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.
Use the links below to jump into the closest UHF amplifier platform family before comparing specifications and RFQ options.
Need a Custom Match? Send frequency, power, waveform, cooling and connector details for a factory recommendation.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.
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.
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.
Compare frequency range, output power, gain, cooling and RFQ path before selecting a UHF or extended UHF power amplifier platform. Values are platform-level ranges from available CorelixRF datasheets; final configuration is confirmed during engineering review.
Swipe or scroll horizontally to compare platform range, power class, gain, cooling and RFQ action.
| Platform RangeFrequency coverage | Power ClassesAvailable output power | GainTypical platform gain | Cooling / SupplyThermal and input power | Best FitRecommended project use | RFQ ActionOpen inquiry popup |
|---|---|---|---|---|---|
| 30-512 MHz | 30W / 50W / 100W / 150W / 200W | 44-54 dB | Air cooling / 28 VDC | VHF/UHF communication, low-frequency broadband test and integration projects | Request 30-512 MHz Review |
| 300-1200 MHz | 30W / 50W / 100W / 150W / 200W | approx. 44-54 dB | External heat sink / 24-32 VDC | Core UHF communication, RF module integration and broadband platform validation | Request 300-1200 MHz Review |
| 300-1700 MHz | 30W / 50W / 100W / 150W / 200W | approx. 44-54 dB | Air cooling / 28 VDC | UHF to L-band broadband amplification and RF front-end development | Request 300-1700 MHz Review |
| 300-2700 MHz | 30W / 50W / 100W / 150W / 200W | 44-54 dB | Air cooling / 28 VDC | UHF to S-band wideband RF test platforms and integration benches | Request 300-2700 MHz Review |
| 500-2000 MHz | 25W / 50W / 100W / 125W | 44-50 dB | Air cooling / AC 220V | Rack or platform-level UHF/L-band RF front-end integration | Request 500-2000 MHz Data |
| 800-2500 MHz | 100W / 200W / 250W / 300W / 400W / 500W / 1000W | 50-60 dB | Air cooling / AC 220V or 380V | Higher-power extended UHF/L-band amplifier systems | Discuss High-Power UHF Review |
| 1000-2000 MHz | 20W / 50W / 300W / 500W / 1000W / 1500W | 43-62 dB | Air cooling / AC 220V or 380V | High-power L-band RF amplification and system-level integration | Request 1000-2000 MHz Review |
| 1000-3000 MHz | 200W | Factory review | Project dependent | Extended L/S-band custom platform path where final conditions need review | Request Custom Platform Review |
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.
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.
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.
Real project-style scenarios for matching frequency range, power class, RF chain and review path before sending a UHF amplifier RFQ.
Validate UHF transmitter, receiver or communication link performance across a defined band.
Frequency window, output power, gain, linearity, duty cycle, load condition and cooling.
Request UHF communication amplifier review.
Build or validate a telemetry, data-link or remote RF chain where signal stability and load behavior matter.
Band coverage, modulation type, gain control, VSWR protection, connector type and antenna match.
Discuss telemetry RF chain requirement.
Pair SDR source or output with a UHF amplifier for lab testing, waveform validation or RF system simulation.
Input drive level, gain, linearity, waveform type, duty cycle, control interface and test data.
Review SDR plus amplifier setup.
Match the UHF amplifier with antenna, cable loss and load condition for a complete RF transmission path.
Antenna type, VSWR risk, cable loss, output connector, protection behavior and installation limits.
Discuss amplifier plus antenna chain.
Review higher-power UHF, extended UHF or L-band amplifier options for system-level integration.
Power class, AC supply, thermal design, enclosure, duty cycle, control interface and acceptance data.
Request high-power UHF platform review.
Use the application context to prepare the engineering details needed before CorelixRF recommends a standard UHF platform or custom review path.
Confirm communication test, telemetry, SDR, antenna integration or high-power RF system context.
Define frequency range, output power, gain target and input drive condition.
Review signal source, cable loss, antenna or load, connector and VSWR risk.
Confirm cooling method, power supply, duty cycle, control interface and mechanical limits.
Send the requirement so CorelixRF can match a standard platform or custom engineering path.
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.
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.
CorelixRF reviews frequency range, output power, duty cycle, connector, cooling, control interface and installation conditions before confirming the final UHF amplifier configuration.
Frequency, power, load and integration conditions are checked before recommendation.
Datasheet and measured-data review can be provided where available for engineering evaluation.
Connector, cooling, control, enclosure and OEM integration can be reviewed by project.
Packing, labels, shipment documents and delivery checks support international procurement.
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.
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.
Popup RFQ · NDA-friendly review · Factory-direct amplifier support
UHF AMPLIFIER PROJECT REVIEW
UHF amplifier buyers often need a stable RF chain, not only a loose PA. CorelixRF reviews output power, gain control, connector path, load mismatch, thermal design, antenna interface and integration documents before recommendation.
Review UHF and narrowband amplifier capability for 30 MHz to 3 GHz projects.
UHF capability pageConnect UHF PA selection with SDR source, antenna path, filters and rack integration.
RF front-end platformsPrepare band, power, duty cycle, voltage, connector, cooling and quantity data before RFQ.
Use RFQ checklist