Frequency Window Matters
Small changes in mmWave frequency range may affect amplifier design, interface choice, and system integration.
CorelixRF mmWave amplifier platforms
Millimeter-Wave RF Power Amplifiers
Factory-direct 18–110 GHz mmWave amplifier platforms for custom configuration, engineering review, and factory test validation.
CorelixRF supports engineering teams that need project-specific frequency coverage, interface review, cooling consideration, control logic, and validated RF performance before integration. Model names can be reviewed publicly; detailed specifications, key parameters, test data, and datasheets are provided after inquiry review.
18–110 GHz Coverage
Custom Configuration
Coaxial / Waveguide Review
Datasheet by Inquiry
18–110 GHz
mmWave platform coverage for engineering review
Q/V/E/W
High-frequency project areas supported
Custom
Frequency, interface, cooling and control review
Inquiry
Datasheets and key data provided after review
Factory
Validation and delivery documentation support
Datasheet access logic
Why mmWave Amplifier Datasheets Are Provided After Inquiry
Millimeter-wave amplifier selection depends on more than a frequency range. Interface type, output condition, cooling structure, control method, load environment, and system integration requirements can all affect the final amplifier configuration.
CorelixRF therefore provides detailed datasheets after engineering inquiry review. This helps your team avoid incorrect model selection and receive information that matches the real frequency range, interface path, cooling condition, and acceptance requirement.
What stays protected until inquiry review?
- Detailed electrical specifications, Min / Typ / Max parameters, gain, flatness, harmonics, spurious and current data.
- Complete mechanical information, test curves, supplier approval data, and model-level validation documents.
- Final interface, cooling, power supply, control and protection configuration for project-specific designs.
- Datasheet release is handled through the inquiry process to help match the correct model or custom configuration.
Interface Selection Is Critical
Coaxial or waveguide interfaces need review based on frequency, power level, mechanical layout, and connection method.
Cooling Requires Review
Higher-frequency platforms require careful thermal, power supply, and operating condition review before selection.
Test Data Should Match
Datasheets and test information are most useful when matched to the customer’s application, test condition, and acceptance requirement.
Representative platforms
Representative mmWave Amplifier Model Series
Model names are shown for initial project screening. Detailed electrical specifications, test data, mechanical information, and datasheets are provided after inquiry review.
Public screening view
Representative Platform Families for Engineering Review
Use public model series to start project screening, then request the relevant datasheet, interface review, and configuration guidance through inquiry.
Public screening table
No key parameters or direct downloads are shown.
| Model Series | Platform Range | Typical Project Direction | Datasheet Access |
|---|---|---|---|
| CRF-PA-18G46G Series | 18–46 GHz | Extended high-frequency mmWave platform | Request by Inquiry |
| CRF-PA-36G50G Series | 36–50 GHz | Q/V-band engineering platform | Request by Inquiry |
| CRF-PA-40G54G Series | 40–54 GHz | High-power mmWave project platform | Request by Inquiry |
| CRF-PA-40G67G Series | 40–67 GHz | Broadband mmWave review platform | Request by Inquiry |
| CRF-PA-47G51.4G Series | 47–51.4 GHz | Narrow-band high-power project platform | Request by Inquiry |
| CRF-PA-50G65G Series | 50–65 GHz | High-power mmWave configuration platform | Request by Inquiry |
| CRF-PA-50G75G Series | 50–75 GHz | Broadband mmWave test platform | Request by Inquiry |
| CRF-PA-75G110G Series | 75–110 GHz | W-band mmWave platform | Request by Inquiry |
Available Representative Model Names
Public model names can be referenced in inquiries. Detailed specifications are not publicly displayed.
18–46 GHz
CRF-PA-18G46G-5W
36–50 GHz
CRF-PA-36G50G-3W5W10W20W30W
40–54 / 40–67 GHz
CRF-PA-40G54G6W10W20W40W80W120W200WCRF-PA-40G67G1W2W5W
47–51.4 GHz
CRF-PA-47G51.4G-50W200W400W
50–75 GHz
CRF-PA-50G65G6W10W20W40W80W120W500WCRF-PA-50G67G3W6W10W16WCRF-PA-50G75G2W3W5W8W
65–75 GHz
CRF-PA-65G75G-4W8W12W20W35W
75–110 GHz
CRF-PA-75G110G-1W2W3W4WCRF-PA-75G81G2W6W10W16W30W
81–98 GHz
CRF-PA-81G86G2W6W10W16W30WCRF-PA-90G98G-2W10W
92–96 GHz
CRF-PA-92G96G-2W6W10W16W30W
Note: Representative model names are public for screening only. Final configuration and datasheet release depend on engineering inquiry review.
Custom mmWave project review / application evaluation
Project
Specific review
Factory
Validation support
Custom capability
Custom Millimeter-Wave Amplifier Configuration Support
CorelixRF supports project-specific mmWave amplifier configuration based on your frequency window, interface, mechanical structure, control method, and test requirement.
Custom Frequency Window
Review project-specific frequency ranges when standard model series do not fully match your target band.
Output Requirement Review
Review output requirements based on real system condition, test environment, load condition, and operating need.
Coaxial / Waveguide Interface
Review interface selection according to frequency range, power level, system connection, and mechanical layout.
Control & Protection Logic
Review enable, monitoring, alarm, control and protection requirements during project discussion.
Application direction
Typical mmWave Amplifier Application Areas
CorelixRF mmWave amplifier platforms support engineering, testing, communication, interference simulation, aviation-related RF evaluation, radar front-end development, and OEM system integration projects.
Application 01RF test bench / validation environment01
RF Test & Measurement Systems
For millimeter-wave test benches, RF component validation, frequency response evaluation, and laboratory power amplification chains.
Lab validation
Application 02Communication link / RF chain test02
High-Frequency Communication Test Benches
For E-band, W-band, high-frequency communication link evaluation, transmitter chain testing, and system-level RF verification.
Communication test
Application 03Signal environment / stress simulation03
Interference & Signal Environment Simulation
For controlled laboratory signal environment simulation, RF stress testing, interference evaluation, and robustness validation.
Signal environment
Application 04Aviation / control-system evaluation04
Aviation and Control-System RF Evaluation
For aviation-related RF link evaluation, control-system test environments, high-frequency front-end validation, and engineering verification.
RF evaluation
Application 05Radar front-end / module validation05
Radar Front-End and mmWave Module Evaluation
For radar front-end testing, mmWave module evaluation, transmitter chain development, and RF subsystem validation.
Front-end test
Application 06OEM subsystem / equipment integration06
OEM mmWave Subsystem Integration
For customer equipment, integrated RF systems, cabinet-level platforms, and project-specific mmWave amplifier integration.
OEM integration
Selection workflow
Engineering Review Before mmWave Amplifier Selection
A structured review process helps match the correct model series or custom configuration before datasheet release.
01
Submit Frequency & Application
Tell us your target frequency range, application scenario, system goal, and expected RF chain condition.
Input review02
Review Output & Interface
CorelixRF reviews output requirement, coaxial or waveguide interface, load condition, and integration environment.
RF chain check03
Confirm Mechanical & Control
We review cooling method, power supply condition, control interface, alarm requirement, and protection needs.
Configuration04
Match Platform or Custom Path
Based on your requirement, CorelixRF matches a representative model series or reviews a custom configuration.
Model path05
Provide Datasheet After Review
After review, CorelixRF provides the relevant datasheet, model information, test data, or configuration guidance.
Inquiry only
Factory evidence
Factory Testing and Validation for mmWave Amplifier Delivery
For millimeter-wave amplifier projects, test validation is critical before delivery. CorelixRF focuses on factory-side engineering validation, not only catalog model listing.
Validation Items We Can Review
Project-specific validation can be reviewed according to customer requirements and selected configuration.
RF OutputOutput-related verification by project condition.
Frequency ResponseGain behavior and response review.
Spectrum CheckSpectrum-related behavior by measurement condition.
Interface ConfirmationConnector, waveguide, and system connection review.
Thermal ObservationOperating and power-related observations.
Acceptance DocumentationTest data or records after inquiry review.
Factory test validation before delivery
Inquiry guide
What to Provide for mmWave Amplifier Review
The more complete your requirement is, the faster CorelixRF can match the right model series, datasheet, or custom configuration.
| Requirement Item | What to Tell Us |
|---|---|
| Frequency Range | Target start and stop frequency. |
| Output Requirement | Required output level or system target. |
| Application Scenario | Test, communication, interference simulation, aviation control, radar, OEM integration, or other use. |
| Interface Requirement | Coaxial, waveguide, connector type, or system interface preference. |
| Operating Condition | CW operation, test condition, duty requirement, or operating duration. |
| Cooling / Size Limit | Module size, enclosure type, airflow condition, rack-mount need, or space limitation. |
| Documentation Need | Datasheet, test data, outline drawing, acceptance record, or supplier approval document. |
FAQ
Millimeter-Wave Amplifier Questions
Can CorelixRF customize millimeter-wave RF power amplifiers?
Yes. CorelixRF supports custom mmWave amplifier configuration based on frequency window, output requirement, coaxial or waveguide interface, mechanical layout, cooling structure, control method, and test documentation needs.
Why are detailed datasheets not directly downloadable?
Millimeter-wave amplifier selection depends on frequency range, output condition, interface, cooling, control method, load condition, and system integration requirement. CorelixRF provides relevant datasheets after inquiry review to avoid incorrect model selection.
Can model names be shared before inquiry?
Yes. Representative model names can be shown for initial project screening. Detailed electrical specifications, test data, and mechanical information are provided after engineering inquiry review.
Do you support both standard series and custom configurations?
Yes. CorelixRF supports representative model series for initial screening and custom configurations for project-specific requirements.
What information should I provide to get the correct datasheet?
Please provide your target frequency range, output requirement, application scenario, interface preference, cooling or size limitation, operating condition, control requirement, and documentation needs.
Request datasheet by inquiry
Request Datasheet or Engineering Review for Your mmWave Project
Tell us your target frequency range, output requirement, application scenario, interface preference, cooling condition, and documentation needs. CorelixRF will review your requirement and provide the relevant model datasheet, test information, or custom configuration guidance.
Recommended inquiry details
- Target frequency range and preferred model series if known.
- Output requirement, operating condition, and application scenario.
- Coaxial / waveguide interface, size limitation, and cooling condition.
- Required datasheet, test data, outline drawing, or supplier approval document.
Detailed datasheets and key data are provided after inquiry review.
Inquiry-only access: This mmWave page publicly shows model series and application direction only. Datasheets, detailed electrical parameters, test data, and configuration guidance are released after project review.