UHF RF Power Amplifier Capability
Wideband and narrowband UHF RF amplifier platforms from 30MHz to 3GHz, including dedicated 400–440MHz options, custom power levels, factory RF testing, and OEM integration support.
CorelixRF supports standard platform selection and custom engineering adaptation across 30MHz to 3GHz UHF and extended UHF ranges — from amplifier configuration to factory RF testing, thermal review, and system-level integration support.
Engineering Challenges in UHF RF Projects
UHF RF projects often require more than selecting a standard amplifier from a catalog. Frequency coverage, output power, thermal design, antenna matching, RF interface, and system-level integration must be evaluated together before production.
Project-Specific Frequency Coverage
Engineering teams may require 30–512MHz, 300–1200MHz, 300–1700MHz, 300–2700MHz, 400–440MHz, or other customized bands.
Power Matching & Load Conditions
Output power must be evaluated with antenna power handling, cable loss, load condition, VSWR, and real operating environment.
Thermal & Mechanical Constraints
Higher-power UHF platforms require careful review of heat dissipation, airflow, mounting method, enclosure structure, and duty cycle.
OEM Integration Requirements
Power input, control interface, connector type, housing size, and installation method must fit the target system platform.
Test Data & Supplier Qualification
Engineering buyers need measured RF data, factory validation, and repeatable production capability before supplier approval.
Not sure which UHF platform fits your project?
Send your target frequency range, output power, cooling method and integration notes. CorelixRF can review whether a standard platform, narrowband platform, or custom configuration is the better starting point.
How CorelixRF Supports UHF & Extended UHF Projects
CorelixRF supports UHF and extended UHF RF amplifier platforms from standard product selection to customized engineering adaptation. Our factory-direct model helps buyers evaluate frequency range, power level, RF interface, thermal design, and integration requirements before production.
Wideband RF Amplifier Platforms
Multiple platform families are available from 30MHz to 3GHz, covering low-frequency broadband, UHF, extended UHF, L-band, and UHF-to-S-band applications.
400–440MHz UHF Platforms
Dedicated narrowband UHF amplifier options are available for project-specific frequency points, RF testing, communication interference, and OEM integration.
Custom Frequency & Power
Project-based configuration can include frequency, output power, gain, connector type, control method, power input, mechanical structure, and cooling design.
Factory RF Testing
Output power, gain, gain flatness, VSWR, harmonic/spurious performance, thermal aging, and unit-level inspection can be supported.
Narrowband UHF RF Power Amplifier Platforms
In addition to wideband UHF and extended UHF platforms, CorelixRF provides dedicated 400–440MHz narrowband RF power amplifier platforms for project-specific RF testing, communication interference, and OEM system integration requirements.
The 400–440MHz narrowband platform family is suitable when the project does not need a full wideband amplifier, but requires stable output power, compact integration, controlled RF interface, and factory validation for a focused UHF band.
- Rated output power options from 30W to 200W.
- 24–32V supply range with 28V nominal operation.
- External heat sink cooling for system-level thermal design.
- SMA / N-type output options depending on power level.
- Custom frequency bands, connectors, control interfaces and integration details available for engineering review.
Need a fixed UHF band?
Use this narrowband family when your project requires a focused 400–440MHz platform instead of a broad 30–512MHz or 300–1200MHz amplifier.
| Model | Frequency | Power | Gain Typ. | Package Size | Connector Reference |
|---|---|---|---|---|---|
| CRF-PA-400M440M-30W | 400–440MHz | 30W | 43dB | 125 × 59 × 21.5mm | SMA-KFD46 |
| CRF-PA-400M440M-50W | 400–440MHz | 50W | 45dB | 125 × 59 × 21.5mm | SMA-KFD46 |
| CRF-PA-400M440M-100W | 400–440MHz | 100W | 48dB | 160 × 120 × 25mm | SMA-KFD46 |
| CRF-PA-400M440M-150W | 400–440MHz | 150W | 50dB | 200 × 158 × 25mm | Input SMA / Output N-F |
| CRF-PA-400M440M-200W | 400–440MHz | 200W | 51dB | 200 × 158 × 25mm | Input SMA / Output N-F |
Final connector, control interface, cooling condition and measured RF data should be confirmed during engineering review before production.
UHF & Extended UHF Frequency Platform Coverage
Based on existing platform families, CorelixRF can support UHF and extended UHF amplifier requirements from 30MHz to 3GHz. Each platform can be used as a standard product base or customized according to project requirements.
| Platform Range | Available Power Levels | Best-Fit Positioning |
|---|---|---|
| 30–512MHz | 30W / 50W / 100W / 150W / 200W | Low-frequency to UHF broadband RF amplification |
| 300–1200MHz | 30W / 50W / 100W / 150W / 200W | Core UHF broadband RF amplifier platform |
| 300–1700MHz | 30W / 50W / 100W / 150W / 200W | UHF to L-band extended RF platform |
| 300–2700MHz | 30W / 50W / 100W / 150W / 200W | UHF to S-band wideband RF platform |
| 400–440MHz | 30W / 50W / 100W / 150W / 200W | Narrowband UHF RF amplifier platform for fixed-band project requirements |
| 500–2000MHz | 25W / 50W / 100W / 125W | UHF/L-band RF front-end integration |
| 800–2500MHz | 100W / 200W / 250W / 300W / 400W / 500W / 1000W | High-power extended UHF / L-band platform |
| 1000–2000MHz | 20W / 50W / 200W / 300W / 500W / 1000W / 1500W | L-band high-power RF amplification |
| 1000–3000MHz | 200W | L/S-band extended RF capability |
Platform availability and final configuration should be confirmed after engineering review.
Have a custom frequency band?
Use the listed platforms as a starting point. Final frequency, output power, connector, control interface and cooling can be reviewed after RFQ.
Available RF Amplifier Platforms
These UHF and extended UHF amplifier platform families can be used for standard procurement, prototype validation, or customized OEM/ODM engineering projects.
30–512MHzLow Frequency to UHF Broadband Platforms
Suitable for low-frequency broadband and UHF engineering projects requiring stable RF output across a wide operating band.
300–1200MHzCore UHF Broadband Amplifier Platforms
Designed for UHF broadband RF systems, communication test platforms, RF front-end validation, and custom UHF signal amplification.
300–1700 / 2700Extended UHF to L/S-Band Platforms
For projects requiring UHF coverage with extended operation into L-band or S-band frequency ranges.
400–440MHzNarrowband UHF RF Amplifier Platforms
For fixed-band UHF projects requiring 400–440MHz coverage, stable output power, compact integration and factory RF validation.
500–2000MHzUHF / L-Band Integration Platforms
Supports UHF and L-band RF front-end integration, broadband communication test systems, and customized RF signal chain development.
800–2500MHzHigh-Power Extended UHF / L-Band Platforms
For high-power RF projects where output power, thermal management, mechanical design, and reliability are critical.
Need the datasheet set for a specific UHF platform?
Tell us the band and power level you are evaluating. We can provide available datasheets, measured data options and customization notes for project review.
Custom RF Amplifier Configuration Support
All listed UHF and extended UHF amplifier platforms can be customized according to project requirements. Customization may include frequency range, output power, gain, RF connector, power supply, control interface, mechanical housing, cooling method, and system integration needs.
Custom enclosure, cooling, or RF interface?
Share your mechanical size limits, duty cycle, supply voltage and preferred connector. We will check whether the platform needs module-level or system-level adaptation.
From Amplifier Module to RF System Integration
CorelixRF supports more than standalone amplifier supply. For UHF and extended UHF projects, our engineering team can help evaluate amplifier selection, antenna matching, RF connector configuration, thermal design, mechanical installation, and system-level integration before production.
SDR-Based RF Source Integration
Support for signal source or SDR-driven RF chain evaluation.
Amplifier & Antenna Matching
Review of power handling, VSWR, connector type and installation conditions.
Thermal & Airflow Review
Heatsink, fan cooling and system airflow adaptation for high-power platforms.
OEM Enclosure Adaptation
Mechanical mounting, chassis integration and rack-level configuration support.
Factory RF Testing & Validation
Factory RF testing helps engineering buyers reduce supplier qualification risk and confirm amplifier performance before system installation. CorelixRF can support unit-level RF validation according to platform and project requirements.
Output Power Test
Power verification across requested frequency range.
Gain & Flatness
Gain stability and flatness review for engineering validation.
VSWR / Return Loss
Input and output matching checks depending on platform.
Aging & Inspection
Thermal aging, protection review and shipment-level inspection.
Need measured RF data before approval?
Ask for available test items such as output power, gain flatness, VSWR, harmonic/spurious checks and aging-test evidence for your target platform.
Typical Application Areas
CorelixRF UHF and extended UHF platforms are suitable for engineering teams that need broadband RF output, narrowband UHF operation, system-level integration, and repeatable RF performance in controlled test or OEM environments.
UHF Communication Test Systems
For RF communication equipment testing, broadband signal amplification, and engineering validation.
RF Front-End Integration
For system integrators requiring amplifier modules as part of a larger RF front-end.
SDR-Based RF Test Platforms
For projects combining SDR signal generation, RF amplification, and antenna output.
Industrial Wireless & Telemetry
For industrial RF systems requiring stable UHF or extended UHF signal amplification.
Laboratory RF Validation
For research, development, qualification, and performance testing in RF laboratories.
OEM RF System Development
For customized RF systems requiring mechanical, thermal, electrical, and RF adaptation.
UAV RF Payload Testing
For RF payload validation where size, weight, power, and thermal constraints are reviewed.
Custom High-Power RF Platforms
For higher-power platform development requiring thermal, structural, and production review.
Working on a UHF test system, SDR chain or OEM RF platform?
Tell us the application environment and integration limits. We can help narrow down the band, power, cooling and system-level configuration path.
What to Confirm Before Selecting a UHF RF Amplifier Supplier
Selecting an RF amplifier only by frequency and output power can create integration risk. For UHF and extended UHF systems, supplier capability, test validation, thermal design, and customization support are equally important.
Does the supplier provide real measured RF data?
Can the platform be customized for your exact frequency range?
Is output power matched with antenna, load, and cable loss?
Has thermal design been reviewed for your enclosure or duty cycle?
Are RF connectors, control interface, and power input confirmed before production?
Can the supplier support both prototype validation and repeat production?
Does the factory provide aging test and shipment-level inspection?
Can the supplier support system-level integration, not only catalog sales?
Ready to qualify a supplier?
Send the project band, power target, duty cycle and expected quantity. CorelixRF can review whether the requirement is suitable for prototype validation or repeat production.
Factory-Direct RF Engineering and Manufacturing Support
CorelixRF is a factory-direct RF amplifier, antenna, and RF subsystem manufacturer supporting custom RF engineering projects from prototype validation to repeatable production. With in-house R&D, RF testing, production, and quality control resources, we help engineering buyers reduce sourcing risk and accelerate system integration.
UHF RF Amplifier Capability Questions
Common questions from engineering buyers evaluating UHF, extended UHF, and narrowband RF amplifier platforms.
Send Your UHF RF Amplifier Requirement for Engineering Review
Share your target frequency range, output power, duty cycle, cooling method, RF connector, control interface, mechanical space and required test data. CorelixRF will help identify a suitable UHF wideband, extended UHF, narrowband, or custom RF amplifier configuration path.
- Frequency range
- Output power
- Duty cycle
- Cooling method
- RF connector
- Control interface
- Mechanical space
- Test data