Custom RF development engineering test bench with RF instruments

Factory-Direct RF Development · OEM / ODM Support

Custom RF Development for Amplifiers, SDR Sources, Antennas and RF Front-End Integration

Factory-direct RF engineering support for custom frequency ranges, output power levels, mechanical formats, RF connectors, control interfaces, measured data requirements and OEM RF chain integration.

CorelixRF helps engineering teams move from project requirements to validated RF hardware — starting from existing RF platforms where possible, then reviewing customization for amplifier, SDR, antenna and integrated RF front-end applications.

Factory Source Custom RF Platforms Platform Modification Unit-Level Test Data OEM Integration Support Engineering Review

Choose Custom Path

Platform-Based

Start from amplifier, SDR, antenna and RF front-end platforms where possible

kHz–GHz

Custom frequency review based on platform and project requirements

OEM / ODM

Module, enclosure, interface, cooling and integration support

RF Testing

Output power, gain, VSWR, spectrum, thermal and unit-level validation

Measured Data

Test records and documentation available for qualified custom projects

Factory-Direct Custom RF Support

Not a Catalog Reseller — A Source Factory for Custom RF Hardware

Custom RF development requires review of frequency range, output power, duty cycle, load condition, RF connector, mechanical envelope, cooling path and control interface before quotation. CorelixRF helps reduce procurement risk by reviewing these conditions before recommending a standard, modified or custom platform.

CorelixRF supports custom development from existing RF platforms where possible, and provides project-specific engineering adaptation when a standard datasheet model cannot meet the integration requirement.

RF Design · Engineering Review · Factory Validation

Choose Your Custom RF Development Path

Start from the Product Family Closest to Your Requirement

CorelixRF can review whether your project fits a standard platform, modified platform or project-specific RF development path across amplifiers, SDR sources, antennas and RF front-end integration.

Custom Path 01

Custom RF Power Amplifiers

Custom frequency, output power, CW/pulsed mode, cooling, connector, enclosure and control interface based on existing or project-specific amplifier platforms.

View Custom Amplifiers

Custom Path 02

Custom SDR / RF Signal Source

Board-level SDR source module, waveform support, control interface, OEM integration and SDR-driven amplifier chain matching.

View SDR Source Module

Custom Path 03

Custom Antenna Platforms

Omnidirectional, directional, broadband or narrowband antenna options with frequency, power handling, connector, mounting and RF chain matching review.

View Custom Antennas Review Antenna Matching

Custom Path 04

OEM RF Front-End Integration

SDR + amplifier + antenna/load/DUT matching, mechanical layout, control interface, RF test planning and delivery documentation.

View Standard Platforms

What Can Be Customized

What CorelixRF Can Customize for Your RF Project

CorelixRF supports customization across RF power amplifiers, SDR source modules, antennas and RF front-end assemblies. The goal is to match the RF chain to the real project environment instead of forcing a standard catalog item into an unsuitable system.

01 / RF RANGE

Frequency Range Customization

Dedicated narrowband, broadband and project-specific frequency windows based on amplifier, SDR or antenna platform capability.

Frequency Planning

02 / POWER

Output Power & Power Handling

Custom RF output power targets, antenna power handling review and RF front-end compatibility checks for project-level use.

Power Matching

03 / MODE

CW, Pulse and Operating Conditions

Review of CW or pulse operation, duty cycle, thermal requirements, load environment and protection expectations.

Operating Mode

04 / MECHANICAL

Module, Rack and Enclosure Format

Support for board-level modules, heat-sinked amplifier modules, rack-mount systems, custom enclosures and OEM mounting constraints.

Mechanical Fit

05 / INTERFACE

Connector and Control Interface

RF connector, DC supply, RS422, Ethernet, analog control, monitoring interface and system communication adaptation where applicable.

Interface Review

06 / DOCUMENTATION

Test Data and Integration Documents

Measured RF data, outline drawings, interface notes, shipment review materials and NDA-based engineering review for qualified projects.

Validation Data

Have a custom frequency, power or interface requirement?Send your RF requirement for feasibility review before selecting a standard, modified or project-specific development path.

Start from a Standard RF Platform When Possible

Standard Platform Paths That Can Support Custom Review

Many custom RF projects do not need to start from zero. CorelixRF can first review whether an existing platform family can be adapted for your frequency, power, connector, enclosure or integration requirement.

30–512MHz RF Amplifiers

Low-frequency to UHF broadband amplifier customization base.

View 30–512MHz Path

300–1700MHz RF Amplifiers

UHF to L-band wideband RF platform for custom RF chains.

View 300–1700MHz Path

300–2700MHz RF Amplifiers

UHF to S-band wideband platform for broader RF coverage.

View 300–2700MHz Path

2–6GHz RF Amplifiers

S/C-band RF amplifier platform for broadband RF systems.

View 2–6GHz Path

6–18GHz RF Amplifiers

Wideband microwave platform for high-frequency projects.

View 6–18GHz Path

18–40GHz RF Amplifiers

K/Ka-band high-frequency RF amplifier path for custom review.

View 18–40GHz Path

Not sure which platform is closest? Send the target frequency range, output power, connector, cooling and integration environment. CorelixRF can recommend whether to start from a standard platform, modified platform or custom RF development path.

Engineering Workflow

From Requirement Review to Factory-Validated RF Hardware

A clear workflow helps purchasing and engineering teams evaluate whether a custom RF product can be built, tested and integrated with manageable risk.

Requirement Review

Review frequency range, output power, operating mode, quantity, application and integration environment.

Platform Selection

Identify whether an existing amplifier, SDR, antenna or RF front-end platform can be adapted.

RF & Mechanical Adaptation

Confirm RF chain, thermal structure, connector, enclosure, mounting and control interface feasibility.

Prototype / Sample Build

Build engineering sample or customized configuration based on reviewed technical requirements.

Factory RF Testing

Validate key RF performance indicators before shipment, with measured data available when required.

Delivery & Integration Support

Provide shipment review materials, interface notes and follow-up engineering communication for integration.

Factory RF Testing & Validation

Factory RF Testing & Validation for Custom RF Hardware

For custom RF projects, validation is part of the product value. CorelixRF can review and test key RF, mechanical and thermal conditions before shipment to help customers reduce integration risk.

Output Power Review

Measured output power at required frequency points or operating bands.

Gain Flatness Check

Review of gain stability across the operating frequency window.

Harmonic / Spurious Review

RF spectrum inspection depending on product type and project requirement.

Thermal and Load Condition

Review of cooling structure, duty cycle and load-related operating conditions.

Connector Inspection

RF connector, DC interface and mechanical interface checks before shipment.

Unit-Level Records

Test data and shipment review materials available for qualified custom programs.

RF Test Bench · Output Power · Spectrum Review

Need measured RF data before integration?CorelixRF can provide output power, gain, spectrum, VSWR, thermal and unit-level test records by project requirement.

OEM RF Integration Support

Built for Project Integration, Not Only Standalone Product Sales

Many RF customers need hardware that can be installed inside a system, enclosure, rack or field platform. CorelixRF can support mechanical, electrical and documentation needs for OEM integration paths.

Mechanical Interface Review

Mounting holes, heat sink contact, airflow path, enclosure size and connector position review for project-specific installation.

RF Chain Compatibility

Amplifier, SDR, antenna and RF front-end matching review to avoid under-rated components or incompatible operating conditions.

Control & Monitoring

Support for control interface discussion, status monitoring, protection behavior and system communication requirements.

Documentation Support

Outline drawings, connector notes, measured data, test records and NDA-based engineering review for qualified programs.

SDR / RF Source→ Amplifier→ Custom RF Path→ Antenna / Load→

Procurement Risk Reduction

How CorelixRF Helps Reduce Custom RF Purchasing Risk

Custom RF sourcing becomes risky when suppliers overpromise without reviewing RF performance, thermal limits, mechanical constraints, RF chain compatibility or test validation. CorelixRF focuses on responsible engineering review before quotation and shipment.

Do Not Start from a Drawing Alone

RF performance, thermal limits, load condition, connector position and installation environment must be reviewed together.

Start from Proven Platforms Where Possible

Platform-based customization can reduce risk, shorten review cycles and make validation easier before shipment.

Confirm RF Chain Compatibility

SDR, amplifier, antenna/load, cable, connector and power handling should match before procurement decisions are locked.

Ask for Measured Data When Needed

Factory RF testing helps reduce risk before supplier approval, system integration or repeat procurement.

FAQ

Custom RF Development Questions

What custom RF products can CorelixRF support?

CorelixRF supports custom RF power amplifiers, SDR source modules, antenna platforms and RF front-end integration projects, including platform modification, project-specific RF modules and OEM integration support.

Can CorelixRF modify an existing RF platform?

Yes. Many custom projects can start from an existing CorelixRF RF amplifier, SDR or antenna platform and be adapted for frequency, output power, connector, enclosure, cooling, interface and documentation requirements.

What information should I provide for custom RF review?

Please provide frequency range, output power, CW or pulsed mode, duty cycle, input level, RF connector, voltage, control interface, cooling method, mechanical size limits, antenna or load condition, quantity and application environment.

Can CorelixRF customize SDR source modules?

CorelixRF can review SDR source module integration requirements, waveform needs, control interface, board-level format and SDR plus amplifier chain conditions.

Can CorelixRF customize antenna platforms?

Custom antenna review may include frequency range, antenna type, gain, power handling, connector, mounting, mechanical structure and RF chain matching.

Can CorelixRF support SDR + amplifier + antenna integration?

Yes. CorelixRF can review SDR source, RF amplifier, antenna or load, connector, cable loss, power handling and system-level RF chain conditions.

Do you provide measured RF data?

Measured RF data can be provided by project requirement, including output power, gain, gain flatness, spectrum, VSWR, thermal-related validation and unit-level records.

Do you support NDA-based engineering communication?

Yes. NDA-based technical communication can be supported for qualified OEM, ODM and custom RF development projects.

Next Step

Send Your Custom RF Requirement for Engineering Review

Share your frequency range, output power, operating mode, mechanical limits, RF connector, control interface, antenna or SDR requirement and expected validation data. CorelixRF will help identify a practical custom development path.

Frequency range
Output power / power handling
CW or pulse mode
Duty cycle / load condition
RF connector and DC supply
Control interface
Mechanical size limits
Required test data

Engineering Review Request

Use the CTA button to open the inquiry popup. Attach datasheets, block diagrams or system constraints if available so the engineering team can evaluate your custom RF development path more accurately.