6 GHz
380MHz–6GHz Coverage
From UHF to C-band, the platform covers both narrow application bands and broadband transmission requirements across a wide RF range.
Factory Direct RF Antenna Manufacturer
380MHz–6GHz
Omnidirectional Antenna
Platform
CorelixRF provides an omnidirectional antenna platform covering 380MHz to 6GHz across multiple model families, including narrow-band fiberglass omni antennas and broadband cylindrical omni antennas.
Two series: HZANT narrow-band for targeted frequency coverage, HZA broadband cylinder for wideband high-power operation.
All core models use copper radiating elements, 50Ω architecture, vertical polarization, and N-J connector configuration, with VSWR below 2.0 — engineered to mate with GaN RF power amplifiers.
380 MHz – 6 GHz VSWR ≤ 2.0 Up to 250W Power Copper + FRP/Nylon
Factory Direct
Model-Based Band Selection
VNA-Based Verification
Technical Files Available
For buyers looking for a factory source rather than a catalog reseller, this page gives a complete view of our omnidirectional antenna platform: frequency coverage, product families, construction logic, test validation, and typical integration scenarios.
HZANT / HZA SERIES
Freq Range
380–6000
MHz
VSWR
≤ 2.0
Full Band
Max Power
250W
Selected HZA
Models
10
Core Models
Why Choose CorelixRF
Why Buyers Choose Our Omnidirectional Antenna Platform
This antenna platform is built for engineering-driven projects that require stable omnidirectional radiation, repeatable RF performance, and direct compatibility with amplifier-based transmission systems. Instead of sourcing generic antennas with unclear test history, buyers can work directly with a manufacturer that maintains model-specific documentation, RF measurement verification, and project-side technical support.
2
Two Structural Product Families
Fiberglass omni models for band-defined deployments, and cylindrical omni models for broader coverage and higher continuous power handling. Model selection by frequency, power, and structure type.
50Ω
RF Interface Consistency
The platform is built around 50Ω impedance, vertical polarization, and N-J connector configuration, making model selection more predictable across different frequency segments.
VNA
Measured RF Verification
Available technical files include VSWR testing, radiation-pattern testing, and gain/efficiency records, helping buyers evaluate how each model behaves beyond headline frequency claims.
HZANT Narrow-Band Series · HZA Broadband Cylindrical Series
Get technical files, test capability overview, and model comparison data.
Request Factory OverviewProduct Matrix
Omnidirectional Antenna Models by Frequency Band
Filter by series or band to compare frequency range, gain, power handling, and structure type. HZANT series covers narrow-band fiberglass models. HZA series covers broadband cylindrical models with higher power capability.
| Model | Frequency Range | Band Application | Gain (dBi) | VSWR | Max Power | E-Plane HPBW | Dimensions | Connector | Best For | Model No. | Details |
|---|---|---|---|---|---|---|---|---|---|---|---|
| HZANT Series — Narrow-Band Fiberglass Omni · FRP Radome · Φ20–32 × 600mm | |||||||||||
| HZANT433440-50JQ | 430 – 440 MHz | UHF Control | 3 dBi | ≤ 2.0 | 50W | 116.8° | Φ20–32 × 600mm | N-J (Bottom) | UHF control and telemetry | JH-H-433-3 | View Details |
| HZANT860930-50JQ | 860 – 930 MHz | UHF Control | 4.8 – 5.69 dBi | ≤ 2.0 | 50W | 58.25° | Φ20–32 × 600mm | N-J (Bottom) | 868 / 900 MHz telemetry coverage | JH-H-900-3 | View Details |
| HZANT11701280-50JQ | 1170 – 1280 MHz | GNSS L1/L2 | 5.5 – 8 dBi | ≤ 2.0 | 50–150W | 66.62° | Φ20–32 × 600mm | N-J (Bottom) | GNSS L-band coverage | JH-H-1280-8 | View Details |
| HZANT15601610-50JQ | 1560 – 1610 MHz | GPS L1 / BDS | 7.7 – 8.5 dBi | ≤ 2.0 | 50–150W | 30.84° | Φ20–32 × 600mm | N-J (Bottom) | GPS L1 / BDS B1 coverage | JH-H-1610-8 | View Details |
| HZANT24002500-50JQ | 2400 – 2500 MHz | 2.4G Wi-Fi | 4.7 – 8 dBi | ≤ 2.0 | 50–150W | 39.21° | Φ20–32 × 600mm | N-J (Bottom) | 2.4 GHz RF / video coverage | JH-H-2400-8 | View Details |
| HZANT51505250-50JQ | 5150 – 5250 MHz | 5G Wi-Fi | 4.1 – 7.4 dBi | ≤ 2.0 | 50–150W | 42.3° | Φ20–32 × 600mm | N-J (Bottom) | 5.2 GHz band coverage | JH-H-5200-7 | View Details |
| HZANT57255850-50JQ | 5725 – 5850 MHz | 5.8G FPV | 7.4 – 8 dBi | ≤ 2.0 | 50–150W | 19.04° | Φ20–32 × 600mm | N-J (Bottom) | 5.8G FPV / RF video coverage | JH-H-5850-8 | View Details |
| HZA Series — Broadband High-Power Cylinder · Nylon Radome · Φ90mm · Flange Mount | |||||||||||
| HZA8002600-OD1 | 800 – 2600 MHz | Wideband | 5.5 dBi | ≤ 2.0 | 250W | 115.77° | Φ90 × 120mm · Φ140 Flange | N-J (Bottom) | Multi-band fixed site | JH-H-2600-7 | View Details |
| HZA3803000-OD1 | 380 – 3000 MHz | Wideband | 9 dBi | ≤ 2.0 | 250W | 143.68° | Φ90 × 240mm · Φ145 Flange | N-J (Bottom) | Wideband C-UAV | JH-H-3000-7 | View Details |
| HZA4006000-OD1 | 400 – 6000 MHz | Wideband | 9 dBi | ≤ 2.0 | 250W | 122.19° | Φ90 × 240mm · Φ145 Flange | N-J (Bottom) | Full-spectrum transmission | JH-H-6000-9 | View Details |
Platform Overview · 10 Core Models · HZANT + HZA Series
Need a custom frequency band, higher power rating, or different connector interface?
Submit Custom RequirementsFrequency Coverage
Two Product Families Covering 380MHz to 6GHz
Rather than forcing every project into one antenna form factor, we separate our omnidirectional portfolio into narrow-band and broadband families. This makes model selection more practical for integrators, procurement teams, and RF engineers who need either focused band coverage or multi-band operation in one antenna body.
380 MHz860 MHz1.6 GHz2.6 GHz4 GHz6 GHz
HZA Broadband Series — Single Antenna Coverage
800–2600 MHz · HZA8002600
380–3000 MHz · HZA3803000
400–6000 MHz · HZA4006000
01
430 – 440 MHz
UHF Band — 430–440 MHz
Primary command link for agricultural drones, long-range RC systems, and FrSky/ELRS platforms. 3 dBi gain, 116.8° E-plane beamwidth.
Gain: 3 dBi · VSWR ≤2.0
Max Power: 50W · Series: HZANT
02
860 – 930 MHz
L-Band Telemetry — 860–930 MHz
868 MHz EU telemetry, 900 MHz US ISM, SiK radio links. 4.8–5.69 dBi for medium-range deployments.
Gain: 4.8–5.69 dBi · 58.25° HPBW
Max Power: 50W · Series: HZANT
03
1170 – 1280 MHz
GNSS L2/L5 Band
GPS L2, BeiDou B2, Galileo E5b, GLONASS L2. 5.5–8 dBi gain, 66.62° beamwidth.
Gain: 5.5–8 dBi · 66.62° HPBW
Max Power: 50–150W · Series: HZANT
04
1560 – 1610 MHz
GPS L1 / BeiDou B1
GPS L1 (1575 MHz), BeiDou B1 (1561 MHz), Galileo E1. Highest narrow-band gain at 7.7–8.5 dBi.
Gain: 7.7–8.5 dBi · 30.84° HPBW
Max Power: 50–150W · Series: HZANT
05
2400 – 2500 / 5150–5850 MHz
2.4G Wi-Fi / 5G FPV
DJI OcuSync, FPV video, 802.11ac. Three models covering 2.4G and full 5 GHz range with gain up to 8.5 dBi.
Gain: 4.1–8 dBi · HPBW to 19°
Max Power: 50–150W · Series: HZANT
HZA Broadband Cylinder Series
250W CW · Nylon Radome · Φ90mm Cylinder · Flange Mount · Single antenna covering hundreds of MHz
HZA
800 – 2600 MHz
HZA8002600-OD1
Compact Φ90×120mm cylinder. Covers cellular 900 MHz through LTE/WCDMA bands up to 2600 MHz. Ideal for multi-standard transmission or site monitoring applications.
Gain: 5.5 dBi · E-plane: 115.77°
250W · Φ90×120mm · 600g · Flange
HZA
380 – 3000 MHz
HZA3803000-OD1
2.62 GHz bandwidth in a single antenna — from UHF (380 MHz) through L-Band to S-Band (3 GHz). Can reduce the need for multiple band-specific antennas in wide-coverage RF deployments.
Gain: 9 dBi · E-plane: 143.68°
250W · Φ90×240mm · ~1kg · Flange
HZA
400 – 6000 MHz
HZA4006000-OD1
5.6 GHz bandwidth — the widest single-antenna coverage in our range. Covers 400 MHz through 6 GHz in one unit: UHF, L, S, C-Band, and 5.8 GHz FPV all simultaneously.
Gain: 9 dBi · E-plane: 122.19°
250W · Φ90×240mm · ~1kg · Flange
Narrow-Band Fiberglass · Broadband Cylindrical · 380MHz–6GHz Platform
Need simultaneous multi-band coverage with a single mount? We engineer multi-band antenna arrays.
Discuss Multi-Band SystemEngineering Specifications
Electrical and Mechanical Design for RF System Integration
Our omnidirectional antennas are built for buyers who care about more than just headline gain numbers. The real value is in the combination of frequency coverage, structure stability, impedance control, and direct compatibility with real RF hardware such as GaN power amplifiers, transmission modules, and fixed-site systems.
HZANT · FRP · Φ20–32mm
HZA · Nylon · Φ90mm
Gain by Frequency Band
HZANT Narrow-Band Series
HZA Broadband Cylinder Series
VSWR Compliance · All Models
VSWR SWEEP — VNA-BASED VERIFICATION
CW Power Handling
50W
HZANT
433–930
433–930
150W
HZANT
1170–5850
1170–5850
250W
HZA
Selected Models
Selected Models
Construction Materials
Copper Radiating Element
Pure copper construction for radiating elements — higher conductivity than aluminum alternatives, stable resistance across temperature range, and superior corrosion performance in humid and coastal environments.
Low resistive loss · Stable impedanceFRP Fiberglass Radome
Glass fiber reinforced polymer radome: RF-transparent, structural, UV-stable. Maintains dimensional tolerances from -40°C to +65°C without expansion or warping that would shift the impedance match.
RF transparent · Structural gradeBottom-Mount N-J Connector
Bottom-mount N-J connector, standardized 50Ω interface. Rated for sustained outdoor deployment — weatherproof mating surface, stainless steel contact body, compatible with all standard N-type cables and adapters.
50Ω · N-J · Bottom mountMount Options (HZANT Series)
HZANT models support clamp-type, hoop-type, and collision-proof spring mounts for vehicle-mounted platforms. Φ20–32 × 600mm form factor is consistent across all seven models for standardized installation brackets.
Clamp · Hoop · Spring-mount optionsFlange Mount + Nylon (HZA Series)
HZA cylinder series uses Φ140–145mm flange base for permanent fixed-site installation on masts, panels, or vehicle roofs. Engineering-grade nylon radome handles thermal stress from 250W continuous operation without RF performance degradation.
Φ140/145mm flange · Nylon · 250W ratedVertical Polarization — Both Series
All ten models use vertical linear polarization, matched to standard UAV communication systems. Consistent polarization orientation across both series enables mixed HZANT + HZA array configurations without cross-polarization loss.
Vertical linear · Array-compatible · Both seriesRadiation Patterns
Representative Radiation Patterns and Gain Characteristics
As omnidirectional antennas, these models provide stable 360° horizontal coverage. Pattern data below helps buyers judge which models better fit their coverage, transmission, or deployment requirements.
UHF BAND
430 – 440 MHz
HZANT433440
Gain: 3 dBi · E-plane HPBW: 116.8°
GPS L1/BDS
1560 – 1610 MHz
HZANT15601610
Gain: 7.7–8.5 dBi · E-plane: 30.84°
5.8G FPV
5725 – 5850 MHz
HZANT57255850
Gain: 7.4–8 dBi · E-plane: 19.04°
HZA Broadband Cylinder Series — Wide E-Plane Patterns
400–6 GHz
400 – 6000 MHz
HZA4006000-OD1
Gain: 9 dBi · E-plane: 122.19° · 250W
Showing 4 representative models. Full pattern data for all 10 models available in individual datasheets.
Full H-plane and E-plane measured pattern data — including multi-frequency sweeps at 400 MHz, 1 GHz, 2 GHz, 3 GHz, 5 GHz, and 6 GHz — available in individual datasheets.
Request Pattern Data
Manufacturing Capability
Why Buy From a Direct RF
Antenna Manufacturer
CorelixRF provides model-based antenna design, specification documentation, RF measurement verification, and project-side technical support for both the HZANT fiberglass narrow-band series and the HZA cylindrical broadband series.
VNA Measurement — Every Unit
Each antenna is swept with a vector network analyzer before shipment. VNA-based VSWR verification is used in production testing. Representative RF test records and pattern data can be provided based on project requirement.
In-House RF Impedance Tuning
Element geometry and feed network tuned to achieve ≤2.0 VSWR across the specified band. Custom frequency variants available — prototype lead time varies by specification.
GJB 150.16A Vibration Certified
Validated under 3-axis random vibration per GJB 150.16A military standard — same protocol applied to GaN amplifier modules. Connectors, radome, and element all pass without mechanical or RF degradation.
OEM / ODM Manufacturing
White-label and custom-branded production available. Custom model numbering, packaging, documentation, and frequency configurations for system integrators and OEM customers.
Batch Production Capability
Structured antenna production capability supporting both prototype and volume orders. Design, RF measurement, and validation processes are maintained across production batches.
Direct Manufacturer Quick Reference
Manufacturer or Trading Company
Direct Manufacturer
Quality System
VNA-Based RF Verification
Test Capability
VNA Sweep / VSWR / S11
OEM Customization
Yes
Sample Availability
Yes
Drawing Support
Yes
Prototype Lead Time
Varies by Spec
Production Capacity
Batch Production Available
Environmental Performance
125°C
Thermal Span
(-40 to +85°C)
(-40 to +85°C)
IP67
Weather Seal
Rating
Rating
VNA
Test Method
VSWR + Pattern
VSWR + Pattern
VNA
Per-Unit Test
With Report
With Report
Operating Temp: -40°C to +65°C (Active) · Storage: -40°C to +80°C
HZANT Element: Copper · Radome: FRP · Φ20–32×600mm · 1–2kg · Clamp/Hoop/Spring mount
HZA Element: Copper · Radome: Nylon · Φ90mm · 600g–1kg · Φ140/145mm Flange mount
Connector: N-J Bottom Mount · Impedance: 50Ω · Polarization: Vertical
VNA Test Report
Production Line
Copper Element Detail
Certification & Packaging
View factory capability documentation, test records, and technical support options.
Request Capability DocumentsApplication Areas
Projects Where This Omnidirectional Antenna Platform Is Relevant
From band-defined narrow deployments to fixed-site high-power RF transmission — both series cover a range of application categories with different power, bandwidth, and mounting profiles. Select based on your frequency requirement and installation architecture.
Counter-UAV Systems
360° coverage for fixed-site and vehicle-mounted C-UAS platforms. Multi-band arrays covering all UAV control and navigation frequencies.
Electronic Warfare
GAN-amplifier matched, 50Ω interface, high power handling. Suitable for EW transmission systems requiring stable wideband omnidirectional radiation.
EMC Pre-Compliance
Calibrated radiating source for pre-compliance susceptibility testing in EMC lab environments. Flat gain profile simplifies test level calculations.
Base Station & IoT
HZA broadband cylinder series covers multi-standard cellular and IoT bands simultaneously — replaces multiple single-band antennas on fixed infrastructure installations.
Wideband Transmission
OEM integration into wireless transmission products requiring standardized, factory-validated antenna components with documented RF performance.
Band-Defined Site Coverage
Wideband RF Transmission System
Have a specific deployment requirement? Our engineers can advise on antenna selection and system configuration.
Talk to an RF EngineerSystem Integration
Matched for RF Power Amplifier and Transmission System Integration
These antennas work as part of a complete RF chain — signal generation, amplification, and radiation output. Connector logic, impedance control, and mechanical practicality are part of the product definition from the start.
SDR Source
100 MHz – 6 GHz
GaN Amplifier
30W – 200W · 30 MHz–6 GHz
HZANT Antenna
Omni · 50Ω · ≤2.0 VSWR
360° Radiation
Full Spectrum Coverage
SDR SOURCE → GaN PA → HZANT / HZA ANTENNA → 360° COVERAGE
Single Supplier · Pre-Matched · System Validated
RF Chain Deployment
Order the antenna standalone or as part of a complete RF chain with matched RF power amplifiers and SDR signal source modules. System-level validation report available.
Request System ConfigurationFAQ
Frequently Asked Questions
Common questions from procurement teams, RF engineers, and system integrators evaluating our omnidirectional antenna platform.
What frequency bands do your omnidirectional antennas cover?
Our omnidirectional antenna platform covers 380MHz to 6GHz, with different models designed for narrow-band or broadband operation depending on project needs.
What is the difference between the HZANT and HZA series?
The HZANT series focuses on narrow-band coverage for targeted frequency applications, while the HZA series uses a broadband cylinder design for wider-band, higher-power transmission scenarios.
What RF applications is this platform relevant for?
The platform is relevant for band-defined RF coverage, broadband site deployment, interference management systems, multi-band RF transmission, and technical procurement evaluation where measurable RF data and model-specific selection logic are important.
Is RF test data available for these antennas?
VNA-based VSWR testing is used in verification. Representative RF test records and pattern data can be provided based on project requirement.
Do you support OEM radome or mounting customization?
Yes. We support white-label and custom-branded production including custom model numbering, packaging, documentation, frequency configurations, and mounting adaptations for system integrators and OEM customers.
What is the maximum continuous power handling?
Selected broadband HZA models support up to 250W continuous wave power handling. HZANT narrow-band models range from 50W to 150W depending on the specific frequency model.
Are your antennas compatible with RF power amplifiers?
Yes. The platform uses N-J connector configuration and a 50Ω RF interface, and is designed for direct matching with GaN RF power amplifiers and other RF transmission-side hardware.
Are you a manufacturer or a trading company?
We are a factory-direct manufacturer with antenna fabrication, tuning, measurement, and validation handled under one roof. factory-direct manufacturer with model-based documentation, RF measurement, and validation support available on request.
Request Datasheets &
Engineering Support
Tell us your frequency band, power level, and application type. Our RF team will recommend the right model and provide test data within 24 hours.
Or email directly: sales@corelixrf.com