STANDARD
RF PA Platform
Standard RF Power Amplifier Modules
30 / 50 / 100 / 150 / 200 W
Select from four frequency families for RF testing, communications and system integration.
RF Engineering & Manufacturing
RF Power Amplifier
Manufacturer
CorelixRF manufactures standard and custom RF power amplifiers for RF testing, communications and system integration.
Choose a standard platform or send your frequency, power and operating requirements.
4 Standard Frequency Families
30 / 50 / 100 / 150 / 200 W
Microwave / mmWave
Pulsed / EMC / Custom
SDR / Antenna Support
Engineering / Manufacturing / Testing
Product platforms · RF testing · engineering capability
30+ Years
RF Engineering Experience
4 Standard Bands
Separate families across 30 MHz–6 GHz
5 Power Classes
30 W · 50 W · 100 W · 150 W · 200 W
RF · Microwave · mmWave
Standard and Project-Based Paths
Pulsed · EMC
Application-Specific Engineering Review
SDR · Antennas
Supporting RF Chain Hardware
RF Product Platforms
RF Product Platforms
Explore standard RF amplifier modules and application-specific amplifier platforms.
Standard RF Amplifier Modules
4 frequency families / 30–200 W
→
Advanced RF Amplifiers
Microwave / mmWave / Pulsed / EMC
STANDARD
RF PA Platform
MICROWAVE
Advanced Path
Microwave & mmWave Amplifiers
6–18 GHz / 18–40 GHz
Explore high-frequency options for test systems and RF subsystem integration.
EMC / POWER
System-Level
High-Power & EMC RF Amplifiers
System-level / Project review
Review amplifier systems for EMC testing, radiated immunity and RF power injection.
PULSED
Project Path
Pulsed RF Power Amplifiers
Pulse width / Duty cycle / Peak power
Discuss pulsed amplifier requirements for radar front-end evaluation and RF testing.
Advanced RF Amplifier Lines
Microwave, Pulsed & EMC Amplifiers
Share frequency, waveform, cooling and interface requirements for application-specific amplifier selection.
Operating conditions and documentation are confirmed for each project.
Microwave / mmWave Platform Review
Pulsed / System-Level RF Support
01 // MICROWAVE
6–18 GHz Microwave Amplifiers
Confirm frequency, gain and output power for microwave testing or subsystem integration.
6–18GHz · View platform02 // MMWAVE
18–40 GHz mmWave Amplifiers
Review millimeter-wave coverage, packaging and thermal requirements for the intended system.
18–40GHz · Project review03 // SATCOM
BUC & SATCOM Amplifiers
Confirm band, output power, enclosure and integration requirements for SATCOM applications.
BUC · SATCOM04 // PULSE / EMC
Pulsed & EMC Amplifiers
Specify pulse width and duty cycle, or the required EMC test conditions.
Pulse · EMC · CustomEngineering Support
Custom RF Power Amplifier Development
Discuss OEM/ODM amplifier requirements for frequency, output power, interfaces, cooling and mechanical integration.
Frequency & Power
Define the operating band, output power and waveform.
RF & Control Interfaces
Review connectors, control interfaces and monitoring requirements.
Mechanical & Cooling
Specify mounting, enclosure dimensions and cooling constraints.
Feasibility Review
Confirm technical scope, validation needs and project deliverables.
Adaptation starts from a suitable platform where practical.
Frequency
Project-Defined
Operating band and bandwidth
Power
Project-Defined
Output power and operating mode
Review Inputs
RF + Thermal
Interfaces, cooling and installation
Product Path
Standard / Custom
Select a platform; review changes
Engineering Review Process
Engineering review for OEM/ODM projects
OEM · ODM · PROJECT
RF Chain Support
RF Chain Support
Complement your amplifier platform with SDR sources, antennas and custom integration support.
SDR SUPPORT
RF Chain
SDR Source Modules
RF signal sources for waveform testing and amplifier-chain evaluation.
View SDR Support
ANTENNA
RF Chain
Wideband & Directional Antennas
Antenna options for RF chain integration and system evaluation.
View Antenna Support
CUSTOM
Project Review
Custom RF Amplifier Development
Review changes to frequency, power, interfaces, cooling or mechanical design.
View Custom AmplifiersRF Platform Overview
| Platform | Frequency Range | Power / Format | Typical Use |
|---|---|---|---|
| 30–512 MHz Modules | 30–512 MHz | 30–200 W | RF testing / Communications |
| 300–1700 MHz Modules | 300–1700 MHz | 30–200 W | RF testing / Integration |
| 300–2700 MHz Modules | 300–2700 MHz | 30–200 W | SDR chains / Broadband testing |
| 2–6 GHz Modules | 2–6 GHz | 30–200 W | RF testing / System integration |
| Microwave Amplifiers | 6–18 GHz | Project-dependent | Microwave testing / SATCOM |
| mmWave Amplifiers | 18–40 GHz | Project-dependent | High-frequency system evaluation |
| EMC Amplifier Systems | Application-dependent | System-level | EMC testing / Radiated immunity |
| Pulsed RF Amplifiers | Project-defined | Duty-cycle dependent | Pulsed RF testing |
| Custom RF Amplifiers | Project-defined | Project-defined | OEM / ODM integration |
Model specifications and operating modes require confirmation. Discuss Your Requirements
Who We Are
RF Amplifier Engineering & Manufacturing
As an RF power amplifier supplier, CorelixRF combines RF engineering, manufacturing and testing for standard modules and custom projects.
GaN RF amplifier options are available for suitable designs; specifications and test data are confirmed by model.
Frequency Capability
Standard + Custom
Frequency coverage confirmed by model.
Power Output
30–200 W
Standard modules; higher-power projects reviewed separately.
Standard Families
4 Bands
Choose by operating frequency.
Standard Configurations
20
Four bands × five power classes.
Production — CorelixRF Factory
In-House Engineering Chain
RF Design to System Integration
GaN Device Selection
RF Matching
Thermal Design
CNC Housing
Module Integration
RF System Delivery
Why CorelixRF
Why Choose CorelixRF
Work directly with an RF amplifier manufacturer from requirement review through model selection.
01 // SUPPLY CHAIN
Direct Technical Review
Discuss your requirements with the team responsible for amplifier selection and project evaluation.
MANUFACTURING · ENGINEERING REVIEW
02 // PLATFORM CAPABILITY
Standard & Custom Options
Start with a standard module or review a design suited to your system.
GaN · High-Frequency Review
03 // VALIDATION
Model-Specific Test Data
Confirm available measurements, operating conditions and documentation for the selected model.
RF TEST · DATA BY MODEL
04 // PROJECT SUPPORT
Defined Project Scope
Agree on interfaces, cooling, mechanical constraints and validation needs before quotation.
REQUIREMENT-BASED REVIEWEngineering & Manufacturing
RF Engineering, Manufacturing & Testing
Review how your amplifier is designed, built and tested.
RF Design & Thermal Engineering
RF matching, device selection and thermal design for amplifier modules and systems.
Module Assembly & CNC Machining
Housing, mechanical parts and module assembly coordinated with the RF design.
RF Performance Testing
Model-specific power, gain, spectrum and thermal checks, with test scope agreed.
Inspection & Documentation
Confirm inspection records, datasheets and project documentation before order approval.
RF Testing — CorelixRF Laboratory
Assembly & Production
System Integration
4 Bands
Standard Frequency Families
5 Classes
30–200 W Standard Modules
Project-Based
Advanced Amplifier Projects
By Model
Specifications & Test Data
RF Amplifier Application Paths
Choose by RF Application
Find the amplifier path that fits your application.
C-UAS01
C-UAS RF Amplifiers
RF amplifier integration for C-UAS systems, subject to project requirements.
EMC02
EMC Testing Amplifiers
Amplifier platforms for radiated immunity and RF power injection tests.
SDR CHAIN03
SDR RF Chains
Amplifier stages for SDR sources, drivers and downstream RF components.
SATCOM04
SATCOM / BUC Solutions
Review amplifier and BUC requirements for satellite communication systems.
RF TEST05
RF Test Bench Amplifiers
Amplifier options for signal generation, measurement and laboratory validation.
RADAR06
Radar & Pulsed RF Systems
Review pulsed operation and amplifier integration for radar front-end evaluation.
FAQ
RF Power Amplifier Questions
Key questions before amplifier selection and quotation.
How should I compare RF power amplifier manufacturers?
Compare frequency coverage, output power in the required operating mode, gain, cooling, protection, interfaces and model-specific test data.
Which standard RF amplifier families are available?
The four families cover 30–512 MHz, 300–1700 MHz, 300–2700 MHz and 2–6 GHz. Each lists 30, 50, 100, 150 and 200 W configurations. Operating mode is confirmed by model.
Are microwave and mmWave amplifiers available?
Yes. Frequency, output power, cooling, enclosure and documentation requirements determine the suitable high-frequency project path.
Can you review pulsed, EMC and high-power projects?
Yes. Pulsed requirements should include peak power, pulse width and duty cycle. EMC projects should include test levels, loads or antennas, and cable loss where available.
What should I include in an RF amplifier inquiry?
Send frequency, output power, operating mode, input level, application and quantity. Include cooling, interfaces, mechanical limits and test requirements when known.
RF Requirement Review
Send Your RF Requirement
Share your specifications to discuss a standard module or custom amplifier solution.
Useful details to provide
- Frequency, output power and input level
- Operating mode and application
- Quantity and delivery country
- Company and contact details
Add cooling, interfaces, mechanical limits and test requirements if available.
Standard or custom amplifier review
Engineering Support — CorelixRF
Resources
RF Amplifier Resources
Explore datasheets, RF questions and technical articles.