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Gotmic V-, E- & W-Band MMIC Amplifiers, Multipliers & Mixers
V-, E- & W-Band MMIC Amplifiers, Multipliers & Mixers
Build high-performance mmWave signal chains with bare-die GaAs pHEMT MMICs for amplification, frequency generation and frequency conversion across 57 to 114 GHz.
Amplify, generate or convert at millimeter-wave frequencies.
Choose the function first, then narrow by RF band, gain or output power, LO architecture, IF bandwidth, drive level and packaging requirements.
Amplifiers
Low-noise, medium-power and power-amplifier MMICs for receiver sensitivity, driver stages and high-output transmitter chains.
Browse amplifiers →Frequency multipliers
Buffered X4, X6 and X8 devices for efficient mmWave local-oscillator and signal generation with strong harmonic isolation.
Browse multipliers →Mixers
Fundamental and IQ up/down-converters designed for low conversion loss, high isolation and wide IF bandwidths.
Browse mixers →Move from operating band to a representative device.
These models are starting points, not substitutes for datasheet review. Confirm optimized versus extended frequency range, bias, thermal path, die attach, bonding and current availability.
| Model | Function | Band / coverage | Representative performance | Use case |
|---|---|---|---|---|
| gAPZ0079B | Power amplifier | V / 57-71 GHz | 15 dB gain; 28 dBm PSAT | V-band transmitter chains |
| gXSB0024B | X6 multiplier | V / 57-66 GHz | 16 dBm typical output; 35 dBc harmonic isolation | V-band LO generation |
| gAPZ0092A | Power amplifier | E / 81-86 GHz | 19 dB gain; 28 dBm PSAT | Radar and point-to-point links |
| gXSB0025A | X6 multiplier | E / 71-86 GHz | 14 dBm typical output; >30 dBc isolation | E-band LO generation |
| gAPZ0095A | Power amplifier | W / 85-100 GHz | 15 dB gain; 28.5 dBm PSAT | W-band transmitters and radar |
| gXOB0017A | X8 multiplier | W / 86-106 GHz | 12 dBm PSAT | W-band frequency extension |
| gMDR0013B | IQ up/down-converter | E/W / 70-100 GHz | DC-12 GHz IF; 30 dB LO-RF isolation | Direct conversion and modulation |
Selection note: frequency ranges and headline values are model-specific. Use the current datasheet for guaranteed limits, bias conditions, test setup and revision-controlled assembly information.
Treat RF, thermal and assembly design as one problem.
Ground and thermal path
Back metallization serves as ground. Provide a low-inductance electrical connection and an effective heat path with a qualified attach process.
RF transitions
Keep bond wires short and controlled. Simulate pad, bond and transmission-line discontinuities across the intended operating band.
Bias and stability
Follow the current bias sequence, bypassing and operating limits. Review detector connections and thermal behavior where provided.
Handling and documentation
Plan ESD controls, die handling, storage and inspection. Request the latest datasheet, assembly guidance and CAD data before release.
For demanding mmWave front ends and frequency-conversion chains.
Defense and radar
High-frequency transmit, receive and sensing chains.
Point-to-point radio
Spectrally efficient V- and E-band communications.
Test and measurement
Frequency extension, sources and custom characterization hardware.
Imaging and sensors
Compact mmWave chains for active sensing platforms.
Move from band requirements to an orderable configuration.
Match band, function and performance targets.
Request current datasheets, assembly guidance and CAD files.
HASCO is AS9120:B and ISO 9001:2015 certified.
Confirm gel-pack quantity, availability, end use and required documentation.
Request a Gotmic MMIC Recommendation or Quote
Include RF and IF frequency ranges, function, gain or output-power target, LO plan, bias constraints, die quantity, application, end use and required delivery date.
Start Your Quote RequestCall 888.498.3242 or email sales@hasco-inc.com
