Frequency Mismatch
The operating band does not align with the real system requirement, causing poor matching or limited usable bandwidth.
CorelixRF · Custom Engineering
Custom RF Antenna Design & Manufacturing
Factory-direct custom antenna engineering from 30MHz to 6GHz
CorelixRF develops application-specific RF antennas based on your frequency band, gain target, radiation pattern, polarization, connector interface, mounting structure, power handling, and deployment environment. We support feasibility review, prototype validation, RF testing, documentation, and controlled batch production.
30MHz–6GHz Custom RangeOEM / ODM / Co-DesignOmni / Directional / ArrayRF Chain MatchingPrototype to Production
FactoryDirect RF manufacturing
PrototypeLow-volume support
TestingVSWR / pattern data
NDAOEM documentation
30M–6GCustom Range
OEMProject Support
RF TestData Available
Problem
Why Standard Antennas Fail in Real RF Systems
Many RF projects fail at the antenna stage because standard models force compromises. Custom engineering solves these problems by designing around real RF, mechanical and deployment conditions.
Gain & Pattern Conflict
Gain targets may not match available size, beamwidth, coverage direction, or installation geometry.
Mounting Constraint
Space, bracket, radome, vehicle body, mast, or enclosure limits are often ignored in catalog selection.
Power & RF Chain Risk
Antenna power handling, duty cycle, cable loss and amplifier output may not be reviewed together.
Environment Uncertainty
Outdoor exposure, vibration, temperature and sealing requirements can exceed off-the-shelf assumptions.
Customization Scope
What CorelixRF Can Customize for Your Antenna Project
Custom antenna development should review RF performance and mechanical integration as one engineering package, not as separate catalog choices.
Frequency Band
Custom operating bands, bandwidth, matching targets and project-defined RF coverage.
Gain & Beam Pattern
Balance directivity, coverage, front-to-back behavior, omni coverage or directional focus.
Polarization
Vertical, horizontal, circular or project-defined polarization review based on system deployment.
Connector & Cable
N-type, SMA, TNC, cable length, connector placement and feed routing options.
Mounting & Radome
Vehicle, mast, enclosure, flange, clamp, bracket, radome color and mechanical protection.
Power Handling
Review CW or pulse power, duty cycle, amplifier compatibility and thermal constraints.
Platforms
Custom Antenna Platforms We Support
Standard architectures serve as engineering baselines. Each platform can be reviewed for frequency, gain, pattern, mechanical form, connector, environment and production requirements.
Omni
Custom Omnidirectional Antennas
For 360° RF coverage, fixed stations, vehicle-mounted systems and outdoor communication links.
Panel
Custom Directional / Panel Antennas
For point-to-point links, sector coverage, UAV-related RF links and fixed directional installations.
Horn
Custom Horn Antennas
For RF testing, EMC, directional transmission, laboratory measurement and wideband validation.
Frequency / aperture / gainConnector / fixture / powerPattern data review
Wideband
Wideband Antenna Platforms
For multi-band RF systems, test platforms and integration projects requiring flexible band coverage.
Bandwidth / VSWR / efficiencySize / power / cable lossSystem integration support
Array
Array / Multi-Antenna Integration
For system-level RF platforms where antenna placement, isolation, cable routing and enclosure fit matter.
Spacing / routing / isolationMechanical layout reviewRF chain compatibility
Engineering Evidence
Engineering Review, RF Testing and Documentation Support
Custom antenna sourcing should include feasibility review, RF test data, mechanical confirmation and export-ready documentation before the project moves into batch production.
Feasibility Review
We review frequency, gain, pattern, size, mounting, connector, power handling and deployment constraints before prototype direction.
VSWR / Gain / Pattern Testing
VSWR, gain reference, radiation pattern, connector interface and representative test data can be prepared for project review.
Mounting Confirmation
Mounting method, radome, enclosure, cable routing, connector placement and installation feasibility are reviewed before production.
OEM Documentation
Datasheets, test records, model references, packing information, OEM documents and NDA-based engineering files can be supported.
Workflow
From Requirement Review to Prototype and Batch Production
A structured path helps procurement and engineering teams avoid moving too fast into production before RF and mechanical risks are reviewed.
Requirement Intake
Collect frequency, gain, pattern, polarization, mounting, environment, quantity and documentation needs.
RF + Mechanical Review
Review antenna feasibility against system constraints, size, connector, cable and power requirements.
Proposal Direction
Recommend a standard baseline, modified platform or custom development direction.
Prototype Build
Prepare sample or prototype units for engineering evaluation where project feasibility allows.
Test & Validation
Support VSWR, gain, pattern, connector, mounting and documentation review before batch approval.
Batch Production
Move into controlled manufacturing, packing and export documentation support after validation.
Applications
Where Custom RF Antennas Are Used
Custom antenna work is most valuable when the RF system has frequency, mechanical, power, environmental or integration constraints that standard models cannot resolve.
UAV / Telemetry Links
Custom antenna review for ground stations, telemetry channels, and project-defined link requirements.
Vehicle-Mounted RF Systems
Mechanical mounting, radome, vibration, cable routing and power review for mobile platforms.
Fixed Communication Stations
Outdoor fixed installation with custom gain, pattern, connector and environmental requirements.
C-UAS / EW Support
Engineering-side antenna integration for controlled RF system platforms and project validation.
RF Testing / Laboratory
Custom horn, wideband, measurement and validation antenna platforms for lab and test environments.
Procurement Pitfalls
Avoid These Mistakes Before Ordering a Custom Antenna
A custom antenna request should define more than a frequency band. These details affect RF performance, mechanical feasibility and production risk.
Only Giving Frequency
Risk: Missing gain, pattern, polarization and bandwidth targets. Response: We request a complete RF requirement set before feasibility review.
Ignoring Amplifier Power
Risk: Antenna power handling does not match output power or duty cycle. Response: We review antenna and RF amplifier compatibility together.
Late Connector Decisions
Risk: Cable routing and connector placement cause integration delays. Response: Connector, cable and feed path are reviewed early.
Over-Specifying Gain
Risk: Gain targets conflict with antenna size or beamwidth. Response: We review gain, pattern and mechanical limits as one package.
Ignoring Environment
Risk: Outdoor, vibration or temperature conditions exceed assumptions. Response: Mounting, radome and ruggedization are reviewed before prototype.
Skipping Prototype Validation
Risk: Batch production starts before RF and mechanical risks are known. Response: We support sample validation before production approval.
FAQ
Frequently Asked Questions Before Custom Antenna Development
These questions help buyers prepare the information needed for a practical engineering review.
We usually need frequency band, gain target, radiation pattern, polarization, connector type, cable length, mounting method, power handling, environment, quantity and documentation requirements.
Yes. CorelixRF can review custom frequency bands, gain direction, beam pattern, polarization, connector, cable, mounting structure, radome and mechanical integration requirements.
Yes. Low-volume prototype support is available for engineering evaluation before batch production, depending on project feasibility and antenna type.
Yes. We can review antenna power handling, VSWR target, connector interface, cable loss, duty cycle and RF power amplifier compatibility.
VSWR references, gain review, radiation pattern data, representative test records and project documentation can be supplied depending on the custom antenna project scope.
Yes. NDA handling, OEM labeling, project documentation, model references, packing information and test data packages can be reviewed for OEM projects.
Engineering Review
Send Your Custom Antenna Requirement for Engineering Review
Share your frequency band, gain target, radiation pattern, polarization, power handling, connector, mounting environment, quantity and documentation requirement. CorelixRF can review feasibility and recommend a custom development direction.