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IEEE BCICTS 2024

Maury at IEEE BCICTS 2024

October 27 - 30, 2024

Fort Lauderdale, Florida

Join Maury Microwave at the 2024 IEEE BiCMOS and Compound Semiconductor Integrated Circuits and Technology Symposium (BCICTS) in Fort Lauderdale, Florida. Maury Microwave will showcase its best-in-class solutions that empower innovation and solve complex test and measurement objectives. From advanced device characterization and modeling to additive white Gaussian noise generation to RF power analysis solutions, the Maury Microwave team is excited to learn how we can complete your lab at IEEE BCICTS 2024.

turnkey one-box load pull solution

Wideband Active Load Pull for 5G FR1, 5G FR2, and Wi-Fi

The MT1000/MT2000 turnkey one-box load pull solution is a powerhouse for device characterization, validation nonlinear compact models and extracting nonlinear behavioral models.

  • Up to 67 GHz for 5G FR1, FR2, and Wi-Fi device characterization
  • Harmonic and fundamental active load pull
  • Wideband impedance control over 1000 MHz of bandwidth
  • Measure ACPR and EVM with los noise floor
  • Simplest configuration and ease-of-use based on a fully integrated design
 
mmW and sub-THz Active Load Pull

Active Load Pull for 6G and Sub-THz Frequencies

The MMW-STUDIO software suite is designed to work with waveguide-banded mmWave VNA systems and add accurate and repeatable high-resolution power control.

  • Arbitrary impedance control/active load pull
  • High-resolution power control for accurate and repeatable vector-corrected gain compression power sweep measurements
  • Measure S-parameters at user-defined power levels
  • Supports many VNAs and most commercial waveguide extenders up to 1.1 THz
enabling advanced wireless technologies

High-Performance RF Test & Measurement Solutions

Discover solutions spanning RF power analysis, low phase noise RF synthesis, and additive white Gaussian noise generation.

  • RF power measurements for applications spanning 5G to electronic warfare 
  • Low phase noise generation utilized in research and automated test environments
  • Configurable and controllable noise generation for communication systems testing up to mmWave
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2900 Inland Empire Blvd, Ontario, CA 91764

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