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RF IP

RF IP cores enable the integration of radio frequency (RF) communication capabilities into semiconductor systems. These cores handle the generation, amplification, modulation, and demodulation of RF signals, making them essential for applications such as wireless communication, IoT devices, automotive, and 5G networks. RF IP cores support a wide range of standards, including Wi-Fi, Bluetooth, LTE, and 5G, offering high performance, low power consumption, and efficient signal processing.

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Search (197)
Compare 197 RF IP from 22 vendors (1 - 10)
  • Ultra-low power RF receiver / WakeUp receiver
    • Supply current: < 3 uA @ 1.8 V (1 kbit/s)
    • Response time: < 30 ms (1 kbit/s)
    • Sensitivity: -80 dBm
    Block Diagram -- Ultra-low power RF receiver / WakeUp receiver
  • mmWave 8x8 MIMO RF Front End V1
    • Advanced mmWave 8x8 MIMO RF front-end silicon optimized for sophisticated wireless communication and beamforming.
    Block Diagram -- mmWave 8x8 MIMO RF Front End V1
  • mmWave 8x8 MIMO RF Front End V2
    • Advanced mmWave 8x8 MIMO RF front-end silicon optimized for sophisticated wireless communication and beamforming.
    Block Diagram -- mmWave 8x8 MIMO RF Front End V2
  • LTE IP
    • Scalable and robust LTE IP for seamless 4G wireless communications integration.
    Block Diagram -- LTE IP
  • High Bandwidth Differential Output Operational Amplifier
    • The WEAOPDHB18PI18RO12M22G is a High Bandwidth two stage differential pmos input Operational Amplifier with common mode feedback pmos source follower driven outputs.
    Block Diagram -- High Bandwidth Differential Output Operational Amplifier
  • Programmable Low Pass Filter
    • The WEA50175LPF18CH322G is a leapfrog low pass filter with programmable cut-off frequency
    • The filter response is 3rd order Chebyschev
    • The low pass filter cutoff frequency can be selected from 40 MHz to 175 MHz
    • The resistors and the capacitors are programmable (6-bit and 4-bit respectively) and can be calibrated to minimize the low pass cutoff frequency accuracy due to process variation.
    Block Diagram -- Programmable Low Pass Filter
  • Active Programmable High Pass Filter
    • The WEA228HPFA18BT122G is an active High Pass filter with variable frequency and variable gain
    • The cutoff frequency can be set from 2 MHz to 27.5 MHz with a residual absolute error less than 9% over process after calibration
    • The maximum gain is 16 dB and can be programmed with 2.5 dB steps
    • The filter support bypass mode
    Block Diagram -- Active Programmable High Pass Filter
  • 76 GHZ to 81 GHz LNA Phase Array
    • The WEA7681L130 consists of phase array element of 4 LNAs and a combiner
    • Each LNA has 3 stages
    • The WEA7681L130 functions as a MUX
    • Every LNA stage current is programmable
    Block Diagram -- 76 GHZ to 81 GHz LNA Phase Array
  • GPS/Galileo/GLONASS multisystem single-band receiver
    • SMIC RF CMOS 180 nm technology
    • Single conversion superheterodyne receiver
    Block Diagram -- GPS/Galileo/GLONASS multisystem single-band receiver
  • UHF Passive RFID Front-End - EPCGlobal Class 1 Gen 2/ISO18000-6C Compliant
    • This macro-cell is an ultra low power analog/RF front-end core designed for SilTerra 0.18μm CMOS technology.
    • It is ideal for use in passive UHF RFID integrated circuits compliant with EPCGlobal Class 1 Gen 2 / ISO18000-6C standards.
    Block Diagram -- UHF Passive RFID Front-End - EPCGlobal Class 1 Gen 2/ISO18000-6C Compliant
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