Australian Engineered

Active Waveguide Modules

Amplifiers, Multipliers & Mixers (33-500 GHz)

Integrated active waveguide modules spanning 33-500 GHz. Our portfolio features LNAs, PAs, frequency multipliers, and mixers designed to support high-performance mmWave and sub-THz signal chains with consistent mechanical interfaces.

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Active Waveguide Modules

Key Technical Advantages

Advanced engineering delivers the precision and reliability you need for demanding test environments.

Low Noise Amplifiers (LNA)

Up to 340 GHz

Power Amplifiers (PA)

Up to 260 GHz

Frequency Multipliers

x4 to x24 (Up to 500 GHz)

Mixers & Converters

Compact Tx/Rx Modules

Accelerate mmWave & THz System Development

XGY offers a comprehensive suite of active waveguide modules that simplify the complexity of high-frequency system integration. By providing standardized, pre-tested building blocks, we help engineers reduce integration risk and accelerate time-to-market.

Whether you need to extend the range of a VNA, build a high-power transmitter, or develop a sensitive receiver front-end, our modular approach allows for flexible scaling and reuse across different frequency bands (Q, U, V, E, W, F, D, G, H, J bands).

Module Categories

Module CategoryFrequency RangeKey Specs
LNA (Low Noise)33 - 270 GHzGain up to 42dB, NF from 2.5dB
PA (Power Amp)40 - 260 GHzPsat up to +34dBm (U-Band)
Multipliers50 - 260 GHzx4 to x24 Factor, Active Chains
Mixers60 - 300 GHzCompact Tx/Rx, Integrated LO Multipliers

Low Noise Amplifiers

  • W-Band (75-110GHz): 18/42dB Gain, 4.0dB NF
  • D-Band (110-170GHz): 18/33dB Gain, 6.0dB NF
  • J-Band (220-270GHz): 15dB Gain, 8.0dB NF

Power Amplifiers

  • U-Band (40-60GHz): +34dBm Psat
  • E-Band (60-90GHz): +27dBm Psat
  • W-Band (75-110GHz): +29dBm Psat

Specifications

Comprehensive technical specifications for precise system integration.

Frequency 33 - 500 GHz
Integration Modular
Interface WR-22 to WR-2.2

Ready to Explore THz Technology?

The Active Waveguide Modules delivers the critical active waveguide building blocks for mmWave and sub-THz signal chains.