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Compare 34 Filter IP from 18 vendors (1 - 10)
  • IIR Filter Second-Order-Section
    • 2nd order IIR filter sometimes referred to as a 'bi-quad'.
    • Internally, it has a fully pipelined architecture permitting the highest possible sample rates for IIR filtering.
    • The SOS block is modular allowing any number of SOS blocks to be joined in series to implement higher order IIR filters.
    Block Diagram -- IIR Filter Second-Order-Section
  • Generic high-speed FIR Filter with symmetry
    • FIR filter designed for high sample rate applications with symmetrical coefficients and an even or odd number of taps.
    • Features configurable coefficients and data width. Design uses only half the number of multipliers compared to a normal FIR implementation.
    • Matlab®, FDAtool and Simulink® compatible.
    Block Diagram -- Generic high-speed FIR Filter with symmetry
  • Generic ultra-speed FIR Filter
    • FIR filter designed for very high sample rate applications up to 600 MHz.
    • Organized as a systolic array, the filter is modular and scalable, permitting the user to specify large order filters without compromising maximum attainable clock-speed. Matlab®, FDAtool and Simulink® compatible.
    Block Diagram -- Generic ultra-speed FIR Filter
  • ASIP-1 FFT Engine
    • Platform to design Application Specific Instruction Set Processors (ASIPs).
    • Ideal for supporting multi-standard systems.
    • Supports a wide range of complex DSP functions.
    Block Diagram -- ASIP-1 FFT Engine
  • ASIP-2 Programmable Filter Engine
    • Platform to design Application Specific Instruction Set Processors (ASIPs).
    • Ideal for supporting multi-standard systems.
    • Supports a wide range of complex DSP functions
    • The ASIP2 performs Fast Fourier Transform (FFT) to convert time domain signals to frequency domain signals for further processing. It supports FFT sizes from 4 to 8K.
    Block Diagram -- ASIP-2 Programmable Filter Engine
  • CIC Intel® FPGA IP Core
    • The CIC Intel FPGA IP core implements a Cascaded integrator-comb (CIC) filter with data ports that are compatible with the Avalon® streaming (Avalon-ST) interface
    • CIC filters (also known as Hogenauer filters) are computationally efficient for extracting baseband signals from narrow-band sources using decimation
    • They also construct narrow-band signals from processed baseband signals using interpolation.
    Block Diagram -- CIC Intel® FPGA IP Core
  • RGB to ITU-R 601/656 Encoder
    • The DB1892AXI RGB to CCIR 601 / CCIR 656 Encoder interfaces RGB data along with synchronization signals from a LCD Controller (or any LCD display timing & control unit) to a TFT LCD Panel by-way-of a CCIR 601 / CCIR 656 interface.
    Block Diagram -- RGB to ITU-R 601/656 Encoder
  • 2.56 MHz Digital filter
    • SGB25V technology
    • Build-in clock former
    • Test modes – digital data output
    • Operating with complex signal
    Block Diagram -- 2.56 MHz Digital filter
  • LMS Adaptive Channel Equalizer
    • 17-tap T-spaced complex-arithmetic LMS signed-error Channel Equalizer
    • Adaptation bandwidth control (mu, step size)
    Block Diagram -- LMS Adaptive Channel Equalizer
  • Multi Channel FIR Filter
    • Multi Channel FIR filter
    • Selectable data and coefficient widths
    • Selectable number of data channels
    • Selectable number of filter taps
    Block Diagram -- Multi Channel FIR Filter
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