High Frequency RF Power Amplifiers
Factory-direct high-frequency RF power amplifiers based on available 6–18 GHz and 18–40 GHz datasheet families, with data-request support for output power, connector, cooling and control interface review.
CorelixRF uses datasheet-based model review and engineering confirmation before quotation. Share your target band, power class and application conditions to request the most relevant datasheet, measured RF data or platform recommendation.
Spectrum Analyzer
Power Measurement
RF Validation
High-Frequency RF Amplifier Data Request Guide
Select the closest operating band or requirement type. Dedicated pages are available for 6–18 GHz and 18–40 GHz. Other high-frequency requirements can be reviewed through the data request / RFQ popup.
For S/C-band or other high-frequency windows that are not handled by the dedicated 6–18 GHz or 18–40 GHz pages.
Datasheet-supported 6–18 GHz wideband RF amplifier family with available power classes from 10W to 1000W.
Dedicated 18–40 GHz microwave amplifier page for K / Ka-band requirements, data review and project-based confirmation.
For focused bandwidth, higher efficiency, improved power stability or special connector and control requirements.
Share frequency, power, operating mode, cooling preference and application. CorelixRF will recommend a suitable standard, narrowband or custom path.
High-Frequency RF Amplifier Sourcing Challenges
High-frequency RF amplifier sourcing requires more than comparing output power and frequency range. Engineering buyers need stable performance across the band, reliable protection, mechanical integration support, and measured RF data before committing to a project.
Maintaining stable output power across microwave frequency ranges becomes more difficult as the operating frequency increases.
For wideband families such as 6–18 GHz and microwave ranges such as 18–40 GHz, gain variation can directly affect system calibration, link budget and repeatability.
High-frequency and high-power RF amplifiers require carefully designed cooling, chassis structure and airflow or water-cooling paths.
Antenna mismatch, load variation or incorrect system connection can create reflected power, making VSWR protection essential.
Many microwave systems require custom frequency coverage, power levels, connectors, control interfaces or mechanical structures.
Engineering buyers often need output power, gain, harmonics, spurious, VSWR and thermal validation data before technical approval.
Factory-Direct High-Frequency RF Amplifier Support
CorelixRF supports high-frequency RF amplifier projects through datasheet-based review, 6–18 GHz and 18–40 GHz page routing, factory testing and custom engineering support for system-level integration.
Datasheet-supported 6–18 GHz options and dedicated 18–40 GHz microwave page routing, with other high-frequency windows handled by data request.
GaN-based solid-state RF amplifier platforms designed for continuous-wave output, RF testing, communication systems and microwave integration.
Output power, gain, gain flatness, harmonics, spurious, VSWR and thermal performance can be validated according to project requirements.
Frequency range, output power, RF connector, control interface, cooling method and mechanical structure can be customized for project needs.
High-Frequency RF Amplifier Range Based on Available Datasheet Families
This page is structured around available high-frequency datasheet families. The 6–18 GHz CRF-PA-6000M18000M series is the clearest wideband product family, while 18–40 GHz and other high-frequency requirements are reviewed through the dedicated page or project-based data request.
Datasheet-Supported High-Frequency Amplifier Directions
Available power class depends on operating band, bandwidth, output connector, cooling method and chassis configuration. Use this summary to decide whether to open a dedicated page or submit a data request.
| Operating Range | Datasheet Family / Direction | Page Action |
|---|---|---|
| 6–18 GHz | CRF-PA-6000M18000M series; available power classes from 10W to 1000W. | Dedicated 6–18 GHz page available. |
| 18–40 GHz | K / Ka-band microwave amplifier review for high-frequency test and system requirements. | Dedicated 18–40 GHz page available. |
| S / C-Band Options | Project-specific high-frequency windows reviewed by requested band, output power and connector. | Data request / engineering review. |
| Band-Specific GHz | Narrowband or custom-frequency amplifier direction for focused bandwidth and integration limits. | View narrowband options or request review. |
Do not apply one power range to all high-frequency bands. For example, the 6–18 GHz family includes datasheet-supported 10W to 1000W classes, while 18–40 GHz and K / Ka-band configurations require band-specific confirmation.
6–18 GHz CRF-PA-6000M18000M Wideband RF Amplifier Series
The 6–18 GHz family is the main datasheet-supported high-frequency series on this page. It includes compact, rack-mount and higher-power system configurations with different connector, supply and control options.
| Power Class | Typical Configuration | Datasheet Notes |
|---|---|---|
| 10W / 16W | Mini chassis, SMA-F input/output, RS485, air cooling. | Compact low-power 6–18 GHz amplifier options. |
| 25W–160W | 19" 3U / 4U rack options, N-F connectors, RS485 or RS485 / LAN. | Standard rack-level wideband configurations. |
| 200W–300W | 19" 6U class, N-F input, WRD650 output, RS485 / LAN, AC supply. | Higher-power wideband microwave amplifier systems. |
| 400W–1000W | Project chassis / TBD mechanics, WRD650 output, AC 380V class supply, RS485 / LAN. | High-power configurations require thermal and installation review. |
Available listed power classes include 10W / 16W / 25W / 30W / 40W / 50W / 80W / 120W / 160W / 200W / 250W / 300W / 400W / 500W / 1000W. Final datasheet, mechanical file and test data should be requested by exact power class.
18–40 GHz Microwave RF Amplifier Review
18–40 GHz requirements should be reviewed on the dedicated page or through data request. Output power, connector, cooling path and mechanical structure need confirmation before datasheet selection.
| Range | Review Focus | Next Step |
|---|---|---|
| 18–40 GHz | K / Ka-band microwave amplifier requirements, output power target and test conditions. | Open the dedicated 18–40 GHz page. |
| 26.5–40 GHz | Ka-band focused review where connector, cooling and mechanical design are critical. | Submit K / Ka-band data request. |
Representative High-Frequency Amplifier Paths
Use these cards as routing points. 6–18 GHz and 18–40 GHz have dedicated pages; other bands should be handled through data request, narrowband options or custom amplifier review.
Low-Power 6–18 GHz Options
Rack-Mount 6–18 GHz Options
High-Power 6–18 GHz Options
K / Ka-Band Microwave Options
Custom High-Frequency RF Amplifier Development
CorelixRF supports custom microwave amplifier development for projects requiring non-standard frequency coverage, output power, gain, RF connectors, cooling methods, control interfaces, mechanical structure or system-level integration.
Factory Testing for High-Frequency Amplifiers
CorelixRF validates high-frequency RF amplifiers before shipment to help engineering buyers reduce sourcing risk and confirm performance before system integration.
Verifies output capability across the target frequency band instead of only at a single frequency point.
Confirms gain variation across the operating band for better RF chain stability and repeatability.
Checks output signal quality and helps reduce unwanted emissions in test or system environments.
Verifies amplifier protection behavior under mismatch or reflected power conditions.
Confirms cooling performance under operating conditions, especially for high-power microwave platforms.
Long-duration operating tests can be performed according to project requirements.
Applications for Microwave & High-Frequency RF Amplifiers
CorelixRF high-frequency amplifier platforms support RF test, microwave communication, SATCOM-related development, radar and RF sensing, EMC systems and OEM front-end integration.
Factory-Direct RF Amplifier Manufacturing
CorelixRF combines RF design, assembly, testing and project customization under one manufacturing system, helping engineering buyers reduce sourcing risk and improve project integration efficiency.
What to Check Before Selecting a High-Frequency RF Power Amplifier
Choosing a high-frequency RF amplifier requires more than matching frequency and output power. The following checks can help reduce project risk before procurement.
If your requirement does not match the 6–18 GHz or 18–40 GHz page, use custom amplifier review to confirm frequency, power, connector and cooling feasibility.
Review Custom RF Amplifier OptionsFAQ: Microwave & High-Frequency RF Power Amplifiers
Need a High-Frequency RF Amplifier That Fits Your Band, Power and Integration Conditions?
Share your frequency range, output power target, operating mode, cooling preference, connector requirement and application. CorelixRF will review whether an existing high-frequency platform or a custom microwave amplifier path is more suitable.
Request Datasheet, Measured Data or Engineering Review
Use the same data request popup for datasheets, test data and technical review. The more details you provide, the easier it is to match the correct platform family.