01 // SUPPLY CHAIN
Stable Supply and Faster Lead Times
You get factory-direct production with no distributor in the middle — shorter lead times, no markup, and direct access to the engineering team behind every product.
FACTORY-DIRECT · OEM · ODMFactory-Direct RF Amplifier Manufacturer
RF Power Amplifier Platforms for
Standard and Custom Engineering Projects
CorelixRF designs and manufactures RF power amplifier platforms for broadband, high-frequency, pulsed, EMC, and system-level RF applications. Standard platform ranges support common RF requirements, while microwave, millimeter-wave, high-power, and OEM projects are reviewed and customized by engineering before delivery.
From frequency range, output power, gain flatness, linearity, VSWR, harmonics, cooling, and control interface to final test documentation, CorelixRF helps engineering buyers move from RF requirement review to validated amplifier delivery with factory-direct manufacturing support.
30 MHz – 6 GHz Standard Platforms
Microwave & mmWave Engineering Review
Pulsed & EMC Amplifier Support
OEM / ODM Customization
Gain · Power · VSWR · Spectrum Validation
Factory-Direct Manufacturing
33,995 m²
Manufacturing Facility
4 kHz – 170 GHz
Frequency Coverage
20 W – 10 kW+
RF Power Platforms
In-House
Engineering to Production
ISO 9001
GJB 9001C Certified
30+ Years
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 the full path: chip design, module assembly, RF testing, and system-level integration.
Supporting communications, EMC, satellite communication, test and measurement, and complex electromagnetic environments.
Frequency Range
4 kHz+
Standard platforms to 6 GHz; extended to 110 GHz
Power Output
10 kW+
From 20 W modules to multi-kW system-level platforms
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 Chip-Level Design to RF System Integration
Chip Design
Die Testing
Micro-Assembly
CNC Machining
Module Integration
RF System Delivery
Why CorelixRF
Why Technical Buyers Choose CorelixRF
CorelixRF is not a distributor or catalog reseller. We are a factory with in-house engineering, controlled production, and proven delivery capability — from standard amplifier modules to multi-kW system-level RF platforms.
02 // PLATFORM CAPABILITY
RF Capability That Scales with Your Project
You get a single supplier path from standard 30 MHz–6 GHz broadband modules to microwave and millimeter-wave programs — without switching manufacturers as requirements grow.
GaN · 18 GHz – 110 GHz
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 24-48 hours.
24-48 HR REVIEWCore Product Platforms
Core Product Platforms
Start with standard RF platforms for faster selection, then move into microwave, pulse, or project-based paths when requirements go beyond standard coverage.
Standard Platform Path
30 MHz – 6 GHz · 30 W – 500 W · Faster entry · Catalog selection
→
Advanced Platform Path
18 GHz – 110 GHz · Multi-kW · Pulse · Engineering discussion required
BROADBAND
Standard Platform
Broadband RF Power Amplifiers
30 MHz – 6 GHz | 30 W – 500 W
Designed for UAV systems, SDR-based platforms, communications front ends, and general RF transmission. Built for stable output, wide coverage, and faster project entry.
MICROWAVE
Advanced Path
Microwave & High-Frequency Amplifiers
18 GHz – 110 GHz
Built for satellite communication, microwave subsystems, millimeter-wave test environments, and advanced RF programs requiring high-frequency engineering and controlled manufacturing capability.
HIGH-POWER
System-Level
High-Power RF Amplifier Systems
9 kHz – 40 GHz | Up to Multi-kW
Used in EMC, electromagnetic environment simulation, high-power RF testing, and integrated amplifier system programs. Supports rack-level and system-level RF delivery.
PULSE
Project Path
Pulse RF Power Amplifiers
0.8 GHz – 18 GHz | Peak Power up to Tens of kW
Suitable for radar pulse applications, pulse-driven RF testing, EMC programs, and complex electromagnetic simulation requirements.
Supporting Platforms
SDR
SDR Digital RF Source Modules
Software-defined RF signal generation platforms for waveform output, lab integration, and protocol-level RF development and test environments.
View SDR Platforms
ANTENNA
Wideband & Directional Antennas
Multiple antenna structures and frequency ranges for communication, monitoring, and RF system deployment applications.
View Antenna Products
CUSTOM
Custom RF Integration Projects
Project-driven RF development for customers who need changes in band coverage, output level, interfaces, structure, or system integration approach.
Discuss Your ProjectPlatform Overview for Faster Project Matching
| Platform | Frequency Range | Power Range | Typical Use |
|---|---|---|---|
| Broadband Amplifiers | 30 MHz – 6 GHz | 30 W – 500 W | SDR, UAV, communications |
| Microwave Amplifiers | 18 GHz – 110 GHz | Application-dependent | SATCOM, advanced RF systems |
| High-Power Systems | 9 kHz – 40 GHz | 1 kW – Multi-kW | EMC, lab systems, integration |
| Pulse Amplifiers | 0.8 GHz – 18 GHz | Peak up to tens of kW | Radar pulse, EM simulation, test |
Need help narrowing the right platform? · Send your project requirements for engineering review
Beyond Standard RF Platforms
Beyond Standard RF Platforms
When standard RF platforms are not enough, we support higher-frequency and project-level systems.
When standard RF platforms are not sufficient, we support high-frequency and project-based RF systems — covering microwave, millimeter-wave, SATCOM, pulse, and system-level programs where standard broadband solutions cannot reach.
Microwave / mmWave Platform — CorelixRF
Advanced RF Subsystem — CorelixRF
01 // FREQUENCY
Microwave and Millimeter-Wave
Design and manufacturing from 18 GHz to 110 GHz for microwave systems, mmWave platforms, and high-frequency test applications.
18 GHz – 110 GHz02 // SATCOM
Satellite Communication RF
S / X / C / Ku / Ka / Q / V band RF units — BUCs, power amplifiers, downconverters — for ground, vehicle-mounted, marine, and airborne platforms.
S · X · Ku · Ka · Q · V BAND03 // PULSE
Pulse and High-Peak-Power
Pulse RF amplifier platforms for radar, EMC, and EM environment simulation — including high-peak-power programs up to tens of kW peak.
RADAR · EMC · EM SIMULATION04 // ENGINEERING
Project-Based RF Engineering
From device-level to subsystem integration — custom discussion on frequency, power, form factor, and system-level RF delivery. OEM and ODM supported.
OEM · ODM · PROJECT-BASEDProven Delivery
Proven RF Delivery Experience
Our capability is supported not only by product specifications, but also by 30+ years of 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 — China's first domestically produced K-band 2 kW continuous-wave solid-state amplifier.
Industry First23 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
China's first domestically produced V-band 760 W platform, deployed in a multipaction test system — advanced high-frequency RF delivery.
Industry First10 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 and Chip-Level Design
GaN die integration, RF matching, and platform architecture — all in-house from device level to system level.
Micro-Assembly and CNC Machining
Precision micro-assembly, cleanroom support, and in-house CNC 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
Typical Applications
Typical Applications
Our RF platforms support a wide range of applications requiring broadband coverage, high power, pulse operation, or high-frequency engineering capability.
UAV / Counter-UAS
01 // APPLICATION
UAV and Counter-UAS Systems
Broadband RF platforms for airborne and ground-based integration requiring stable wideband output and controlled power levels.
EMC & EM Simulation
02 // APPLICATION
EMC and Electromagnetic Environment Simulation
High-power platforms for EMC compliance testing and electromagnetic environment simulation where output consistency is critical.
Communications / RF Front Ends
03 // APPLICATION
Communications and RF Front Ends
Standard broadband amplifier platforms for communications front ends, SDR integration, and general RF transmission applications.
Satellite Communication
04 // APPLICATION
Satellite Communication Systems
Microwave and high-frequency amplifier support for SATCOM RF chain development across K, V, and other high-frequency band requirements.
Test & Measurement
05 // APPLICATION
Test and Measurement Platforms
RF platforms for laboratory test systems, signal generation environments, and validation setups requiring precision and repeatability.
Quality and Documentation
Quality, Documentation, and Delivery Confidence
Everything a procurement team needs — RF test data, compliance documents, and structured delivery — organised before shipment.
01 // RF PERFORMANCE
Final RF Test with Delivered Data
You receive unit-level RF test data — output power, gain, and key parameters verified against model specifications. Not sampled. Not estimated. Delivered with the unit.
TEST RECORD INCLUDED02 // INSPECTION
3-Stage Inspection for Integration Confidence
Incoming components, in-process assembly, and final unit — all inspected. You get hardware that has passed three checkpoints before it reaches your integration bench.
3-STAGE PROCESS03 // COMPLIANCE
Compliance Documentation for Your Project
RoHS, CE, FCC, and GJB compliance documentation available on request — organised to support procurement review, import clearance, and system certification workflows.
DOCS ON REQUEST04 // DOCUMENTATION
Engineering Documentation for Integration
Technical datasheets, model specifications, and application notes prepared to support your engineering team — not just procurement, but the people integrating the hardware.
DATASHEET PER MODELISO 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 24-48 hours.
We typically start from proven RF platforms and then support adaptation according to engineering requirements — helping customers move faster with lower development risk.
Frequency Coverage
4 kHz+
4 kHz to 170 GHz across all platforms
Power Range
10 kW+
From 20 W modules to 10 kW+ system-level platforms
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 path
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 Support
Custom RF Project Support Workflow
Used by engineering teams for non-standard RF requirements and system-level projects.
For non-standard requirements, we provide a clearer path from technical input to product direction, feasibility review, and project discussion. Standard customers use the Configurator above. Project customers follow this path.
01
Submit Requirement
Share your frequency range, output power, duty mode, supply voltage, connector, and application context — via form or direct email.
24h Acknowledgement02
Technical Review
Our engineering team reviews your requirements against existing platforms and in-house capability to assess feasibility and the best path forward.
In-House Engineering03
Platform Recommendation
We recommend a matching standard platform, a modifiable platform, or open a custom engineering discussion depending on your requirement.
48h Response04
Feasibility Discussion
For project-based requirements, we engage in technical and commercial feasibility discussion — covering timeline, development risk, and integration scope.
Engineering-Led05
RFQ / Project Follow-Up
Formal quotation, OEM/ODM agreement, or project plan is issued based on confirmed requirements and feasibility outcome.
OEM · ODM · ProjectStart Your RF Project
Start Your RF Project with a More Capable Manufacturing Partner
Whether you are selecting a broadband amplifier, planning a high-power RF system, or evaluating a custom RF project, our team can support the next step with practical engineering communication and factory-backed execution.
To speed up evaluation, please share
- Frequency range
- Output power and duty mode
- Supply voltage
- Cooling requirement
- Connector preference
- Control interface
- Application or project stage
Engineering response within 24-48 hours for qualified projects
Engineering Support — CorelixRF
Resources
Technical Resources and Product Support
Browse product pages, technical references, FAQs, and downloadable model information before submitting an inquiry.