CorelixRF — Factory-Direct RF Amplifier Manufacturer · Amplifiers
RF Power Amplifier Manufacturer
Factory-direct CW, pulsed, EMC, microwave, millimeter-wave and custom RF amplifier platforms with engineering review and unit-level RF test validation before shipment.
CorelixRF provides RF power amplifier platforms for communication systems, RF testing, EMC laboratories, SDR-based RF chains, radar-related evaluation, high-frequency module testing, OEM subsystem integration and project-specific RF hardware development. Standard CW platforms for faster selection. Microwave, mmWave, pulsed, EMC and custom amplifier paths for project-based RF programs.
Standard CW
30 MHz – 6 GHz
Faster model selection
Microwave
6 – 40 GHz
High-frequency platforms
mmWave
Project Review
Specs after inquiry
Pulsed / EMC
Application-Specific
Lab and system paths
Custom
RF · Thermal · Mechanical
OEM / ODM support
Validation
Unit-Level Test Data
Before shipment
Final output power, gain, linearity, connector path and thermal structure depend on frequency range, bandwidth, duty cycle, cooling method, operating environment and project configuration.
Amplifier Selection Path
Choose Your RF Amplifier Path
Start with a standard CW platform when your frequency and output power requirements match an existing series. Use the project-based paths for UHF/narrowband, microwave, millimeter-wave, pulsed, EMC, high-power or custom RF amplifier requirements.
STANDARD CW
01 // STANDARD CW
Standard CW RF Amplifiers
For continuous-wave RF systems, SDR amplification, broadband transmission, RF testing and general-purpose laboratory or system integration requirements.
View CW Platforms
UHF / NARROWBAND
02 // UHF & NARROWBAND
UHF & Narrowband Amplifiers
For VHF/UHF, narrowband communication, dedicated frequency channels and application-specific amplifier matching where band fit matters.
View UHF Path View Narrowband
MICROWAVE
03 // MICROWAVE
Microwave RF Amplifiers
For 6–18 GHz and 18–40 GHz microwave amplifier requirements, high-frequency testing, front-end evaluation and system-level integration.
View Microwave Platforms
mmWAVE
04 // MILLIMETER-WAVE
Millimeter-Wave RF Amplifiers
For project-based mmWave amplifier requirements, radar front-end evaluation, high-frequency module testing, OEM subsystem integration and advanced RF lab validation.
View mmWave Capability
PROJECT-BASED
05 // PULSED · EMC · CUSTOM
Pulsed / EMC / Custom Amplifiers
For pulse-mode operation, EMC immunity test systems, high-power RF chains, non-standard frequency ranges, special controls and mechanical customization.
View Project Paths Request ReviewStandard CW Platforms
Standard CW RF Amplifier Platforms
CorelixRF standard CW amplifier families provide a faster path for model selection, datasheet inquiry, quotation and engineering review. These baseline platforms can be reviewed for output power, gain, connector type, cooling method, control interface and mechanical integration.
VHF / UHF
30–512 MHz Amplifiers
Communication · Broadband · RF Testing
Suitable for lower-frequency RF platforms, long-range transmission scenarios, and applications requiring broad VHF/UHF compatibility. CW and Pulse configurations available.
View Series
MID-BAND
300–1700 MHz Amplifiers
UAV · Multi-Band Comms · SDR Integration
Suitable for multi-band communication systems, UAV-related RF integration, and broadband RF projects requiring mid-band versatility and balanced performance.
View Series
EXTENDED MID
300–2700 MHz Amplifiers
Wideband Test · Compact Multi-Band
Suitable for wider-coverage communication and test applications where broader operating range is required within a compact module form. Reduces model switching in multi-band platforms.
View Series
2–6 GHz
2–6 GHz RF Amplifiers
Broadband Microwave RF Testing · System Integration
Suitable for 2–6 GHz RF testing, broadband microwave signal amplification, RF front-end evaluation, laboratory integration and project-based system development. S-band or C-band project requirements are reviewed separately when they require a dedicated model family or custom configuration.
View 2–6 GHz PlatformThe standard CW platforms above are the current online entry pages for faster model selection. S-band, C-band, narrowband or other project-specific amplifier requirements may overlap in application or frequency intent, but they are reviewed separately when they require a different model family or custom configuration.
Microwave & Millimeter-Wave Platforms
Microwave & Millimeter-Wave RF Amplifier Platforms
For high-frequency RF requirements above standard CW platforms, CorelixRF provides microwave and project-based millimeter-wave amplifier paths. Detailed specifications are confirmed after engineering review because frequency range, output class, connector path, thermal design and system integration conditions strongly affect final amplifier configuration.
6–18 GHz RF Amplifiers
For X/Ku-band RF testing, microwave signal amplification, RF front-end evaluation and system-level integration. Use this path when your project moves beyond standard 2–6 GHz coverage.
18–40 GHz RF Amplifiers
For high-frequency RF testing, Ka-band evaluation, advanced microwave modules and project-specific RF system integration. Connector path, thermal design and control requirements should be reviewed before datasheet selection.
Millimeter-Wave RF Amplifiers
For mmWave front-end evaluation, high-frequency module testing, radar-related laboratory validation, OEM subsystem integration and advanced RF projects. Model names can be shown publicly, while detailed specifications are provided after inquiry and engineering confirmation.
Other Amplifier Paths
Pulsed, EMC, High-Power and Custom Amplifier Paths
Beyond standard CW and microwave platforms, CorelixRF supports project-driven amplifier development for pulse operation, EMC test environments, high-power RF systems and custom RF integration requirements.
Pulse RF Power Amplifiers
For projects that require peak-power-oriented operation, pulse mode support, and application-specific amplifier development. Solid-state pulse platforms with configurable duty cycle, PRF, and peak output specifications. Delivery records include a 23 kW X-band pulse amplifier.
View Pulsed Amplifier Path
EMC Amplifier Platforms
For EMC-related laboratory environments, test platform development, and compliance-oriented RF power support. High-power CW amplifier systems with controlled output for test applications. HF/VHF 10 kW platform engineering completed for EMC-related projects.
View EMC Amplifier Path
High-Power / High-Frequency RF Programs
For projects beyond standard product windows, including higher output, broader integration requirements, or more advanced RF environments. Supports microwave, satcom-related, and broadband 1–6 GHz 10 kW CW/Pulse system-level programs.
Request High-Power RF ReviewRepresentative Capability
Representative Amplifier Capability
Our published standard CW series is only one part of CorelixRF's amplifier capability. For broader programs, we also support higher-power, pulse, EMC, and advanced RF amplifier development backed by real delivered systems.
10 kW+
CW Platforms
From watts to 10 kW+ across CW solid state programs
23 kW
Pulse Platforms
Up to 23 kW peak — verified X-band pulse delivery record
10 kW
EMC Platforms
HF/VHF 9 kHz–225 MHz 10 kW system engineering completed
170 GHz
Broader Frequency
Company-wide RF platform coverage across frequency programs
Test Platform
Spectrum Measurement
Thermal Validation
System Integration
2 kW CW
K-Band
23 kW Pulse
X-Band
760 W CW
V-Band
10 kW CW/Pulse
1–6 GHz
10 kW Platform
9 kHz–225 MHz
Standard CW Product Matrix
Standard CW Product Matrix
This matrix covers our current standard CW amplifier families for faster model comparison and selection. For pulse, EMC, high-power, or non-standard RF amplifier requirements, please contact our engineering team directly.
| Model | Frequency | Output Power | Gain | Mode | Typical Use | Details |
|---|---|---|---|---|---|---|
| CRF-PA-30M512M-30W | 30–512 MHz | 30W | 45 dB typ | CW | Comms · Broadband | View Platform |
| CRF-PA-30M512M-50W | 30–512 MHz | 50W | 47 dB typ | CW | Comms · Broadband | View Platform |
| CRF-PA-30M512M-100W | 30–512 MHz | 100W | 50 dB typ | CW | RF Testing | View Platform |
| CRF-PA-30M512M-150W | 30–512 MHz | 150W | 52 dB typ | CW | RF Testing | View Platform |
| CRF-PA-30M512M-200W | 30–512 MHz | 200W | 53 dB typ | CW | RF Testing · EMC | View Platform |
| CRF-PA-300M1700M-30W | 300–1700 MHz | 30W | 45 dB typ | CW | UAV · Multi-Band | View Platform |
| CRF-PA-300M1700M-50W | 300–1700 MHz | 50W | 47 dB typ | CW | UAV · Multi-Band | View Platform |
| CRF-PA-300M1700M-100W | 300–1700 MHz | 100W | 50 dB typ | CW | UAV · Comms | View Platform |
| CRF-PA-300M1700M-150W | 300–1700 MHz | 150W | 52 dB typ | CW | Lab / System Integration | View Platform |
| CRF-PA-300M1700M-200W | 300–1700 MHz | 200W | 53 dB typ | CW | System Integration | View Platform |
| CRF-PA-300M2700M-30W | 300–2700 MHz | 30W | 45 dB typ | CW | Wideband Test | View Platform |
| CRF-PA-300M2700M-50W | 300–2700 MHz | 50W | 47 dB typ | CW | Wideband Test | View Platform |
| CRF-PA-300M2700M-100W | 300–2700 MHz | 100W | 50 dB typ | CW | Multi-Band | View Platform |
| CRF-PA-300M2700M-150W | 300–2700 MHz | 150W | 52 dB typ | CW | Multi-Band | View Platform |
| CRF-PA-300M2700M-200W | 300–2700 MHz | 200W | 53 dB typ | CW | OEM Integration | View Platform |
| CRF-PA-2G6G-30W | 2–6 GHz | 30W | 45 dB typ | CW | Microwave RF Test | View Platform |
| CRF-PA-2G6G-50W | 2–6 GHz | 50W | 47 dB typ | CW | Microwave RF Test | View Platform |
| CRF-PA-2G6G-100W | 2–6 GHz | 100W | 50 dB typ | CW | Front-End Evaluation | View Platform |
| CRF-PA-2G6G-150W | 2–6 GHz | 150W | 52 dB typ | CW | Front-End Evaluation | View Platform |
| CRF-PA-2G6G-200W | 2–6 GHz | 200W | 53 dB typ | CW | System Integration | View Platform |
Custom & Project-Based RF Amplifier Inquiry
Custom RF Amplifier Engineering Options
When a standard model is not enough, CorelixRF engineers can review electrical, mechanical, thermal and control requirements to support project-specific RF amplifier development, including S-band / C-band project models, microwave, millimeter-wave, pulsed, EMC and high-power paths.
01 //
Custom Frequency Range
Coverage outside standard band windows, including S-band / C-band project models, narrowband requirements, or multi-band and broadband systems tailored to your application frequency and integration environment.
02 //
Custom Output Power
From standard module power to multi-kW CW or pulse peak power — scaled to your application and system integration requirements.
03 //
Pulse / EMC / High-Power Modes
Operating modes beyond standard CW — pulse duty cycle control, peak power configuration, and EMC-rated amplifier platform development.
04 //
Mechanical & Interface Adaptation
Connector type, housing dimensions, power supply voltage, cooling method, and integration-level adaptations for system fit.
05 //
OEM / ODM Project Support
Engineering feasibility review, thermal integration assessment, and project development path guidance. In-house RF engineering review, micro-assembly, CNC machining, thermal assessment, and module-to-system-level development. NDA available on request.
ISO 9001 · GJB 9001C Certified · Factory Direct · NDA available on request. Engineering feasibility response within 24–48 hours for qualified projects.
Manufacturing Capability
Factory-Direct Manufacturing and Quality Evidence
CorelixRF is a factory-direct RF amplifier manufacturer. Our in-house capability covers RF engineering review, micro-assembly, CNC machining, module integration and full system-level validation — not a trading company or simple catalog reseller.
01 // RF TEST
Gain & Band Coverage
Gain response and operating band coverage are checked according to the confirmed frequency range and test condition.
02 // POWER
Output Power Verification
Output power is verified at defined frequency points, input level and thermal conditions before shipment.
03 // SPECTRUM
Harmonic / Spurious Review
Spectrum behavior is reviewed to support RF chain safety and application-level compatibility.
04 // MATCHING
VSWR / Load Review
Input/output matching, load condition and protection behavior are reviewed based on connector path and system use.
05 // THERMAL
Thermal & Burn-In Review
Cooling, heat dissipation and long-duration operation can be reviewed for project-based amplifier delivery.
06 // RECORD
Final Test Record
Final test data, acceptance notes or project-specific validation documents can be provided after engineering confirmation.
Production Floor
Micro-Assembly
RF Test Lab
Quality Validation
Frequently Asked Questions
Frequently Asked Questions
Common questions on amplifier categories, mode selection, and how to engage with CorelixRF for both standard and non-standard programs.
// READY TO INQUIRE
Not Sure Which Path Fits Your Project?
Send your frequency range, output power, mode, and application details. Whether it is a standard CW model, a pulse program, or an advanced RF project — we will recommend the most suitable direction.
// Include in your inquiry
- Target frequency range
- Required output power — CW rated or pulse peak
- Operating mode: CW / Pulse / High-Power
- Application type
- Supply voltage and cooling preference
- Project quantity and timeline
RF Amplifier Inquiry
Send Your RF Amplifier Requirement for Engineering Review
Send your frequency range, output power target, operating mode, application environment and integration requirements. CorelixRF engineers will review whether a standard CW platform, microwave/mmWave path, EMC amplifier, pulsed amplifier or custom RF amplifier is the best fit.
RF Amplifier Inquiry Form