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CorelixRF · RF Power Amplifiers · Factory-Direct
6–18 GHz Broadband RF Power Amplifiers
10W–1000W Datasheet-Supported GaN Amplifier Series
Factory-built 6–18 GHz GaN RF amplifier series covering datasheet-supported power classes including 10W, 16W, 25W, 30W, 40W, 50W, 80W, 100W, 120W, 160W, 200W, 250W, 300W, 400W, 500W, and 1000W, with SMA, N-type or WRD650 output options, RS485 / LAN control, air-cooled rack or compact chassis formats, and project-based customization support.
6–18 GHz Full-Band Coverage
10W–1000W Power Classes
GaN Solid-State Design
RS485 / LAN Control
Factory Test Data Available
Custom Integration Review
6–18
GHz Coverage
1000W
Max Output
±4–6 dB
Gain Flatness
Application-ready inquiry package
What You Can Request
Use the quote popup to ask for the exact documentation package your RF team needs for 6-18 GHz amplifier evaluation, procurement, or integration review.
Test Data Package
Available S-parameter, gain, output power, and flatness data for engineering review.
Engineering reviewModel-Specific Test Data
Use model-table request buttons to pass the selected CRF-PA model into the inquiry.
Table contextCustom Configuration Review
Review gain flatness, cooling, rack format, control interface, and protection needs.
Project fit12 GHz
Instantaneous Bandwidth
6–18 GHz Full Coverage
6–18 GHz Full Coverage
16
Datasheet-Supported
Power Classes
Power Classes
GaN
Semiconductor Platform
High Efficiency RF Design
High Efficiency RF Design
RS485/LAN
Remote Control Options
System Integration Ready
System Integration Ready
10-Step
Factory Test Process
Before Every Shipment
Before Every Shipment
// SELECTION CHECKLIST
Selection Checklist for 6–18 GHz RF Power Amplifiers
Confirm the practical RF, thermal and control requirements before choosing a 6–18 GHz amplifier model or requesting a quotation.
Full-band output power
Check rated power across the full 6–18 GHz band, not only center-frequency or peak output values.
Gain flatness / test data
Ask for measured gain and power behavior when system margin, repeatability or test correlation matters.
Connector and package
Confirm SMA, N-type or WRD650 interface requirements together with compact, rack or high-power chassis needs.
Cooling and duty cycle
Review airflow, load condition, duty cycle, installation space and ambient operating environment.
Control interface / integration
Confirm RS485, LAN, local control, monitoring and protection logic before system-level integration.
10W–1000WPower Classes
Compact–RackChassis Range
SMA / N / WRD650Connector Paths
RS485 / LANControl Options
// PLATFORM COVERAGE
Platform Coverage and Custom Engineering Support
CorelixRF provides the CRF-PA-6000M18000M series as a datasheet-supported 6–18 GHz GaN amplifier family, covering 10W, 16W, 25W, 30W, 40W, 50W, 80W, 100W, 120W, 160W, 200W, 250W, 300W, 400W, 500W, and 1000W across compact low-power units, rack-mount systems and project-reviewed high-power platforms.
Custom engineering review is available when connector, chassis, monitoring, power supply, protection logic or control requirements differ from the standard datasheet configuration.
// Key Specifications
Key Specifications for the CRF-PA-6000M18000M Series
Use this summary to quickly confirm whether the 6–18 GHz series matches your frequency band, output power class, connector, control and integration requirements before reviewing the full model table.
Important: final output power, gain flatness, RF connector, supply voltage, cooling method and chassis format vary by power class. High-power configurations should be confirmed through engineering review before quotation.
Frequency Range
6–18 GHz
Full-band 6,000–18,000 MHz broadband coverage.
Output Power Classes
10W–1000W
Datasheet-supported classes include 10W, 16W, 25W, 30W, 40W, 50W, 80W, 100W, 120W, 160W, 200W, 250W, 300W, 400W, 500W and 1000W.
Gain Range
40–60 dB
Gain varies by power class and chassis configuration.
Gain Flatness
±4 / ±5 / ±6 dB
Typical flatness class depends on the selected output power level.
RF Connectors
SMA-F / N-F / WRD650
Connector selection depends on power class and integration structure.
Control Interface
RS485 / LAN
RS485 is common across the series; RS485 / LAN is available for many rack-mount models.
Supply Options
DC 28V / AC 220V / AC 380V
Supply configuration is selected according to power class and system format.
Cooling & Protection
Air / forced-air cooling depending on power class
Protection review can include over-voltage, over-temperature, over-drive and VSWR protection.
Customization Is Available for Project Integration
CorelixRF can review custom output power class, connector arrangement, chassis format, power supply method, cooling layout, control interface, monitoring functions and OEM front-end integration based on your operating conditions.
// Full Model Range
6–18 GHz RF Amplifier Model Range
Swipe or scroll horizontally to compare model, frequency, output power, gain and format. Select Request Data for model-specific specifications and test evidence.
| Model | Frequency | Output Power | Gain | Format | Action |
|---|---|---|---|---|---|
| CRF-PA-6000M18000M-10W | 6–18 GHz | 10W | 40 dB | Compact / AC | Request Data |
| CRF-PA-6000M18000M-16W | 6–18 GHz | 16W | 42 dB | Compact / AC | Request Data |
| CRF-PA-6000M18000M-25W | 6–18 GHz | 25W | 45 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-30W | 6–18 GHz | 30W | 45 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-40W | 6–18 GHz | 40W | 46 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-50W | 6–18 GHz | 50W | 47 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-50W-M | 6–18 GHz | 50W | 50 dB | RF PA Module / DC | Request Data |
| CRF-PA-6000M18000M-80W | 6–18 GHz | 80W | 50 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-100W | 6–18 GHz | 100W | 50 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-100W-M · 400×200×80 | 6–18 GHz | 100W | 50 dB | RF PA Module / DC | Request Data |
| CRF-PA-6000M18000M-100W-M · 440×370×120 | 6–18 GHz | 100W | 50 dB | RF PA Module / DC | Request Data |
| CRF-PA-6000M18000M-120W | 6–18 GHz | 120W | 50 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-160W | 6–18 GHz | 160W | 50 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-200W | 6–18 GHz | 200W | 53 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-200W-M | 6–18 GHz | 200W | 53 dB | RF PA Module / DC | Request Data |
| CRF-PA-6000M18000M-250W | 6–18 GHz | 250W | 54 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-300W | 6–18 GHz | 300W | 54 dB | Rack / AC | Request Data |
| CRF-PA-6000M18000M-300W-M | 6–18 GHz | 300W | 50 dB | RF PA Module / DC | Request Data |
| CRF-PA-6000M18000M-400W | 6–18 GHz | 400W | 56 dB | High-Power System | Engineering Review |
| CRF-PA-6000M18000M-500W | 6–18 GHz | 500W | 57 dB | High-Power System | Request Data |
| CRF-PA-6000M18000M-500W-M | 6–18 GHz | 500W | 57 dB | RF PA Module / DC | Engineering Review |
| CRF-PA-6000M18000M-1000W | 6–18 GHz | 1000W | 60 dB | High-Power System | Engineering Review |
// Listed values are based on available CorelixRF datasheets. Final output power, connector, cooling method, chassis size and control interface should be confirmed during engineering review, especially for 400W–1000W high-power configurations. Each Data Request sends the relevant datasheet or measured RF data to your project email.
// POWER SELECTION GUIDE
How to Choose a 6-18 GHz RF Power Amplifier
Use output power as the starting point, then confirm air / forced-air cooling depending on power class, connector and control details before requesting model data.
10W – 50W
Compact lab validation, signal-chain testing and lower-power broadband RF checks.
80W – 160W
Medium-power EMC support and broadband RF test platforms.
200W – 300W
High-power rack-mounted RF systems where airflow, duty cycle and connector path require review.
400W – 1000W
Engineering-review high-power configurations for load condition, protection and installation planning.
// FACTORY TESTING EVIDENCE
Factory Testing Evidence for 6–18 GHz RF Amplifier Review
Factory checks verify output behavior, gain stability, protection logic and thermal fit before shipment or project approval.
Output power sweep
Review rated output behavior across the operating band where measured curves are available.
Gain flatness check
Confirm gain flatness class and system-level margin before final model selection.
VSWR / protection review
Check protection requirements for mismatch, load condition and high-power operation.
Thermal and airflow review
Confirm airflow, chassis space and duty cycle for rack or high-power platforms.
// CONFIGURATION OPTIONS
Configuration and Integration Options
Use this section as a concise list of reviewable configuration items when the amplifier must fit a real rack, test bench or OEM RF front-end.
Interface and control options
RS485, LAN, local control, monitoring and protection logic review.
Mechanical and cooling review
Compact chassis, rack format, airflow direction and installation constraints.
Connector path
SMA, N-type or WRD650 input/output choices according to power level and system layout.
Project-specific tuning
Review gain flatness, output class, power supply and documentation needs before quotation.
// APPLICATIONS
Applications for 6-18 GHz RF Power Amplifiers
Grouped application coverage for teams evaluating X/Ku-band RF power amplification without repeating the same integration details across multiple sections.
01
RF Test & Measurement
Broadband power amplification for laboratory validation, automated RF test benches, device characterization, and full-band performance checks.
02
EMC / Immunity Test Support
Stable RF output for immunity, susceptibility, shielding, and compliance-related test setups that require repeatable broadband drive power.
03
Wireless / Radar / Communication Systems
6-18 GHz amplification for communication links, radar-related platforms, receiver testing, and system-level RF verification.
04
Integration & Custom RF Platforms
Project-reviewed amplifier configurations for rack systems, OEM RF front ends, control interface needs, and thermal or mechanical constraints.
// FACTORY STRENGTH & QUALITY
Factory-Built and Tested by CorelixRF
CorelixRF supports RF amplifier projects from model selection through RF testing, mechanical integration, production and final shipment.
RF engineering support
Review frequency range, output power, connector, control and cooling needs before model recommendation.
Production and test workflow
Standard and project-configured amplifiers can be checked against output, gain, protection and thermal requirements.
Quality framework
ISO 9001 quality systems with RoHS / CE / FCC compliance references available for project review.
// FAQ
Frequently Asked Questions
The 6-18 GHz series covers standard power classes including 10W, 16W, 25W, 30W, 40W, 50W, 80W, 100W, 120W, 160W, 200W, 250W, 300W, 400W, 500W, and 1000W, with compact and rack-mount formats depending on output level.
Yes. You can request available gain, output power, S-parameter or project-specific test evidence for engineering review.
Connector paths include SMA, N-type and WRD650 options depending on power level, package and integration requirements.
Project review can cover gain flatness, cooling, control interface, chassis, monitoring and protection requirements.
Send frequency range, output power, connector, control interface, cooling condition, duty cycle and application context.
CorelixRF typically reviews 6-18 GHz amplifier inquiries and responds with a suitable configuration path within 24-48 hours.
// Start Your RF Project
Need a 6–18 GHz Amplifier for Your RF System?
Send your frequency range, required output power, control interface preference, cooling requirement, and application context. CorelixRF will recommend a suitable 6–18 GHz amplifier configuration and provide a project datasheet and quotation within 24–48 hours.