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Wireless and RF

Wireless and RF

Maxim supplies high-integration and building block level high-performance wireless and RF ICs. Our solutions address critical wireless and radio functions within the telecom, cable, and automotive markets.

RF Mixers and Vector Multipliers
Power Amplifier ICs
Low-Noise Amplifiers (LNAs)
PLLs and VCOs
RF Power Detectors
Attenuators and VGAs

I/Q Modulators and Demodulators
High-Speed Data Converters
RF Predistorters
RF Transceivers, Receivers, and Transmitters
Automotive Tuner ICs
ASIC Design Services

Also see:
Secure NFC Tags and RFID Readers

Featured

Resources

Product Tree

New Products


MAX41462
300MHz–960MHz ASK Transmitter with I2C Interface

  • Low Implementation Cost
  • Increased Range, Data Rates, and Security
  • Extend Battery Life with Low Supply Current

MAX41461
300MHz–960MHz ASK Transmitter with I2C Interface

  • Low Implementation Cost
  • Increased Range, Data Rates, and Security
  • Extend Battery Life with Low Supply Current

MAX3523
Low-Power DOCSIS 3.1 Programmable-Gain Amplifier

  • Delivers +68dBmV Output Power While Meeting DOCSIS 3.1 Requirements
  • Covers 5MHz–204MHz Output Bandwidth
  • 3.5W Power Consumption with 5V Supply Voltage

    • MAX41460
    300MHz–960MHz ASK and (G)FSK Transmitter with SPI Interface

    • Low Implementation Cost
    • Increased Range, Data Rates, and Security
    • Extend Battery Life with Low Supply Current

    MAX5855EXE
    16-Bit, 4.9Gsps Wideband Interpolating and Modulating RF DAC with JESD204B Interface

    • Simplifies RF Design and Enables New Communication Architectures
      Direct RF Synthesis of 1GHz Bandwidth
    • Flexible and Configurable
    • Divided Reference Clock Output
    • SPI Interface for Device Configuration

    MAX5855EXE+T
    16-Bit, 4.9Gsps Wideband Interpolating and Modulating RF DAC with JESD204B Interface

    • Simplifies RF Design and Enables New Communication Architectures
      Direct RF Synthesis of 1GHz Bandwidth
    • Flexible and Configurable
    • Divided Reference Clock Output
    • SPI Interface for Device Configuration

    MAX5855
    16-Bit, 4.9Gsps Wideband Interpolating and Modulating RF DAC with JESD204B Interface

    • Simplifies RF Design and Enables New Communication Architectures
      Direct RF Synthesis of 1GHz Bandwidth
    • Flexible and Configurable
    • Divided Reference Clock Output
    • SPI Interface for Device Configuration

    MAX41463
    300MHz–960MHz (G)FSK Transmitter with I2C Interface

    • Low Implementation Cost
    • Increased Range, Data Rates, and Security
    • Extend Battery Life with Low Supply Current

    MAX41464
    300MHz–960MHz (G)FSK Transmitter with I2C Interface

    • Low Implementation Cost
    • Increased Range, Data Rates, and Security
    • Extend Battery Life with Low Supply Current

    MAX2771
    Multiband Universal GNSS Receiver

    • Multi-Constellation Support
    • Multiband Support
    • Programmable IF Bandwidths of 2.5MHz, 4.2MHz, 8.7MHz, 16.4MHz, 23.4MHz, 36MHz

    MAX5857
    16-Bit, 5.9Gsps Wideband Interpolating and Modulating RF DAC with JESD204B Interface

    • Simplifies RF Design and Enables New Communication Architectures
    • Direct RF Synthesis of 1.2GHz Bandwidth
    • Highly Flexible and Configurable

    Reference Designs

    Type ID Title
    Reference Circuit5390LFRD014: Tube Motor Receiver Reference Design
    Reference Circuit5387QAM Reference Design Using the MAX5880 Modulator and MAX5882 RF DAC
    Reference Circuit5366LFRD001: MAX1472/MAX1473/MAXQ610 Remote Keyless Entry Reference Design
    Reference Circuit5364Femtocell Radio Reference Designs Using the MAX2550–MAX2553 Transceivers
    Reference Circuit5150Simple Wireless Temperature Monitor Also Has Data-Logging Capabilities
    Reference Circuit463REP019: Tuned Dual-Band Front-End CDMA IC with Single 110MHz IF
    Reference Circuit459REP020: Dual-Band Dual-Mode FE IC with Common 210MHz IF
    Reference Circuit458REP021: Front end for 2.5GHz GlobalStar +IS-95
    Reference Circuit457REP018: Dual-Band Dual-Mode Front-End IC with Common 183.6MHz IF
    Reference Circuit453REP005: Tuned Front End for Dual-Band CDMA for Use with Low-Cost 85MHz IF SAWs
    Reference Circuit451REP023: 3.5GHz Upconverter from 350MHz Achieves 9dB Gain and 1.3dBm IIP3
    Reference Circuit448REP017: Dual-Band Triple-Mode IC Uses 183MHz for both CDMA and AMPS IFs
    Reference Circuit446REP015: Dual-Path CDMA PA Tuned for High Linearity
    Reference Circuit445REP010: Dual-band IS-136 FE IC at 183MHz IF
    Reference Circuit444REP007: Cellular Front-End IC Drives IFR3100 IF Demodulator
    Reference Circuit443REP008: Dual-Band Front-End IC Tuned for CDMA, PCS, and AMPS at a Common 85MHz Low IF
    Reference Circuit442REP002: Dual-Band IS-136 TDMA RF Front-End Needs no Special Components
    Reference Circuit441REP001: AMPS FM Mixer Trades Off IIP3 for Gain
    Reference Circuit4279MAX2769 GPS Reference Design
    Reference Circuit4278DVB-T Receiver Reference Design with the MAX3580
    Reference Circuit4276WLAN Reference Design with the MAX2830
    Reference Circuit4275GPS USB Reference Design with the MAX2769
    Reference Circuit4274WiBro Reference Design with the MAX2837
    Reference Circuit4178DVB-S Half-NIM Tuner Reference Design Uses the MAX2120 Tuner
    Reference Circuit4175MAX3541 DVB-T/PAL Tuner
    Reference Circuit4174MAX2165 DMB-TH USB Dongle Reference Design
    Reference Circuit4173MAX3580 DVB-T Reference Design
    Reference Circuit4172MAX2160 ISDB-T Reference Design
    Reference Circuit4171Transmitter Reference Design for a 900MHz Full-Duplex Radio
    Reference Circuit4156Reference Design for an 802.11b/g RF Front-End Module Using the MAX2830
    Reference Circuit4154MAX2170/MAX2171 DAB/T-DMB Reference Design
    Reference Circuit1088REP014: CDMA PA provides -45dBc ACPR at +28.5dBm

    Trainings & Videos



    Fundamentals of RF and Wireless Communications
    38:44 min
    May 2018