DSP & Math IP for TSMC

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Compare 16 DSP & Math IP for TSMC from 10 vendors (1 - 10)
  • VHF/ UHF/L (DVB-H, DMB and ISDB-T) RF Front-end
    • TSMC BiCMOS SiGe 180 nm technology
    • Direct conversion receiver
    • A few number of external components
    • 0.18 um SiGe BiCMOS technology
    Block Diagram -- VHF/ UHF/L (DVB-H, DMB and ISDB-T) RF Front-end
  • 6.5 to 23 MHz 3rd order low pass filter
    • TSMC BiCMOS SiGe 180 nm
    • Wide cut-off frequency adjustment range (6.5 MHz…23 MHz)
    • Low pass filter cut-off frequency adjustment system
    • Portable to other technologies (upon request)
    Block Diagram -- 6.5 to 23 MHz 3rd order low pass filter
  • 150 MHz 5th order passive LPF
    • TSMC 65 nm CRN65LP
    • Differential inputs, outputs
    • Fixed cut-off frequency 150 MHz
    • High linearity
    Block Diagram -- 150 MHz 5th order passive LPF
  • 25/50/100 MHz 5th order passive LPF
    • TSMC 65 nm CRN65LP
    • Differential inputs, outputs
    • Fixed cut-off frequency: 25 MHz, 50 MHz, 100 MHz
    • High linearity
    Block Diagram -- 25/50/100 MHz 5th order passive LPF
  • ITU G.704 E1 Framer/Deframer
    • E1 framer/deframer compliant to G.704, G.706, G.732 and O.163 ITU recommendations.
    • Supports CAS and CCS signalling standards.
    • Supports CRC4 based framing standards.
    • User configurable receive and transmit control.
    Block Diagram -- ITU G.704 E1 Framer/Deframer
  • ISDB-T1, Segment Tuner (470-860MHz UHF)
    • High Performance
    • Configurable 3/4 wire controller
    • Self calibrating and programmable filter corner frequencies
    • 8 Bit electronically tunable tracking filter
    Block Diagram -- ISDB-T1, Segment Tuner (470-860MHz UHF)
  • Fully Configurable Radix 2 FFT/IFFT Processor
    • Radix-2 Fast Fourier Transform processor IP Core.
    • Same IP core may be used to compute both FFT and IFFT transforms without any complexity overhead.
    • Highly parameterizable/scalable design using generic I/O fixed point precision and generic internal calculations precision.
    • Bit true Matlab script model is provided to aid core fixed point precision configuration for any target application.
    Block Diagram -- Fully Configurable Radix 2 FFT/IFFT Processor
  • Configurable SPDIF-AES3 Receiver
    • The SPDIF-Rx-Pro (CWda14) is a digital audio receiver IP core supporting the SPDIF and AES3 and IEC60958 standards and also adds hardware support for the IEC61937 and SMPTE 337M standards for non-PCM (compressed) audio.
    • This purely digital clock and data recovery method dispenses the classical analog PLL at the input reducing the receiver cost.
  • DVB-S2X-LDPC Decoder
    • Irregular parity check matrix coding
    • Layered Decoding
    • Minimum sum algorithm
    • Soft decision decoding
    • ETSI EN 302 307-2 V1.1.1 compliant
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