30–512 MHz30–512 MHz RF Power Amplifiers
Suitable for low-frequency broadband and UHF engineering projects requiring stable RF output across a wide operating range.
30W–200WLow-Freq / UHF
View 30–512 MHz
Factory-Direct RF Power Amplifier Platforms
UHF & Extended UHF RF Power Amplifiers
Factory-direct UHF and extended UHF RF power amplifier platforms from 30 MHz to 3 GHz, with standard platform families and custom engineering support for frequency, output power, connector, cooling, control interface and OEM integration.
CorelixRF supports UHF amplifier projects from standard platform selection to custom configuration review. Share your target frequency range, output power, duty cycle, connector, cooling method and integration requirements to request datasheets, measured RF data or an engineering recommendation.
30 MHz–3 GHz Coverage
20W–1500W Listed Classes
Standard + Custom RF Amplifiers
Factory RF Test Data
Thermal / Cooling Review
OEM / ODM Integration Support
30M–3G
UHF & extended UHF platform coverage
20W–1500W
Platform-dependent power classes
8
Listed amplifier platform families
Custom
Frequency / power / cooling / control review
RF Data
Factory measurement support before shipment
Product Overview
Factory-Direct UHF Amplifier Platforms with Custom Engineering Support
CorelixRF provides UHF and extended UHF RF amplifier platform families from 30 MHz to 3 GHz. Buyers can start from an existing platform range, then confirm frequency window, output power, connector, cooling, control interface, enclosure format and OEM integration requirements through engineering review.
Standard Platform SelectionStart from published UHF, UHF-to-L-band or UHF-to-S-band platform families.
Custom Frequency & Power ReviewReview non-standard frequency windows, local-band optimization and higher-power configurations.
Connector / Cooling / Chassis ConfigurationConfirm RF connector, control, cooling layout, enclosure and installation conditions.
Factory Test Data & DocumentationRequest datasheets, measured RF data and shipment-level validation support where available.
UHF amplifier platform selection · RF test bench · engineering review
Selection Risk Guide
Before You Select a UHF RF Power Amplifier
UHF amplifier selection is not only about nominal frequency and output power. Band coverage, power stability, load condition, antenna matching, thermal design and integration format should be confirmed before RFQ.
Selection RiskWhat to Confirm Before RFQ
Frequency coverage may cross multiple bands
Confirm the exact operating range, not only “UHF”.
Output power varies by platform family
Check power class across the required band and duty condition.
High-power operation creates thermal risk
Confirm cooling, duty cycle, enclosure and airflow before build.
Antenna / load mismatch can affect reliability
Review VSWR, protection and matching conditions.
Connector and control affect integration
Confirm SMA/N-type, RS485/LAN or custom control requirements.
Datasheet values alone may not prove readiness
Request measured RF data and engineering review where available.
Key Platform Parameters
Key Parameters for UHF & Extended UHF RF Amplifier Platforms
Use this table as a fast engineering reference before comparing the detailed platform matrix. Final configuration is confirmed by frequency range, power class, duty cycle, cooling method and integration conditions.
Frequency Coverage30 MHz–3 GHz
Platform Families30–512 / 300–1200 / 300–1700 / 300–2700 / 500–2000 / 800–2500 / 1000–2000 / 1000–3000 MHz
Output Power20W–1500W listed classes, with custom review when requirements differ
RF ConnectorSMA / N-type / project-specific connector review
Control InterfaceRS485 / LAN / custom control review
Cooling MethodAir cooling, high-power thermal review, custom cooling layout
Custom OptionsFrequency, power, housing, cooling, connector, control and OEM integration
Data SupportDatasheet, measured RF data and factory test review where available
Final output power, connector, control interface, cooling method and chassis format vary by frequency range and power class. CorelixRF confirms final configuration through engineering review before quotation or production.
Platform Overview
UHF & Extended UHF Platform Matrix for Engineering Review
Use the following platform families as starting points for engineering review. Final frequency window, output power, connector, cooling, control interface and enclosure format can be confirmed or customized based on your project requirements.
Swipe or scroll horizontally to compare platform range, power options, best-fit use and review path.
Available platform families · 30 MHz to 3 GHz
| Platform Range | Available Power Options | Best-Fit Use | Review Path |
|---|---|---|---|
| 30–512 MHz | 30W / 50W / 100W / 150W / 200W | Low-frequency to UHF broadband amplification | View Page |
| 300–1200 MHz | 30W / 50W / 100W / 150W / 200W | Core UHF broadband RF systems | Request Data |
| 300–1700 MHz | 30W / 50W / 100W / 150W / 200W | UHF to L-band extended platforms | View Page |
| 300–2700 MHz | 30W / 50W / 100W / 150W / 200W | UHF to S-band wideband systems | View Page |
| 500–2000 MHz | 25W / 50W / 100W / 125W | UHF / L-band RF front-end integration | Request Data |
| 800–2500 MHz | 100W / 200W / 250W / 300W / 400W / 500W / 1000W | High-power extended UHF / L-band systems | Request Data |
| 1000–2000 MHz | 20W / 50W / 200W / 300W / 500W / 1000W / 1500W | High-power L-band RF amplification | Request Data |
| 1000–3000 MHz | 200W | L/S-band extended RF capability | Request Data |
Need a different frequency range, power level, connector, cooling method or mechanical structure? CorelixRF can review a custom UHF configuration based on your project requirements.
Product Series
Available UHF & Extended UHF Amplifier Series
CorelixRF UHF and extended UHF RF power amplifier platforms are organized by frequency range and application fit. Select an available platform page where detailed specifications are published, or request datasheets and engineering review for platform ranges that require project confirmation.
30–512 MHz
300–1200 MHz300–1200 MHz UHF RF Power Amplifiers
Designed for core UHF broadband RF systems, communication test platforms, RF front-end validation, and customized UHF signal amplification projects.
30W–200WCore UHF
Request 300–1200 MHz Datasheet
300–1700 MHz300–1700 MHz UHF to L-Band Amplifiers
Supports projects requiring UHF coverage with extended operation into L-band, with 30W, 50W, 100W, 150W, and 200W options.
30W–200WUHF / L-Band
View 300–1700 MHz
300–2700 MHz300–2700 MHz UHF to S-Band Amplifiers
Suitable for wider-band RF systems requiring coverage from UHF into S-band, with multiple power levels for validation and integration.
30W–200WWideband
View 300–2700 MHz
500–2000 MHz500–2000 MHz UHF / L-Band Integration Amplifiers
Supports UHF and L-band RF front-end integration, broadband communication test systems, and customized RF signal chain development.
25W–125WFront-End
Request 500–2000 MHz Datasheet
800–2500 MHz800–2500 MHz High-Power RF Amplifiers
Suitable for high-power extended UHF and L-band projects where output power, thermal management, mechanical design, and reliability are critical.
100W–1000WHigh Power
Request 800–2500 MHz High-Power Options
1000–2000 MHz1000–2000 MHz High-Power L-Band Amplifiers
Supports high-power L-band RF amplification with available power levels up to 1500W depending on configuration and engineering review.
20W–1500WL-Band Power
Request 1000–2000 MHz High-Power Options
1000–3000 MHz1000–3000 MHz L/S-Band Extended RF Amplifiers
For projects extending beyond UHF into L/S-band operating ranges, available as a 200W platform for demanding RF system development.
200WL/S-Band
Request 1000–3000 MHz Platform Review
CustomCustom UHF RF Amplifier Configuration
For projects requiring different frequency coverage, output power, interface, cooling, mechanical housing, or system-level integration.
Engineering ReviewCustom
View Custom RF Development
Selection Guide
How to Select the Right UHF RF Amplifier Platform
Start from the required frequency range, output power, load condition, cooling method, and available installation space. If your requirement is between listed platforms, CorelixRF can review a customized configuration and recommend a practical starting point.
Lower-frequency broadband coverage
30–512 MHz
Core UHF broadband amplification
300–1200 MHz
UHF to L-band transition
300–1700 MHz
UHF to S-band wideband coverage
300–2700 MHz
UHF/L-band front-end integration
500–2000 MHz
Higher output power from extended UHF to L-band
800–2500 MHz
High-power L-band output
1000–2000 MHz
L/S-band extended RF capability
1000–3000 MHz
Custom Engineering Options
Custom Engineering Options for UHF RF Amplifier Projects
When a listed platform is close but not exact, CorelixRF can review a project-specific UHF amplifier configuration. Customization may cover frequency window, output power, connector layout, control interface, cooling structure, enclosure design and OEM RF system integration.
Custom frequency window or local-band optimization
Output power class review by frequency and thermal design
SMA, N-type or project-specific connector layout
RS485, LAN, monitoring or custom control logic
Airflow, fan layout, rack or enclosure-level cooling review
OEM / RF subsystem integration and documentation support
Custom UHF configuration · connector · cooling · enclosure review
Factory Testing
Factory Testing & Measurement Support
CorelixRF reviews UHF amplifier projects through a factory testing path that helps buyers confirm output power, gain behavior, VSWR, load condition, thermal handling and shipment documentation before integration.
Output Power Review
Power behavior is checked against the agreed frequency and configuration.
Gain / Flatness Check
Broadband gain behavior can be reviewed where measured data is available.
VSWR / Load Review
Connector, load condition and protection requirements are considered during review.
Thermal / Aging
High-power models require airflow, duty cycle and thermal condition review.
Documentation
Datasheets, measured RF data and integration references can be supplied where applicable.
Packing / Export
Shipment-level inspection and packaging support reduce delivery risk.
Factory RF testing · measured data · shipment inspection
Applications
Typical Applications for UHF & Extended UHF RF Amplifiers
CorelixRF UHF and extended UHF RF amplifier platforms are suitable for engineering teams that need broadband RF output, repeatable performance, and system-level integration support.
UHF Communication Test Systems
For RF communication equipment testing, broadband signal amplification, and engineering validation across UHF ranges.
RF Front-End Integration
For system integrators requiring amplifier modules as part of a larger RF front-end or subsystem.
Related RF Front-End Path
SDR-Based RF Test Platforms
For projects combining SDR signal generation, RF amplification, and antenna output in a complete test chain.
Related SDR Integration Path
Industrial Wireless & Telemetry
For industrial RF systems requiring reliable 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 interface adaptation.
Mobile / Platform RF Validation
For RF payload validation and platform-level testing where size, weight, power, and thermal constraints must be reviewed.
High-Power RF System Integration
For projects requiring higher RF output, thermal design, enclosure-level integration, and repeatable performance.
Procurement Checklist
Before Ordering a UHF RF Power Amplifier
A UHF RF amplifier should be selected based on complete system conditions, not only frequency and nominal output power. Before purchasing, confirm the following items with your supplier.
01Does the amplifier cover your full operating frequency range?
02Is the output power tested across the band?
03Is gain flatness suitable for your system?
04Can the supplier provide measured RF data?
05Is the thermal design suitable for your duty cycle?
06Are RF connectors and control interfaces confirmed?
07Can the platform match your antenna or load condition?
08Can the supplier support customization and repeat production?
09Is factory aging test or shipment-level inspection available?
10Can the supplier support OEM integration instead of catalog-only sales?
Factory Capability
Factory Capability & Documentation Support
Use this section as a trust bridge before RFQ: CorelixRF can support UHF amplifier review from engineering confirmation to measured-data review, custom configuration and export delivery.
Source Factory Support
Not a Catalog Reseller — Factory Engineering Review Comes First
CorelixRF reviews frequency range, output power, duty cycle, connector, cooling, control interface and installation conditions before confirming the final UHF amplifier configuration.
01 / EngineeringRequirement Review
Frequency, power, load and integration conditions are checked before recommendation.
02 / DataMeasured RF Support
Datasheet and measured-data review can be provided where available for engineering evaluation.
03 / CustomConfiguration Review
Connector, cooling, control, enclosure and OEM integration can be reviewed by project.
04 / DeliveryExport Handling
Packing, labels, shipment documents and delivery checks support international procurement.
Source factory · RF testing · documentation support
FAQ
UHF & Extended UHF RF Power Amplifier FAQ
CorelixRF provides UHF and extended UHF RF power amplifier platforms from 30 MHz to 3 GHz, including 30–512 MHz, 300–1200 MHz, 300–1700 MHz, 300–2700 MHz, 500–2000 MHz, 800–2500 MHz, 1000–2000 MHz, and 1000–3000 MHz platforms.
Yes. Frequency range, output power, gain, RF connector, control interface, power input, mechanical housing, cooling method, and OEM integration requirements can be customized after engineering review.
Available power depends on platform family. Options range from tens of watts to high-power configurations up to 1500W in selected frequency ranges, subject to engineering review.
Yes. Factory RF test data can include output power, gain, gain flatness, input/output VSWR, harmonic and spurious performance, thermal aging, and shipment-level inspection depending on platform and project requirements.
Yes. CorelixRF provides high-power extended UHF and L-band platforms, including 800–2500 MHz options up to 1000W and 1000–2000 MHz options up to 1500W depending on configuration and engineering review.
Yes. CorelixRF supports OEM integration requirements such as mechanical mounting, RF connector selection, power input, control interface, cooling method, enclosure adaptation, and rack-level system integration.
Yes. CorelixRF can help evaluate amplifier output power, antenna power handling, VSWR, connector type, installation environment, and system load conditions to reduce mismatch risk during integration.
Please provide your target frequency range, output power, gain requirement, input signal level, operating mode, power supply, RF connector, cooling method, size limits, control interface, application environment, and expected quantity.
RFQ
Need a UHF RF Amplifier Platform Matched to Your Frequency, Power and Integration Conditions?
Share your frequency range, output power, gain, connector, power supply, cooling, and integration requirements. CorelixRF can help evaluate the best-fit standard platform or customized RF amplifier solution for your project.
Recommended RFQ information
- Target frequency range and required output power
- Gain, input signal level and operating mode
- Power supply, RF connector and control interface
- Cooling method, size limits and installation environment
- Expected quantity and required delivery schedule
Engineering Review
Send Your Requirement for Platform Recommendation
Share your target frequency range, output power, duty cycle, connector, cooling preference, control interface and application. CorelixRF will review whether an existing platform or custom configuration is more suitable.
What CorelixRF can review
- Best-fit standard platform or custom frequency window
- Power level, gain, flatness, and RF output condition
- Connector, control interface, power input, and cooling method
- Mechanical structure, enclosure limits, and OEM integration path
- Required datasheet, measured RF data, and shipment test records
Popup RFQ · NDA-friendly review · Factory-direct amplifier support