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    FLOATING POINT VERILOG Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TMPM4GQF15FG Toshiba Electronic Devices & Storage Corporation Arm Cortex-M4 processor with FPU Core Based Microcontroller/32bit/P-LQFP144-2020-0.50-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMPM4GRF20FG Toshiba Electronic Devices & Storage Corporation Arm Cortex-M4 processor with FPU Core Based Microcontroller/32bit/P-LQFP176-2020-0.40-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMPM4KMFWAFG Toshiba Electronic Devices & Storage Corporation Arm Cortex-M4 processor with FPU Core Based Microcontroller/32bit/P-LQFP80-1212-0.50-003 Visit Toshiba Electronic Devices & Storage Corporation
    TMPM4MMFWAFG Toshiba Electronic Devices & Storage Corporation Arm Cortex-M4 processor with FPU Core Based Microcontroller/32bit/P-LQFP80-1212-0.50-003 Visit Toshiba Electronic Devices & Storage Corporation
    TMPM4NQF10FG Toshiba Electronic Devices & Storage Corporation Arm Cortex-M4 processor with FPU Core Based Microcontroller/32bit/P-LQFP144-2020-0.50-002 Visit Toshiba Electronic Devices & Storage Corporation

    FLOATING POINT VERILOG Datasheets Context Search

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    verilog code for floating point multiplication

    Abstract: vhdl code for cordic cosine and sine vhdl code for cordic VHDL code for floating point addition verilog code for floating point division vhdl code for cordic multiplication program for 8051 16bit square root verilog code for single precision floating point multiplication 8051 16bit addition, subtraction CORDIC sine cosine float altera
    Text: DFPMU Floating Point Coprocessor ver 2.05 OVERVIEW DFPMU is a Floating Point Coprocessor, designed to assist CPU in performing the floating point mathematic computations. DFPMU directly replaces C software functions, by equivalent, very fast hardware operations,


    Original     		PDF DP8051, 32-bit verilog code for floating point multiplication vhdl code for cordic cosine and sine vhdl code for cordic VHDL code for floating point addition verilog code for floating point division vhdl code for cordic multiplication program for 8051 16bit square root verilog code for single precision floating point multiplication 8051 16bit addition, subtraction CORDIC sine cosine float altera

    VHDL code for floating point addition

    Abstract: verilog code for floating point division ARITHMETIC COPROCESSOR processor control unit vhdl code vhdl code 8 bit processor 80C51 APEX20KC APEX20KE DP8051 verilog code for floating point multiplication
    Text: DFPAU Floating Point Arithmetic Coprocessor ver 2.05 OVERVIEW DFPAU is a Floating Point Arithmetic Coprocessor, designed to assist CPU in performing the floating point arithmetic computations. DFPAU directly replaces C software functions, by equivalent, very fast hardware


    Original     		PDF DP8051, 32-bit VHDL code for floating point addition verilog code for floating point division ARITHMETIC COPROCESSOR processor control unit vhdl code vhdl code 8 bit processor 80C51 APEX20KC APEX20KE DP8051 verilog code for floating point multiplication

    16 point bfp fft verilog code

    Abstract: verilog code for single precision floating point multiplication IFFT verilog code for FFT 16 point verilog code for floating point adder VERILOG code for FFT 1024 point how to test fft megacore verilog code for FFT 256 point verilog code radix 4 multiplication verilog code for 64 point fft
    Text: FFT/IFFT Block Floating Point Scaling Application Note 404 October 2005, ver. 1.0 Introduction The Altera FFT MegaCore® function uses block-floating-point BFP arithmetic internally to perform calculations. BFP architecture is a trade-off between fixed-point and full floating-point architecture.


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    verilog code for floating point multiplication

    Abstract: vhdl code for cordic cosine and sine vhdl code for 8 bit floating point processor verilog code for single precision floating point multiplication verilog code for cordic verilog code for double precision floating point multiplication 8051 16bit addition, subtraction verilog code for single precision floating point addition DP8051 IEEE 754
    Text: DFPMU-DP Floating Point Coprocessor Double Precision ver 3.03 OVERVIEW DFPMU-DP is a Floating Point Coprocessor, designed to assist CPU in performing the floating point mathematic computations. DFPMU-DP directly replaces C software functions, by equivalent, very fast hardware


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    DSP48 floating point

    Abstract: ieee floating point multiplier verilog DSP48 ieee floating point vhdl vhdl code of 32bit floating point adder vhdl code for floating point subtractor DS335 DSP48E vhdl code of floating point adder MULT18X18S
    Text: Floating-Point Operator v3.0 DS335 September 28, 2006 Product Specification Introduction The Xilinx Floating-Point core provides designers with the means to perform floating-point arithmetic on an FPGA. The core can be customized to allow optimization for operation, wordlength, latency, and interface.


    Original     		PDF DS335 IEEE-754 DSP48 DSP48E IEEE-754. DSP48 floating point ieee floating point multiplier verilog ieee floating point vhdl vhdl code of 32bit floating point adder vhdl code for floating point subtractor DSP48E vhdl code of floating point adder MULT18X18S

    ieee floating point multiplier vhdl

    Abstract: ieee floating point vhdl verilog code for floating point adder vhdl code for matrix multiplication vhdl code for inverse matrix vhdl 3*3 matrix vhdl code for N fraction Divider vhdl code of 32bit floating point adder vhdl code for floating point subtractor vhdl code for FFT 32 point
    Text: Floating-Point Megafunctions User Guide UG-01063-3.0 July 2010 This user guide provides information about the Altera floating-point megafunctions, which allow you to perform floating-point arithmetic in FPGAs through parameterizable functions that are optimized for Altera device architectures. You can


    Original     		PDF UG-01063-3 ieee floating point multiplier vhdl ieee floating point vhdl verilog code for floating point adder vhdl code for matrix multiplication vhdl code for inverse matrix vhdl 3*3 matrix vhdl code for N fraction Divider vhdl code of 32bit floating point adder vhdl code for floating point subtractor vhdl code for FFT 32 point

    DSP48E1

    Abstract: XC6SLX16-2 XC7V585T-1 xilinx vhdl code for floating point square root fpga 4062 XC6SLX16 FIT rate vhdl code of 32bit floating point adder xilinx vhdl code for floating point square root o XC6VLX75-1 UG812
    Text: LogiCORE IP Floating-Point Operator v6.0 DS816 January 18, 2012 Product Specification Introduction LogiCORE IP Facts Table The Xilinx Floating-Point Operator core provides designers with the means to perform floating-point arithmetic on an FPGA device. The core can be customized for operation, wordlength, latency and interface.


    Original     		PDF DS816 ZynqTM-7000, DSP48E1 XC6SLX16-2 XC7V585T-1 xilinx vhdl code for floating point square root fpga 4062 XC6SLX16 FIT rate vhdl code of 32bit floating point adder xilinx vhdl code for floating point square root o XC6VLX75-1 UG812

    verilog code for floating point multiplication

    Abstract: vhdl code 8 bit processor vhdl code for 8 bit floating point processor verilog code for floating point division DP8051 8051 16bit addition, subtraction design and implementation of 32 bit floating point ARITHMETIC COPROCESSOR verilog code for double precision floating point multiplication verilog code for single precision floating point multiplication
    Text: DFPAU-DP Floating Point Arithmetic Coprocessor Double Precision ver 3.02 OVERVIEW DFPAU-DP is a Floating Point Arithmetic Coprocessor, designed to assist CPU in performing the floating point arithmetic computations. DFPAU-DP directly replaces C software functions, by equivalent, very fast hardware operations, which significantly accelerate system performance. It doesn’t require


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    AHDL adder subtractor

    Abstract: 8 bit adder and subtractor adder-subtractor design AHDL subtractor 8 bit adder floating point verilog 4-bit AHDL adder subtractor AHDL adder
    Text: fp_add_sub Floating-Point Adder/Subtractor January 1996, ver. 1 Features Functional Specification 2 • ■ ■ ■ ■ General Description fp_add_sub reference design implementing a floating-point adder/subtractor Parameterized mantissa and exponent widths


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    verilog code for 32 BIT ALU implementation

    Abstract: vhdl code for FFT 32 point radix-2 fft xilinx verilog code for FFT 32 point vhdl code for FFT 256 point 5275 fft algorithm verilog tigersharc verilog code for 64BIT ALU implementation ADSP-TS101S
    Text: ADI-5275 TigerSHARC PH 3/7/03 10:15 AM Page 1 General-Purpose TigerSHARC Processor Highest Performance Floating-Point Processor Key Features Static Superscalar Architecture Optimized for High Throughput Floating-Point Applications • Eight 16-bit MACs/cycle with


    Original     		PDF ADI-5275 16-bit 40-bit 32-bit 80-bit H02441-5-3/03 verilog code for 32 BIT ALU implementation vhdl code for FFT 32 point radix-2 fft xilinx verilog code for FFT 32 point vhdl code for FFT 256 point 5275 fft algorithm verilog tigersharc verilog code for 64BIT ALU implementation ADSP-TS101S

    vhdl code of floating point unit

    Abstract: ieee floating point vhdl digital clock verilog code APEX20K APEX20KC APEX20KE FLEX10KE ieee floating point verilog
    Text: DFP2INT Floating Point To Integer Pipelined Converter ver 2.20 OVERVIEW The DFP2INT is the pipelined floating point to integer converter. The input and output numbers format is according to IEEE-754 standard. DFP2INT supports single precision real numbers and double word integers 4


    Original     		PDF IEEE-754 APEX20K APEX20KE APEX20KC vhdl code of floating point unit ieee floating point vhdl digital clock verilog code APEX20K APEX20KC APEX20KE FLEX10KE ieee floating point verilog

    verilog code for floating point unit

    Abstract: ieee floating point vhdl vhdl code for digital clock vhdl code of floating point unit ieee floating point verilog
    Text: Integer to Floating Point Pipelined Converter ver 2.31 OVERVIEW The DINT2FP is the pipelined integer to floating point converter. The input and output numbers format is according to IEEE-754 standard. DINT2FP supports double word integers 4 Bytes and single precision real


    Original     		PDF IEEE-754 IEEE-754 verilog code for floating point unit ieee floating point vhdl vhdl code for digital clock vhdl code of floating point unit ieee floating point verilog

    ieee floating point vhdl

    Abstract: floating point verilog ieee floating point verilog APEX20K APEX20KC APEX20KE FLEX10KE IEEE-754
    Text: DINT2FP Integer to Floating Point Pipelined Converter ver 2.32 OVERVIEW The DINT2FP is the pipelined integer to floating point converter. The input and output numbers format is according to IEEE-754 standard. DINT2FP supports double word integers 4 Bytes and single precision real


    Original     		PDF IEEE-754 IEEE-754 FLEX10KE APEX20K APEX20KE APEX20KC ieee floating point vhdl floating point verilog ieee floating point verilog APEX20K APEX20KC APEX20KE FLEX10KE

    verilog code for floating point unit

    Abstract: ieee floating point verilog digital clock vhdl code vhdl code of floating point unit floating point verilog
    Text: Floating Point To Integer Pipelined Converter ver 2.07 OVERVIEW The DFP2INT is the pipelined floating point to integer converter. The input and output numbers format is according to IEEE-754 standard. DFP2INT supports single precision real numbers and double word integers 4


    Original     		PDF IEEE-754 IEEE-754 verilog code for floating point unit ieee floating point verilog digital clock vhdl code vhdl code of floating point unit floating point verilog

    vhdl code for 16 BIT BINARY DIVIDER

    Abstract: UNSIGNED SERIAL DIVIDER using verilog vhdl code for simple radix-2 UNSIGNED SERIAL DIVIDER using vhdl vhdl code for N fraction Divider verilog code for floating point division verilog code for simple radix-2 verilog code for four bit binary divider DS530 IEEE754
    Text: v as in Divider v1.0 DS530 January 18, 2006 Product Specification Introduction LogiCORE Facts The LogiCORE™ Divider core creates a circuit for fixed-point or floating-point division based on radix-2 non-restoring division, or division by repeated multiplications, respectively. The Divider core supersedes


    Original     		PDF DS530 vhdl code for 16 BIT BINARY DIVIDER UNSIGNED SERIAL DIVIDER using verilog vhdl code for simple radix-2 UNSIGNED SERIAL DIVIDER using vhdl vhdl code for N fraction Divider verilog code for floating point division verilog code for simple radix-2 verilog code for four bit binary divider IEEE754

    matrix circuit VHDL code

    Abstract: led matrix 32X32 vhdl code for cordic LU decomposition vhdl code for FFT 32 point 32x32 multiplier verilog code 64x64-bit ieee floating point multiplier verilog verilog code for matrix multiplication inverse trigonometric function vhdl code vhdl code for cordic multiplication
    Text: Achieving One TeraFLOPS with 28-nm FPGAs WP-01142-1.0 White Paper Due to recent technological developments, high-performance floating-point signal processing can, for the first time, be easily achieved using FPGAs. To date, virtually all FPGA-based signal processing has been implemented using fixed-point operations.


    Original     		PDF 28-nm WP-01142-1 28-nm matrix circuit VHDL code led matrix 32X32 vhdl code for cordic LU decomposition vhdl code for FFT 32 point 32x32 multiplier verilog code 64x64-bit ieee floating point multiplier verilog verilog code for matrix multiplication inverse trigonometric function vhdl code vhdl code for cordic multiplication

    8051 16bit addition, subtraction

    Abstract: verilog code for floating point division verilog code for single precision floating point multiplication vhdl code for cordic cosine and sine vhdl code for cordic verilog code for floating point multiplication program for 8051 16bit square root vhdl code for cordic multiplication test bench for 16 bit shifter verilog code for cordic
    Text: Floating Point Mathematics Unit ver 1.30 OVERVIEW DFPMU uses the specialized CORDIC and standard algorithms to compute math functions. It supports addition, subtraction, multiplication, division, square root, comparison, absolute value, change sign of a number


    Original     		PDF IEEE-754 16-bit 32-bit 32-bit 8051 16bit addition, subtraction verilog code for floating point division verilog code for single precision floating point multiplication vhdl code for cordic cosine and sine vhdl code for cordic verilog code for floating point multiplication program for 8051 16bit square root vhdl code for cordic multiplication test bench for 16 bit shifter verilog code for cordic

    XC6SLX16-2

    Abstract: XC6VLX75 DS335 XC6VLX75-1 3-bit binary multiplier using adder VERILOG verilog code for single precision floating point multiplication vhdl code for multiplication on spartan 6 DSP48A1 DSP48E1 DSP48 floating point
    Text: Floating-Point Operator v5.0 DS335 June 24, 2009 Product Specification Introduction • Compliance with IEEE-754 Standard with only minor documented deviations • Parameterized fraction and exponent wordlengths • Use of XtremeDSP slice for multiply


    Original     		PDF DS335 IEEE-754 XC6SLX16-2 XC6VLX75 XC6VLX75-1 3-bit binary multiplier using adder VERILOG verilog code for single precision floating point multiplication vhdl code for multiplication on spartan 6 DSP48A1 DSP48E1 DSP48 floating point

    test bench for 16 bit shifter

    Abstract: processor control unit vhdl code download verilog code for floating point unit SUBTRACTION verilog code for 8051 verilog code for floating point multiplication microcontroller using vhdl 80C51 DR8051 vhdl code for 8 bit floating point processor
    Text: Floating Point Arithmetic Unit ver 1.30 OVERVIEW DFPAU uses the specialized algorithms to compute arithmetic functions. It supports addition, subtraction, multiplication, division, square root, comparison, absolute value, and change sign of a number. The input numbers


    Original     		PDF IEEE-754 32-bit test bench for 16 bit shifter processor control unit vhdl code download verilog code for floating point unit SUBTRACTION verilog code for 8051 verilog code for floating point multiplication microcontroller using vhdl 80C51 DR8051 vhdl code for 8 bit floating point processor

    vhdl code for floating point multiplier

    Abstract: vhdl code complex multiplier ieee floating point multiplier vhdl ieee floating point multiplier verilog floating point verilog vhdl complex multiplier ieee 754 ieee floating point vhdl vhdl code of floating point unit verilog code for floating point unit
    Text: Floating Point Pipelined Multiplier Unit ver 2.08 OVERVIEW The DFPMUL uses the pipelined mathematics algorithm to multiply two arguments. The input numbers format is according to IEEE754 standard. DFPMUL supports single precision real number. Multiply operation was


    Original     		PDF IEEE754 IEEE-754 vhdl code for floating point multiplier vhdl code complex multiplier ieee floating point multiplier vhdl ieee floating point multiplier verilog floating point verilog vhdl complex multiplier ieee 754 ieee floating point vhdl vhdl code of floating point unit verilog code for floating point unit

    ieee floating point multiplier vhdl

    Abstract: ieee floating point multiplier verilog vhdl code for floating point multiplier FLEX10KE IEEE754 IEEE-754 APEX20K APEX20KC APEX20KE vhdl code complex multiplier
    Text: DFPMUL Floating Point Pipelined Multiplier Unit ver 2.70 OVERVIEW The DFPMUL uses the pipelined mathematics algorithm to multiply two arguments. The input numbers format is according to IEEE754 standard. DFPMUL supports single precision real number. Multiply operation was


    Original     		PDF IEEE754 IEEE-754 ieee floating point multiplier vhdl ieee floating point multiplier verilog vhdl code for floating point multiplier FLEX10KE APEX20K APEX20KC APEX20KE vhdl code complex multiplier

    example algorithm verilog

    Abstract: vhdl code for digital clock
    Text: Floating Point Pipelined Square Root Unit ver 2.07 OVERVIEW The DFPSQRT uses the pipelined mathematics algorithm to compute square root function. The input number format is according to IEEE-754 standard. DFPSQRT supports single precision real numbers. SQRT


    Original     		PDF IEEE-754 example algorithm verilog vhdl code for digital clock

    APEX20K

    Abstract: APEX20KC APEX20KE FLEX10KE verilog code for floating point unit vhdl code of floating point unit digital clock vhdl code IEEE-754 digital clock verilog code
    Text: DFPSQRT Floating Point Pipelined Square Root Unit ver 2.90 OVERVIEW The DFPSQRT uses the pipelined mathematics algorithm to compute square root function. The input number format is according to IEEE-754 standard. DFPSQRT supports single precision real numbers. SQRT


    Original     		PDF IEEE-754 APEX20K APEX20KC APEX20KE FLEX10KE verilog code for floating point unit vhdl code of floating point unit digital clock vhdl code digital clock verilog code

    verilog code for floating point adder

    Abstract: vhdl code for floating point adder vhdl code of pipelined adder vhdl code of floating point adder ieee 754 vhdl code of floating point adder pipelined adder ieee floating point verilog digital clock verilog code ARITHMETIC COPROCESSOR vhdl code of floating point unit
    Text: Floating Point Pipelined Adder Unit ver 2.31 OVERVIEW The DFPADD uses the pipelined mathematics algorithm to compute sum of two arguments. The input numbers format is according to IEEE-754 standard. DFPADD supports single precision real number. Add operation


    Original     		PDF IEEE-754 IEEE754 verilog code for floating point adder vhdl code for floating point adder vhdl code of pipelined adder vhdl code of floating point adder ieee 754 vhdl code of floating point adder pipelined adder ieee floating point verilog digital clock verilog code ARITHMETIC COPROCESSOR vhdl code of floating point unit