01 // SUPPLY CHAIN
Stable Supply and Faster Lead Times
You work directly with the manufacturing and engineering team — improving communication efficiency, requirement tracking, and production visibility.
FACTORY-DIRECT · OEM · ODMFactory-Direct RF Solutions Manufacturer
RF Amplifiers, SDR Sources
& Antenna Systems
Factory-direct RF solutions manufacturer supporting RF power amplifiers, broadband SDR signal sources, RF antennas, EMC systems, SATCOM platforms, and custom RF engineering.
CorelixRF helps engineering teams select, customize, and validate RF amplifiers, SDR sources, antenna systems, and integrated RF platforms based on frequency range, output power, waveform, interface, cooling, mechanical structure, and test requirements.
RF Amplifiers: 30 MHz – 40 GHz
SDR Signal Sources · RF Antennas
Pulsed · EMC · SATCOM RF Systems
OEM / ODM Custom RF Engineering
Gain · Power · VSWR · Spectrum Validation
Factory-Direct Manufacturing
Product platforms · RF testing · engineering capability
33,995 m²
Manufacturing Facility
RF · Microwave · mmWave
Standard Platforms + Custom Project Review
30 W – 200 W
Standard Platforms · Higher Power by Project Review
In-House
Engineering to Production
ISO 9001
GJB 9001C Certified
30+ Years
Combined RF Engineering & Manufacturing Experience
Who We Are
Engineering-Driven RF Manufacturer
CorelixRF designs and manufactures RF power amplifiers and microwave systems in-house — from standard broadband platforms to high-frequency project solutions.
Our engineering and production capability covers GaN device selection, RF matching, thermal design, module assembly, RF testing, and system-level integration.
Supporting communications, EMC, SATCOM, SDR amplifier chains, test and measurement, and complex RF integration environments.
Frequency Capability
Standard + Custom
30 MHz–6 GHz standard PA platforms; broader RF, microwave and mmWave projects reviewed case by case
Power Output
30–200 W
Standard models; higher-power systems reviewed by project
Facility
33,995 m²
Integrated engineering and manufacturing facility
R&D Engineers
168
In-house RF and system engineering team
Production — CorelixRF Factory
In-House Engineering Chain
From Device-Level RF Design to System Integration
GaN Device Selection
RF Matching
Thermal Design
CNC Housing
Module Integration
RF System Delivery
Why CorelixRF
Why Technical Buyers Choose CorelixRF
CorelixRF is not a distributor or catalog reseller. We combine in-house RF engineering, controlled production, unit-level testing, and project-based customization support.
02 // PLATFORM CAPABILITY
RF Capability for Standard and Custom Projects
You get a clear path from standard PA platform selection to broader RF, microwave, mmWave and system-level projects that require engineering review.
GaN · High-Frequency Review
03 // VALIDATION
Verified Performance Data with Every Unit
You get unit-level RF test data before shipment — not sampled, not estimated. Each applicable unit is tested individually so integration starts with a verified baseline.
UNIT-LEVEL TEST · ISO 9001
04 // PROJECT SUPPORT
Clear Technical Path Before You Commit
You get an engineering review — frequency, power, duty mode, interfaces — before committing to an RFQ. Qualified projects get a response within 24–48h.
24–48h REVIEWRF Product Platforms
RF Product Platforms
Start with standard broadband RF PA platforms, or move into microwave, mmWave, pulsed, EMC, BUC/SATCOM and custom RF amplifier projects when your system requires higher frequency, higher power or application-specific integration.
Standard Broadband PA Platforms
30–512 MHz · 300–1700 MHz · 300–2700 MHz · 2–6 GHz · 30 W – 200 W standard
→
Advanced & Specialized RF Amplifiers
6–18 GHz · 18–40 GHz · Pulsed · EMC · BUC/SATCOM · Custom project review
STANDARD
RF PA Platform
Standard Broadband RF PA Platforms
30–512 MHz · 300–1700 MHz · 300–2700 MHz · 2–6 GHz
Standard RF PA platforms for EMC, C-UAS RF chains, SDR chains, communication systems, RF test benches and OEM integration.
MICROWAVE
Advanced Path
6–18GHz / 18–40GHz Microwave & mmWave Amplifiers
6–18 GHz · 18–40 GHz · mmWave review
High-frequency amplifier platforms for SATCOM, radar front-end validation, microwave subsystems, test benches and advanced RF integration projects.
EMC / POWER
System-Level
High-Power & EMC RF Amplifier Systems
EMC · High-power · Rack-level systems
System-level amplifier support for EMC testing, radiated immunity, RF power injection, lab validation and high-power RF test environments.
PULSED
Project Path
Pulsed RF Power Amplifiers
Pulse width · duty cycle · peak-power review
Pulsed and high-peak-power amplifier platforms for radar front-end validation, pulsed RF testing, EMC projects and custom RF subsystem integration.
RF Chain Support
RF Chain Support
For complete RF chain evaluation, CorelixRF can also reference SDR source modules, antenna platforms and integration support when required by the project. These support the RF amplifier chain without distracting from the main PA platform path.
SDR SUPPORT
RF Chain
SDR Source Modules for RF Chain Support
Software-defined RF signal source modules for SDR-to-driver-to-power-amplifier chain evaluation, waveform testing and lab integration support.
View SDR Support
ANTENNA
RF Chain
Wideband & Directional Antenna Support
Wideband and directional antenna platforms can be referenced as part of RF chain integration, system validation and application-level project discussions.
View Antenna Support
CUSTOM
Project Review
Custom RF Power Amplifier Development
Project-driven RF amplifier development for customers needing changes in frequency, output power, interface, mechanical structure, cooling or system integration approach.
View Custom AmplifiersPlatform Overview for Faster Project Matching
| Platform | Frequency Range | Power / Format | Typical Use |
|---|---|---|---|
| 30–512MHz RF PA Platform | 30–512 MHz | 30W–200W standard | VHF/UHF, EMC, communication, C-UAS low band |
| 300–1700MHz RF PA Platform | 300–1700 MHz | 30W–200W standard | C-UAS, L-band, RF testing, OEM integration |
| 300–2700MHz RF PA Platform | 300–2700 MHz | 30W–200W standard | SDR chains, multi-band systems, broadband test |
| 2–6GHz RF PA Platform | 2–6 GHz | 30W–200W standard | C-UAS, SDR chain, radar front-end, RF bench |
| 6–18GHz Microwave Amplifiers | 6–18 GHz | Project-dependent | Microwave testing, SATCOM, radar, integration |
| 18–40GHz / mmWave Amplifiers | 18–40 GHz | Project-dependent | mmWave, radar validation, high-frequency systems |
| EMC RF Amplifier Systems | Application-dependent | Rack / system-level | EMC testing, radiated immunity, lab systems |
| Pulsed RF Power Amplifiers | Pulse project review | Duty-cycle dependent | Radar pulse, pulsed RF test, EM simulation |
| Custom RF Amplifier Development | Project-defined | OEM / ODM / NDA | Non-standard frequency, power, interface or structure |
Need help narrowing the right platform? Send your project requirements for engineering review
Advanced RF Amplifier Lines
High-Frequency, Pulsed, EMC and SATCOM RF Amplifier Lines
For projects beyond standard broadband modules, CorelixRF supports microwave, millimeter-wave, pulsed, EMC, BUC/SATCOM and system-level RF amplifier development through engineering review.
Standard platforms help shorten evaluation. Advanced projects are reviewed by frequency range, output power, waveform, duty cycle, cooling method, control interface, mechanical structure and required test data.
Microwave / mmWave Platform Review
Pulsed / System-Level RF Support
01 // MICROWAVE
6–18GHz Microwave Power Amplifiers
Microwave amplifier platforms for SATCOM, radar front-end validation, high-frequency test benches and advanced RF subsystem integration.
6–18GHz · View platform02 // MMWAVE
18–40GHz / mmWave RF Amplifiers
Millimeter-wave and high-frequency amplifier support for demanding test, radar, communication and project-specific RF paths.
18–40GHz · Project review03 // SATCOM
Ku / Ka Band BUC & SATCOM Amplifiers
BUC/SATCOM amplifier platforms for communication and integration projects where frequency band, power, enclosure and documentation require review.
BUC · SATCOM04 // PULSE / EMC
Pulsed, EMC and Custom RF Amplifier Development
Pulse, EMC, high-power and non-standard RF amplifier projects can be reviewed for duty cycle, thermal margin, protection logic and mechanical integration.
Pulse · EMC · CustomProven Delivery
Proven RF Delivery Experience
Our capability is supported not only by product specifications, but also by 30+ years of combined RF engineering and manufacturing experience across high-power, broadband, pulse, and high-frequency programs.
Our engineering capability is demonstrated through real delivered RF systems — not only specifications.
23 kW X-Band Pulse Amplifier
2 kW K-Band CW SSPA
760 W V-Band Power Amplifier
10 kW Broadband RF System
9 kHz–225 MHz 10 kW Program
2 kW CW K-Band
Stable high-frequency performance for microwave applications — a K-band 2 kW continuous-wave solid-state amplifier platform with controlled RF validation.
Advanced RF Delivery23 kW Pulse X-Band
High-power pulse amplifier for demanding RF environments — GaN-based power combining delivering over 23 kW peak output.
Pulse · High Power760 W CW V-Band
A V-band 760 W amplifier platform deployed in a multipaction test system — demonstrating advanced high-frequency RF delivery capability.
Advanced RF Delivery10 kW CW/Pulse 1–6 GHz
Broadband high-power platform for system-level integration — 1 GHz to 6 GHz continuous-wave and pulse amplifier system delivered.
CW · Pulse · 10 kW10 kW Platform 9 kHz–225 MHz
Low-frequency high-power platform for EMC and testing — 9 kHz to 225 MHz amplifier system, engineering development completed.
HF · VHF · 10 kWThese delivery references help technical buyers understand that CorelixRF supports not only standard RF modules, but also challenging RF system programs involving high power, high frequency, and advanced engineering requirements.
Engineering & Manufacturing
Engineering and Manufacturing Capability
In-house capability across the full path — RF design, precision assembly, system integration, and validation testing up to 67 GHz.
In-House RF Design and Device-Level Engineering
GaN device selection, RF matching, thermal design, and platform architecture — supported from module level to system-level integration.
RF Module Assembly and CNC Machining
RF module assembly, controlled production, and in-house CNC support for housing, thermal structure, and mechanical execution.
RF Testing up to 67 GHz
8 RF testing laboratories with 1,400+ equipment sets. Capability includes 67 GHz test platforms, noise parameter testing, S-parameter, and active load-pull.
Reliability Validation — 3-Stage Inspection
Incoming, in-process, and final unit inspection under ISO 9001 and GJB 9001C — reducing manufacturing risk and supporting consistent delivery.
RF Testing — CorelixRF Laboratory
Assembly & Production
System Integration
67 GHz
Max Test Frequency
8 Labs
RF Testing Laboratories
33,995 m²
Manufacturing Facility
168
R&D Engineers
RF Amplifier Application Paths
Choose by RF Application
Review amplifier platform options by application, including C-UAS, EMC testing, SDR chains, radar front-end, RF test bench and SATCOM systems.
C-UAS01
C-UAS RF Chain Amplifiers
RF amplifier platforms for C-UAS RF chains, controlled RF testing, electronic protection and system-level integration.
EMC02
EMC Testing RF Amplifiers
Amplifier platforms for EMC testing, radiated immunity, RF power injection, lab validation and custom EMC test systems.
SDR CHAIN03
SDR RF Chain Amplifiers
Amplifier stages for SDR source, driver amplifier, power amplifier, filter, antenna or load-based RF chains.
SATCOM04
SATCOM / BUC RF Solutions
Ku/Ka BUC, SATCOM RF amplifier and high-frequency platform support for communication and integration projects.
RF TEST05
RF Test Bench Amplifier Solutions
RF amplifier solutions for signal generator, VNA, spectrum analyzer, power meter, coupler, load and lab test bench configurations.
RADAR06
Radar Front-End & Pulsed RF Systems
Pulsed and high-frequency RF amplifier platforms for radar front-end validation, peak-power projects and RF subsystem integration.
Testing & Validation
Unit-Level RF Testing Before Shipment
CorelixRF verifies amplifier performance under defined RF conditions before delivery, helping engineering teams reduce integration risk.
01 // RF OUTPUT
Gain, Output Power and Spectrum Checks
Testing can include gain versus frequency, output power, spectrum review, harmonic/spurious checks and application-specific RF verification before shipment.
GAIN · POWER · SPECTRUM02 // PROTECTION
VSWR / Reflected Power and Protection Review
For high-power RF chains, reflected power, mismatch risk and protection logic are reviewed to reduce integration risk with antennas, loads and cables.
VSWR · PROTECTION03 // STABILITY
Thermal Stability and Burn-In Support
Thermal behavior, aging/burn-in and operating stability can be validated based on project requirements, duty cycle and cooling conditions.
THERMAL · BURN-IN04 // DOCUMENTATION
Test Data and Engineering Documentation
Datasheets, measured data, inspection records and project documentation are available after requirement review to support technical and procurement evaluation.
DATA AFTER REVIEWISO 9001
Quality management system — production and process control
GJB 9001C
Defence / military quality system standard
RoHS
Restriction of hazardous substances compliance
CE
European conformity marking — applicable products
FCC
US FCC marking — applicable models
ISO 9001 and GJB 9001C certified. This is not just product supply — it is a controlled engineering and manufacturing path for RF projects.
Engineering Support
Custom RF Engineering Support for Application-Driven Projects
Not every RF project fits a standard product. We support project-based customisation for customers who need changes in band coverage, output level, interfaces, structure, or system integration approach.
Frequency & Power Matching
Select from standard bands and output classes, then confirm the best fit for your operating requirement and duty mode.
Connector & Interface Options
Connector type, control interface, and signal conditioning options configurable based on integration requirements.
Mechanical Coordination
Housing, mounting, cooling, and installation details can be reviewed as part of the project scope for OEM/ODM orders.
Fast Feasibility Response
Submit your target band, power, duty mode, voltage, and interface requirements for engineering review within 24–48h.
We typically start from proven RF platforms and then support adaptation according to engineering requirements — helping customers move faster with lower development risk.
Frequency Capability
Project-Based
Standard PA platforms plus broader RF, microwave and mmWave projects reviewed case by case
Power Range
Project-Based
Higher-power and rack-level systems reviewed by requirement
Review SLA
48h
Feasibility response for qualified projects
Build Mode
OEM
ODM and project-based customisation available
Engineering Review Process
GaN-based and system-level custom development available on project review
OEM · ODM · PROJECT
RF Platform Selector
Find Your RF Path
Select a basic requirement and we will point you toward the most relevant CorelixRF amplifier, SDR, antenna, or custom RF platform path.
Frequency Range
Output Power
Operating Mode
Hardware Need
Recommended starting series
Standard RF Power Amplifiers
Start from the amplifier overview, then narrow by band, power, operating mode, and antenna/load condition.
Start from the right RF platform family
Use these paths to move from homepage browsing into the most relevant amplifier, antenna, SDR, or custom integration page.
Standard broadband RF amplifier platforms
For CW transmission, SDR chains, UAV links, laboratory output stages, and general RF power delivery.
Application-specific amplifier paths
For customers who already know the operating mode, test condition, or application direction.
High-frequency, SDR, antenna and custom review
For integrated RF chains where amplifier, SDR source, antenna, interface, and enclosure decisions must be reviewed together.
Need exact amplifier + antenna + SDR matching? Send frequency, power, waveform, duty mode, load and interface requirements for engineering review.
Custom RF Project Workflow
Custom RF Project Support Workflow
Used by engineering teams for non-standard RF requirements, OEM/ODM programs and system-level amplifier projects.
For non-standard requirements, CorelixRF reviews the technical input, matches the closest platform path, evaluates RF / thermal / mechanical feasibility and confirms test data before delivery.
01
Requirement Review
Share frequency range, output power, CW/pulse mode, input signal level, application, quantity and target country.
RFQ INPUT02
Platform Matching
We compare the requirement against standard platforms, high-frequency lines, pulsed/EMC systems and existing custom capability.
PLATFORM PATH03
RF / Thermal / Mechanical Evaluation
Engineering reviews RF performance, duty cycle, thermal margin, connector layout, control interface and mechanical constraints.
ENGINEERING REVIEW04
Prototype or Configuration Confirmation
For project-based requirements, we confirm the suitable configuration, prototype direction, documentation scope and integration risks.
CONFIGURATION05
Testing Data and Delivery
Final quotation, measured data, datasheet or project plan is provided based on confirmed technical and commercial requirements.
DATA · DELIVERYFAQ
RF Amplifier Project Questions
Common questions from engineering teams before selecting a standard platform or opening a custom RF amplifier review.
Can CorelixRF customize RF power amplifiers by frequency and output power?
Yes. CorelixRF supports standard RF PA platforms and custom RF amplifier projects based on frequency range, output power, waveform, duty cycle, cooling, interface and mechanical requirements.
Do you provide test data before shipment?
Yes. Unit-level RF testing can include gain, output power, spectrum, thermal stability and protection checks based on the project requirement.
What information is needed for quotation?
Frequency range, output power, CW or pulse mode, input signal level, application, quantity and target country are helpful for initial review.
Do you support OEM / ODM RF amplifier projects?
Yes. CorelixRF supports OEM/ODM projects including module-level, rack-mounted and system-level RF amplifier configurations.
Are datasheets publicly downloadable?
Some standard information is available online. Detailed datasheets, test data and project-specific documents are provided after requirement review.
RF Requirement Review
Send Your RF Requirement
Share your frequency range, output power, signal mode, input level, application and quantity. CorelixRF will review whether a standard platform or custom RF amplifier configuration is more suitable.
Useful details to provide
- Frequency range
- Output power
- CW or pulse operation
- Input signal level
- Application / RF chain
- Quantity and target country
- Company and contact information
- Optional: supply voltage, cooling method, connector type, control interface, duty cycle, mechanical size limit and test requirements
Engineering response within 24–48h for qualified RF amplifier requirements
Engineering Support — CorelixRF
Resources
Technical Resources and RF Amplifier Support
Browse product pages, technical references, FAQs, and model information before submitting an RF amplifier requirement for engineering review.