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CAL77A4T8R

Yosemite 4T8R 77/79 GHz Radar Chip (CAL77A4T8R)

  • Four-channel 77 GHz transmitter
    • Max output power: 13 dBm
    • Phase shifter (6 bits)
    • Supports BPSK modulation
    • TX power detector
  • Eight-channel 77 GHz receiver
    • Linearity (OP1dB) > 11 dBm
    • Conversion gain: 46 dB to 82 dB at 5.0 MHz
    • Integrated high-pass filter
    • Typical SSB noise figure: 12 dB at 5.0 MHz
    • Baseband IF peak detectors
  • 77 GHz/79 GHz frequency synthesizer
    • Bandwidth 1/2/3 MHz with integrated loop filter
    • Supports 50 MHz crystal or 50/100 MHz reference clock for 76 GHz to 81 GHz
    • Supports 40 MHz crystal or 40/80 MHz reference clock for 76 GHz to 78 GHz
    • Supports configurable FMCW signal generation
    • Supports output synchronization signal
  • Typical supply current: 700 mA @1.5 V; 75 mA @3.3 V
  • Power dissipation typical value: 1.3 W
  • Automotive AEC-Q100
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CAL77A2T4R

Yosemite 2T4R 77/79 GHz Radar Chip (CAL77A2T4R)

  • Two-channel 77 GHz transmitter
    • Max output power: 13 dBm
    • Power control (15-dB)
    • Phase shifter (6 bits)
    • Supports BPSK modulation
    • TX power detector
  • Four-channel 77 GHz receiver
    • Linearity (OP1dB) > 11 dBm
    • Conversion gain: 46 dB to 82 dB at 5.0 MHz
    • Integrated high-pass filter
    • Typical SSB noise figure: 12 dB at 5.0 MHz
    • Baseband IF peak detectors
  • 77 GHz/79 GHz frequency synthesizer
    • Bandwidth 1/2/3 MHz with integrated loop filter
    • Supports 50 MHz crystal or 50/100 MHz reference clock for 76 GHz to 81 GHz
    • Supports 40 MHz crystal or 40/80 MHz reference clock for 76 GHz to 78 GHz
    • Supports configurable FMCW signal generation
    • Supports output synchronization signal
  • Typical supply current: 350 mA @ 1.5 V; 40 mA @ 3.3 V
  • Power dissipation typical value: 0.66 W
  • Automotive AEC-Q100
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Data Collection Kit (DCK)
  • High-speed USB interface
  • Real-time ADC raw data capture for four-RX-channel system
  • Real-time data capture by radar system
  • Continuous data capture without time limit
  • Low power consumption (powered by standard USB)
  • Can be used as logic extender of the radar development platform RDP-F-S

RF Front End 77GHz 2T4R (Mars)
  • Integrated Calterah Yosemite CAL77A2T4R transceiver
  • Can be used with Data Collection Kit (DCK)

RF Front End (Jupiter-S)
  • Integrated Calterah Yosemite CAL77A2T4R transceiver
  • Can be used with Data Collection Kit (DCK)

RF Front End (Jupiter-D)
  • Integrated Calterah Yosemite CAL77A4T8R transceiver

Radar Development Platform (RDP-F-S)
  • Strongest processing power on market
  • FPGA + Dual Core ARM Cortex-A9
  • DDR3 SDRAM
  • FLASH
  • SD-Card
  • CAN x 2, RS-232, USB-UART
  • High speed parallel interface for RAW data output (working with Data Collection Kit)
  • Radar front-end control API available
  • Radar signal processing API available
  • Open source schematic and layout

Radar Development Platform (RDP-C-S)
  • Scalable automative radar platform for LRR/MRR/SRR
  • Support 2T4R and 4T8R RF board
  • Support frequency range from 76GHz to 78GHz
  • Support ASIL-D level functional safety
  • Radar front-end control API available
  • Radar signal processing reference code available
  • Open source schematic and layout

IC Evaluation Kit (EVK)
  • For chip performance evaluation
  • Compatoble with 2T4R and 4T8R RF board
  • On board buffer for measurement with 50ohm instrument
  • On board Balun for differential to single-ended conversion
  • USB to SPI interface for chip configuration
  • 2.54mm pitch connector for connecting all analog and digital signals to processing board by flywire cable
  • Easy chip configuration by software GUI
  • Open source schematice and layout