CorelixRF | RF Systems Solutions
Custom RF Antenna Design & Manufacturing | CorelixRF
CorelixRF · Custom Engineering

CustomRF AntennaDesign & Manufacturing

OEM/ODM · 30 MHz – 6 GHz · Factory Direct

We develop application-specific antennas based on your target frequency, gain, radiation pattern, mounting structure, power handling and deployment environment. From concept review to prototyping and batch production, our engineering team works around real project constraints — not generic catalog assumptions.

30 MHz to 6 GHz OEM / ODM / Co-Design Directional / Omni / Array Factory Direct Prototype to Production
Submit Your Requirements View Customization Options
Certified Factory
Low-Barrier Prototyping
1 Unit MOQ
NDA Available
Custom High-Power Omni Antenna
VNA Testing
Anechoic Chamber
Workshop
30→6G
Freq Range
250W
Peak Power
≤1.5
VSWR
500+
RF & Antenna Projects
Supported
72h
Fastest Prototype
Lead Time
12+
Years in RF
Manufacturing
1
Unit Minimum
for Prototyping
46
Step QC Process
for Batch Control
Problem

Why Standard Antennas Fail
in Real Projects

Many RF projects fail at the antenna stage not because the system concept is wrong, but because standard antennas force compromises. Custom engineering solves these problems by designing around actual deployment conditions.

01
Frequency Mismatch
Operating band does not align with real system requirements, causing compromised performance from the start.
02
Gain & Pattern Conflict
Gain targets are unrealistic for available space, or radiation pattern does not suit the deployment geometry.
03
Mounting Constraints
Space and mounting limitations ignored, leading to mechanical integration failure in the field.
04
Power Handling Failure
Standard antennas cannot handle required CW or pulsed power levels, risking damage during operation.
05
Environmental Underestimation
Outdoor sealing, vibration and temperature extremes exceed off-the-shelf product limits.
06
Standard Product Compromise
Choosing off-the-shelf forces system-level compromise that degrades entire RF chain performance.
Solution

How We Engineer Antennas
Around Your System

Our custom antenna process starts from your system requirements and deployment conditions. We optimize frequency, gain, beam shape, polarization, connector, mounting, enclosure and power capacity as one engineering package.

01
Frequency Customization
Tune operating bands, bandwidth and matching targets for your exact RF plan.
02
Gain & Pattern Optimization
Adjust beamwidth, front-to-back ratio, omni coverage or directional focus based on mission.
03
Mechanical Adaptation
Design around available size, bracket, radome, vehicle body or enclosure limitations.
04
Connector & Feed Options
Custom connector types, cable lengths, feed routing and interface requirements.
05
Environmental Ruggedization
Adapt for outdoor exposure, vibration, temperature cycling and sealed operation.
06
Prototype to Production
Move from concept review to sample validation and controlled batch manufacturing.
Platforms

Custom Antenna Platforms We Support

Our standard architectures serve as engineering baselines. Each platform can be reconfigured for frequency, gain, mechanical form, connector and environment.

OMNIOmnidirectional antenna
Omnidirectional
Omni Platform
Broad azimuth coverage for mobile and fixed stations
Freq
100M–3GHz
Gain
2–9 dBi
VSWR
≤1.5:1
Power
50W CW
Area CoverageVehicleMast
DIRECTIONALDirectional antenna
Directional / Yagi
Directional Platform
Focused gain for point-to-point and signal control
Freq
30M–3GHz
Gain
6–18 dBi
Beam
15°–60°
F/B
≥20 dB
Counter-UASP2PMonitoring
WIDEBANDWideband antenna
Wideband / Log-Periodic
Wideband Platform
Multi-octave continuous bandwidth
Freq
30M–6GHz
Gain
5–8 dBi
VSWR
≤2.0:1
BW
Multi-Oct
BroadbandMulti-BandTest
HIGH POWERHigh-power antenna
High-Power
High-Power Platform
Demanding transmit conditions and thermal load
Freq
30M–3GHz
Power
250W
VSWR
≤1.5:1
Housing
IP67
EWGaN PAHigh Duty
ARRAYArray antenna
Array / Integrated
Array Platform
Multi-element or conformal integration
Freq
700M–6G
Config
1×2–4×4
Profile
3–12mm
Pol
CP/LP
ConformalCompactMulti
INTEGRATIONIntegration kit
Integration Kits
System Assembly
Antenna + cable + mount as ready unit
Scope
Full Assy
Cable
Matched
Mount
Custom
Test
Per Unit
Field ReadyTestedLabeled
Advantages

Why Buyers Choose CorelixRF

Custom antenna sourcing is not only about technical capability. It is also about speed of engineering communication, controllable prototyping, and consistency from sample approval to batch delivery.

01
Faster Engineering Feedback
Direct access to RF engineers means faster requirement clarification and reduced communication overhead between design and procurement.
02
Lower Prototype Barrier
Low-barrier prototyping support lets you validate concepts before committing to volume production orders.
03
Factory-Owned Testing
In-house VNA, anechoic chamber and environmental testing — not outsourced to third-party measurement labs.
04
Design–MFG Alignment
Engineering and production under one roof reduces the gap between design intent and manufactured result.
05
Batch Consistency Control
46-step QC process on every production batch ensures repeatable performance across delivered units.
06
One Supplier, Full Chain
From concept review to prototype to batch shipment — no middlemen, no coordination gaps, one point of contact.
Capability

Engineering, Testing &
Manufacturing Control

Reliable custom antenna delivery depends on simulation, prototyping, RF validation, mechanical execution and manufacturing control working together under one roof.

  • RF Engineering
    HFSS and CST full-wave simulation, impedance matching, radiation pattern engineering and S-parameter modeling.
    HFSS · CST · S-Parameters
  • Test & Validation
    VNA measurement, VSWR sweep, gain verification, radiation pattern testing and chamber validation on every unit.
    100% Unit Test · Individual Data Sheets
  • Environmental Qualification
    Thermal cycling (−40°C to +70°C), vibration, humidity and salt spray testing. IP67-rated housing available.
    MIL-STD-810G/H · IP67
  • Production & QC
    CNC machining, radome fabrication, assembly inspection, sealing checks and 46-step batch consistency control.
    ISO Compliant · GJB Documented
VNA testing in RF lab
Anechoic chamber testing
Workshop assembly
Packing and export
Product close-up
ISO 9001
Quality System
GJB
Military Std
CE/FCC
EMC Cert
MIL-810
Environmental
Applications

Application Scenarios

Custom antennas are selected by deployment task, mechanical limitation, RF objective and environmental condition. We support projects across fixed, mobile, tactical and test environments.

Counter-UAS deployment
01
Counter-UAS Deployment
Directional coverage, focused radiation and field-ready mounting for drone countermeasure systems.
Vehicle-mounted RF system
02
Vehicle-Mounted RF
Stable performance under structural vibration and space constraints for mobile deployment.
Portable field deployment
03
Portable Field Deployment
Lightweight or compact formats for temporary or mobile field operations and rapid setup.
Fixed-site monitoring
04
Fixed-Site Monitoring
Broadband or application-specific coverage for permanent installation at monitoring stations.
RF test lab
05
RF Test & Lab Platforms
Repeatable antenna behavior for engineering validation and test environments.
Special platform integration
06
Special Platform Integration
Custom mechanical or electrical adaptation for non-standard system structures.
Buyer Guide

What Buyers Often Overlook in Custom Antenna Sourcing

Many delays begin long before production. Incomplete requirements and missing environmental details often result in unnecessary redesign cycles.

  • 01
    Defining only frequency but not radiation pattern or coverage requirements
  • 02
    Asking for gain without specifying available size or mounting space
  • 03
    Ignoring connector type, cable routing and feed interface constraints
  • 04
    Missing power handling and thermal dissipation requirements
  • 05
    Not specifying real deployment environment and operating conditions
  • 06
    Approving prototypes without considering batch production consistency
Customer Impact

Why This Matters to Your Project

In-house coordination between engineering, testing and manufacturing improves the chance that the delivered antenna behaves as expected in the final system.

  • Less back-and-forth — fewer handoffs between departments mean faster alignment on requirements
  • Faster to sample — move from concept to validated sample with shorter engineering loops
  • Controllable schedule — better visibility into production status and delivery timeline
  • Smoother production transition — prototype to batch with consistent tooling and process
  • Reduced mismatch — lower risk of gap between design intent and manufactured result
Evidence

Factory, Test & Packing Proof

Trust in custom manufacturing comes from visible process control — real engineering, real testing and real shipment execution.

Engineering
EM simulation
  • HFSS / CST simulation
  • Impedance matching
  • Pattern optimization
  • Design review documents
Testing
Anechoic chamber testing
  • VNA S11/VSWR sweep
  • Anechoic chamber gain test
  • Radiation pattern measurement
  • Individual test reports
Manufacturing
Manufacturing workshop
  • CNC / structural execution
  • Radome / housing assembly
  • Sealing / reliability checks
  • Batch consistency control
Delivery

Global Delivery Experience

We support international RF projects that require manufacturing responsiveness, shipment coordination and documentation support across multiple markets.

30+
Countries
Delivered
500+
RF Projects
Supported
12+
Years
Experience
Trust

Trusted by Engineering Buyers

System Integrators
Defense & Commercial
UAV Providers
Platform & Payload
RF Equipment OEMs
TX / RX Systems
Tactical Teams
Vehicle & Manpack
Test & Lab
R&D Validation
"Responsive engineering support — technical questions answered within hours, not days."
"Fast prototype coordination from requirement submission to physical sample delivery."
"Better technical communication compared to previous antenna suppliers."
"Stable production consistency — measured data matched prototype specs across batches."
FAQ

Frequently Asked Questions

At minimum: target frequency range, gain requirement, VSWR target, power handling level, mounting method and operating environment. Drawings, reference samples or existing specs are also welcome.
Yes. We work from customer-provided drawings, 3D models, hand sketches and physical reference samples. Our engineers translate your input into a manufacturable design with full EM simulation verification.
Every unit ships with individual VNA-measured S11/VSWR data. Gain and radiation pattern measurements from our anechoic chamber are included in the design validation package.
For designs based on existing platforms, 72 hours to 7 days from design approval. New designs require EM simulation first (3–5 days), then fabrication. Total typically 2–3 weeks from requirement confirmation.
Yes. Minimum order is 1 unit. Many customers start with 1–5 prototypes, then scale. We use production-intent tooling from the prototype stage to avoid spec drift.
Yes. All mechanical interfaces including connector type (N, SMA, TNC, BNC and custom), cable length, bracket design and radome material are configurable.
Yes. We design for outdoor installation, vehicle mounting with vibration, −40°C to +70°C temperature range, and IP67 sealing. MIL-STD-810 qualification is available.
Yes. OEM manufacturing to your design, ODM with full IP transfer, and co-development partnerships. NDA and confidentiality agreements are standard.
Compliance

Certificates & Quality Documentation

ISO 9001
Quality Management
System
GJB
Military Standard
Compliance
CE / FCC
EMC
Certification
MIL-STD-810
Environmental
Qualification
IP67
Sealed Housing
Rating
Start Your Project

Start Your
Custom Antenna
Project

Tell us your operating frequency, gain target, structure limitations and deployment conditions. Our team will review feasibility and recommend a suitable custom direction.

  • Defense system integrators requiring MIL-spec antennas
  • Electronic warfare and counter-drone OEMs
  • Test & measurement equipment manufacturers
  • Engineers prototyping new RF systems
24h Engineering Response
Confidential · NDA
1 Unit MOQ
Direct Engineering Contact
info@corelixrf.com
WhatsApp: +86 150 5974 7408
Engineering InquiryResponse ≤ 24h
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Project submissions are handled confidentially. CorelixRF does not share your requirements with third parties.

Engineering response within 24 hours · Prototype proposal within 3 business days

From requirement review to prototype and batch delivery, we support custom antenna projects with engineering-first coordination.