 half adder ttl column-major adder-subtractor design TMC2312 DIN11 TMC2220 TMC2250 TMC2272 "Huffman coding"

    c2311

    Abstract: No abstract text available
    Text: TMC2311 TMC2311 CMOS Fast Cosine Transform Processor 12 Bits, 15 Million Pixels Per Second Description Features The TM C2311, a high-speed algorithm specific ♦ processor, computes the one or two dimensional forward discrete cosine transform DCT of an 8 or 8x8 point array


    OCR Scan     		PDF TMC2311 C2311, 12-bit C2311 TMC2311R1C TMC2311R1C1 TMC2311R1C2 2311R1C 2311R1C1

    Untitled

    Abstract: No abstract text available
    Text: TMC2311 TMC2311 CMOS Fast Cosine IVansform Processor 12 Bits, 15 Million Pixels Per Second Description Features The TM C2311, a high-speed algorithm specific ♦ Stand alone execution of 8-point forward or inverse ♦ cosine transform Continuous 8x8-point 2-D DCTs every 4.48 ¿is


    OCR Scan     		PDF TMC2311 C2311, 12-bit TMC2311R1C 2311R1C TMC2311R1C1 2311R1C1 TMC2311R1C2 2311R1C2