Requirement
30–512 MHz
Lower-band / UHF platform
For lower-band communication, UHF transmission, SDR chains, and EMC-related test setups.
Explore 30–512 MHz
CorelixRF · Standard RF Platforms
Standard RF Amplifier Platforms
Compare four standard RF amplifier platform families by frequency, output power, operating mode, cooling, control interface, and datasheet availability.
CorelixRF platforms cover 30–512 MHz, 300–1700 MHz, 300–2700 MHz, and 2–6 GHz. Across the portfolio, available output configurations include 30 W, 50 W, 100 W, 150 W, and 200 W. Exact frequency, power, and operating-mode combinations depend on the selected model.
Factory-DirectISO 9001 CertifiedGJB 9001C24–48 Hr Engineering ReviewRFQ Supported
// Fast Platform Selection
Choose the Right Standard RF Amplifier Platform
Start with the frequency direction first. Then review power level, mode, connector, and integration details with CorelixRF before final selection.
Requirement
300–1700 MHz
Mid-band transmission platform
For mid-band RF transmission, conducted tests, antenna validation, and system integration.
Explore 300–1700 MHzRequirement
300–2700 MHz
Wider continuous coverage
For multi-band systems that benefit from one wideband amplifier path instead of several separate platforms.
Explore 300–2700 MHzRequirement
2–6 GHz
Higher-band broadband platform
For S/C-band RF testing, signal transmission, and higher-band subsystem integration.
Compare 2–6 GHz ModelsNot sure?
Configurator
Start with selection logic
Use frequency, power, and application filters before sending a formal RFQ.
Open Tool// Why Standard Platforms First
Avoid Over-Customization When a Proven Platform Already Fits
If a standard CorelixRF platform matches your frequency and power requirements, the project can move directly to technical review. We will confirm the operating mode, interfaces, and installation conditions before recommending a model.
Factory Position
CorelixRF standard platforms are designed to reduce unnecessary custom development while keeping engineering review available when your requirement needs adjustment.
01
Too Many Frequency Options
Buyers often know the operating band but not which amplifier family is the best starting point.
02
Reseller Pages Do Not Answer Engineering Questions
Catalog listings may show headline power but miss connector, control, thermal, and integration details.
03
Datasheets Alone Do Not Prove Readiness
Engineering buyers need test conditions, output curves, and real review support before choosing a platform.
04
Custom Development Is Not Always Necessary
A standard platform with minor review may solve the requirement faster than a fully custom build.
Engineering Review · CorelixRF
24–48H
Engineering Response
4
Platform Families
30M–6G
Standard Coverage
100%
Factory-Direct
// Platform Recommendation Path
Factory-Direct Engineering Review Before Platform Recommendation
CorelixRF reviews the frequency range, output power, operating mode, connectors, control interface, and application before recommending a platform. We only propose custom development when a standard configuration cannot meet the requirement.
01
Requirement Review
Frequency, power, CW/pulsed mode, connectors, interface, and application context are reviewed first.
02
Platform Matching
The requirement is matched against the four standard platform families before custom work is proposed.
03
Datasheet / Test Data Review
Datasheets, test conditions, gain curves, connector details, or key measured data can be reviewed before order.
04
RFQ or Custom Review
If the platform fits, quotation follows. If not, CorelixRF evaluates a platform modification or custom build path.
// Standard Platform Families
Standard RF Amplifier Platform Families
Each family gives buyers a clear frequency path, practical power options, and a direct route to datasheet review, test data discussion, or RFQ.
Standard Platform Path
Requirement fits existing family → direct product path → faster validation, documented specs, known build route
/
Engineering Review Path
Requirement outside standard parameters → engineering review → platform modification or custom RF amplifier path
30–512 MHzStandard Platform30–512 MHz
RF Power Amplifier Platform
30–512 MHz VHF RF Amplifier Platform
This VHF RF power amplifier family supports lower-UHF requirements, including 433 MHz amplifier applications, SDR chains, communication systems, and EMC-related testing.
30–512
MHz Range
CW / Pulsed
Mode Review
30–200 W
5 Power Options
300–1700 MHzStandard Platform300–1700 MHz
RF Power Amplifier Platform
300–1700 MHz UHF RF Power Amplifier Platform
Designed for UHF RF amplifier and 915 MHz amplifier requirements, including transmission, antenna validation, laboratory testing, and RF system integration.
300–1700
MHz Range
CW / Pulsed
Mode Review
30–200 W
5 Power Options
300–2700 MHzStandard Platform300–2700 MHz
RF Power Amplifier Platform
300–2700 MHz Wideband RF Amplifier Platform
Suitable for multi-band systems and 2.4 GHz RF power amplifier requirements where one continuous amplifier path can simplify integration through 2.7 GHz.
300–2700
MHz Range
CW / Pulsed
Mode Review
30–200 W
5 Power Options
2–6 GHzStandard Platform2–6 GHz
RF Power Amplifier Platform
2–6 GHz Broadband RF Power Amplifier Platform
For RF testing, signal transmission, validation, and subsystem integration across S-band and lower C-band frequencies within the 2–6 GHz operating range.
2–6
GHz Range
CW / Pulsed
Mode Review
30–200 W
5 Power Options
// RF Configurator Entry
Send Platform RFQ
Not Sure Which Platform Fits? Start with the RF Configurator
Not sure which platform fits? Use the RF Configurator to narrow the options by frequency, output power, and application, then send the result for engineering review.
Filter 01
Frequency Range
Filter 02
Power Target
Filter 03
Application Type
Output
Recommended Path
// Example Selection Result
Input Frequency
300–1700 MHz
Power Target
50–100 W
Application
RF transmission / test chain
Recommended Path
300–1700 MHz Standard Platform
// Factory Validation
Factory Validation Behind Every Standard Platform
CorelixRF tests each standard platform in house and can provide available test conditions, measured data, unit documentation, and integration details before order. Quality checks and export packing are included in the production process.
In-house RF Testing
Frequency response, output power, gain, VSWR, and stability are reviewed under defined test conditions.
Quality System Support
ISO 9001 and GJB 9001C positioning supports engineering buyers who need supplier credibility.
Unit-Level Documentation
Datasheets, test records, and connector details can support pre-order engineering review.
Packing & Export Handling
ESD protection, shock-resistant packing, labeling, and shipment checks reduce delivery risk.
RF Test Bench
Measured Data
Packing Review
// Application Direction
Where Standard RF Amplifier Platforms Are Commonly Used
These platforms are used in RF communication, laboratory testing, SDR signal chains, EMC systems, UAV-related equipment, and OEM subsystems. Choose the closest frequency family or send us the application details for review.
01
RF Communication Systems
Broadband transmit and test chains where a stable standard platform shortens engineering selection.
Communication02
UAV / C-UAS Related RF Systems
RF hardware paths where frequency coverage, power, and integration format need early review.
UAV / C-UAS03
RF Transmission Test Platforms
Lab and system-level tests that require known output behavior across a defined band.
RF Testing04
SDR + Amplifier + Antenna Chains
Applications where SDR sources, power amplifiers, and antennas need a compatible RF path.
RF Chain05
EMC / Lab Support
Pre-compliance or internal testing setups where repeatable amplifier performance matters.
Lab / EMC06
OEM RF Subsystem Integration
Project-based integration that may start from a standard platform and move to custom review if needed.
OEM Integration// Selection Notes
Before You Choose a Standard RF Amplifier Platform
Frequency range and rated power are only the starting points. Confirm the operating mode, duty cycle, cooling method, connectors, control interface, and test conditions before choosing a platform.
01
Do Not Select by Frequency Alone
Power, mode, cooling, connector, and integration limits also affect platform suitability.
02
Confirm CW or Pulsed Operation
The same headline power can involve different thermal and test assumptions.
03
Check Connector and Control Limits
SMA, N-type, control interface, and power supply expectations should be clarified early.
04
Ask for Test Conditions
Review measured data, frequency points, gain flatness, and thermal conditions, not only “100 W”.
05
Use Custom Review When Close
If the standard range is close but not exact, a platform modification may be faster than a new design.
Review Datasheets Before You Commit
Access standard platform datasheets first, then request measured test data or engineering review when your frequency, power, or integration requirement needs confirmation.
// FAQ
Common Questions About Standard RF Amplifier Platforms
The answers below cover platform selection, RFQ requirements, datasheet access, system matching, customization, and available output power.
Ask an EngineerStart with your required frequency range. Use 30–512 MHz for lower-band and UHF needs, 300–1700 MHz for mid-band applications, 300–2700 MHz for wider continuous coverage, and 2–6 GHz for higher-band broadband requirements. If you are unsure, use the RF Configurator or request engineering review.
// Next Step
Move From Platform Selection to Engineering Review
If you already know your frequency range, start with the relevant standard platform. If you are unsure, use the configurator or send your requirement for review.
Recommended RFQ Inputs
- Frequency range and target output power
- CW or pulsed operation and duty cycle
- Connector, control, and supply interface preferences
- Application context and expected quantity
- Datasheet or test data requirements
Factory-direct review
Get the Right Platform Path Before You Commit
CorelixRF can confirm whether a standard platform is sufficient or whether your project should move to a custom RF amplifier review.
30M–6G
Standard platform coverage
24–48H
Typical engineering response
4 Paths
Clear platform families
Factory
Direct RF engineering support