Standard Omni Antenna Model Supply
Standard CRF-OA models are organized by frequency band, gain, VSWR, connector, dimensions, mounting method, and power handling for faster procurement review.
Factory-Direct RF Antenna Manufacturer
380MHz–6GHz Omnidirectional RF Antennas for Transmission & Integration Projects
CorelixRF supplies narrow-band and broadband CRF-OA omnidirectional RF antennas for outdoor RF coverage, wireless communication, fixed installation, system integration, and RF power amplifier matching. Standard models support N-J 50Ω interfaces, vertical polarization, VSWR review, measured pattern references, and project-based RF documentation.
380MHz–6GHz Coverage
OA Series Models
N-J / 50Ω Interface
VSWR ≤2.0
Up to 250W
CRF-ANT-NB / CRF-ANT-WB Series
Range380–6000MHz
Gain0–12dBi
Power50–250W
SupportVSWR / Pattern
Model Range
Factory-Direct Omnidirectional RF Antenna Model Selection
Use this corrected matrix as a quick engineering reference. It follows the uploaded CRF-OA omnidirectional antenna datasheets, including frequency range, gain, VSWR, power, connector, size, and typical installation information.
Tip: “Datasheet” opens the datasheet access popup, while “Request” opens the RFQ / engineering review popup. Model data is corrected from the uploaded CRF-OA datasheets.
| Model | Series | Frequency | Gain | VSWR | Power | Connector | Size / Mounting Reference | CTA |
|---|---|---|---|---|---|---|---|---|
| CRF-OA-430M440M-3dBi | NB | 430–440MHz | 3dBi | <2.0 | 50W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-630M780M-4.9-7dBi | NB | 630–780MHz | 4.9–7dBi | <2.0 | 150W max | N-J | Φ25 × 600mm · Optional mount styles | |
| CRF-OA-720M880M-4.86-6.19dBi | NB | 720–880MHz | 4.86–6.19dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Optional mount styles | |
| CRF-OA-860M930M-4.8-5.69dBi | NB | 860–930MHz | 4.8–5.69dBi | <2.0 | 50W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-860M1020M-5.01-6.64dBi | NB | 860–1020MHz | 5.01–6.64dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Optional mount styles | |
| CRF-OA-868M915M-5.52-6.36dBi | NB | 868–915MHz | 5.52–6.36dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Optional mount styles | |
| CRF-OA-1170M1280M-5.5-8dBi | NB | 1170–1280MHz | 5.5–8dBi | <2.0 | 50–150W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-1420M1580M-8.16-9.56dBi | NB | 1420–1580MHz | 8.16–9.56dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Clamp mount | |
| CRF-OA-1560M1610M-7.7-8.5dBi | NB | 1560–1610MHz | 7.7–8.5dBi | <2.0 | 150W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-2375M2495M-6.22-7.4dBi | NB | 2375–2495MHz | 6.22–7.4dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Clamp mount style | |
| CRF-OA-2400M2500M-4.7-8dBi | NB | 2400–2500MHz | 4.7–8dBi | <2.0 | 150W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-2750M2850M-6.69-8.97dBi | NB | 2750–2850MHz | 6.69–8.97dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Clamp mount style | |
| CRF-OA-3250M3450M-7.9-9.7dBi | NB | 3250–3450MHz | 7.9–9.7dBi | <2.0 | 50W | N-J | Φ25 × 600mm · Clamp mount style | |
| CRF-OA-5150M5250M-4.1-7.4dBi | NB | 5150–5250MHz | 4.1–7.4dBi | <2.0 | 150W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-5150M5850M-12dBi | NB | 5150 / 5850MHz | 12dBi | ≤1.5 | 50W | N-J | Φ20 × 570mm · Optional mount styles | |
| CRF-OA-5725M5850M-7.4-8dBi | NB | 5725–5850MHz | 7.4–8dBi | <2.0 | 150W | N-J | Φ20–Φ32 × 600mm · Optional mount styles | |
| CRF-OA-800M2600M-5.5dBi | WB | 800–2600MHz | 0–5.5dBi | <2.0 | 250W | N-J | Φ90 × 120mm · Flange mount | |
| CRF-OA-380M3000M-7dBi | WB | 380–3000MHz | 0–7dBi | <2.0 | 250W | N-J | Φ90 × 240mm · Flange mount | |
| CRF-OA-400M6000M-0-9dBi | WB | 400–6000MHz | 0–9dBi | <2.0 | 250W | N-J | Φ90 × 240mm · Flange mount |
Frequency Coverage
380MHz–6GHz Frequency Coverage at a Glance
This short module keeps the page complete without making it too long. It helps buyers quickly confirm whether their operating band fits a standard omni antenna range or requires custom review.
380–930MHz
UHF / ISM
UHF / ISM
1170–1610MHz
L-Band / GNSS
L-Band / GNSS
2400–5850MHz
2.4G / 5G / 5.8G
2.4G / 5G / 5.8G
380–6000MHz
Broadband Omni Options
Broadband Omni Options
UHF / ISM380–930MHz
For lower-band RF coverage, wireless communication, and defined UHF requirements.
L-Band / GNSS1170–1610MHz
For L-band and GNSS-related RF coverage projects requiring model-specific review.
2.4G / 5G / 5.8G2400–5850MHz
For 2.4GHz, 2.7–3.4GHz, 5.2GHz, and 5.8GHz RF coverage bands.
Broadband380–6000MHz
For 800–2600MHz, 380–3000MHz, and 400–6000MHz broadband RF coverage.
Factory Position
Not a Catalog Reseller — Factory Support for RF Antenna Projects
For RF antenna sourcing, buyers need more than a model list. They need frequency confirmation, RF data, connector review, mounting feasibility, and compatibility with the RF output chain.
Custom Frequency & OEM Review
Custom model numbering, frequency configuration, mounting details, packaging, documentation, and OEM options can be reviewed for project requirements.
RF Test Data & Amplifier Matching
Typical performance curves, measured pattern pages, VSWR references, connector confirmation, and antenna-to-amplifier matching support help reduce sourcing risk before integration.
Selection Logic
Narrow-Band vs Broadband Omnidirectional Antenna Selection
This page is designed to help engineers and procurement teams choose the right antenna family before requesting a quote or test data.
Choose Narrow-Band Models When
Use narrow-band CRF-OA models when your project is built around a defined frequency channel or a limited operating band.
- Specific RF band coverage is required.
- Better matching within a defined band is preferred.
- The antenna is paired with a fixed-band amplifier.
- Project documentation needs a clear band-specific model.
Choose Broadband Models When
Use broadband CRF-OA models when your project needs wider frequency flexibility or multi-band RF transmission coverage.
- Multiple RF bands need one antenna platform.
- The antenna is used with broadband amplifier systems.
- Site deployment or test operation requires flexibility.
- Higher CW power handling is required for selected models.
Not sure which antenna family fits your RF chain?
Send us the frequency band, amplifier output power, connector type, installation environment, and duty cycle. Our team can recommend a suitable model or custom direction.
Factory RF Verification
RF Testing and Documentation Support
For engineering buyers, antenna sourcing is not only a product purchase. These CRF-OA datasheets include VSWR references, typical performance curves, measured pattern pages, connector data, mounting information, and project documentation notes.
VSWR / Return Loss Review
Representative VSWR measurement and uploaded test data are retained for the corresponding model, with additional test data available for project review where applicable.
50Ω Interface Confirmation
N-J 50Ω configuration helps the antenna connect directly with RF power amplifiers and transmission-side hardware.
Power Handling Review
Antenna power rating ranges from 50W to selected 250W broadband models and can be reviewed against amplifier output level, duty cycle, and integration conditions.
Project Documentation
Datasheets, typical performance curves, measured patterns, model references, packing details, and OEM documentation can be provided based on project needs.
RF Chain Integration
Antenna Matching Support for RF Power Amplifier Systems
CorelixRF can support antenna selection as part of a complete RF chain, not only as a standalone product listing.
SDR / Signal SourceRF Input
→
RF Power AmplifierPower Stage
→
Omnidirectional Antenna360° Coverage
Typical review items include frequency overlap, amplifier output power, antenna power handling, connector type, impedance matching, duty cycle, cable loss, and installation environment.
Reduce Sourcing Risk
When amplifier and antenna requirements are reviewed together, buyers can reduce under-rated antenna selection, connector mismatch, and incomplete documentation risk.
Continue to RF Hardware
Pair these antennas with RF power amplifiers or SDR signal source modules for system-level review.
Applications
Where These Omnidirectional Antennas Are Used
The page focuses on engineering-driven RF transmission and integration use cases, rather than consumer-style antenna sales.
RF Transmission Test Sites
Used for controlled RF output, test coverage, amplifier validation, and field-oriented transmission evaluation.
Broadband RF System Integration
Broadband models support multi-band platforms where one antenna body must cover wider RF operating ranges.
C-UAS / EW Support Platforms
Suitable for engineering-side RF coverage, system validation, and integration support in controlled project environments.
Communication & Telemetry Coverage
Narrow-band models support defined communication, telemetry, positioning, and frequency-specific RF coverage needs.
FAQ
Frequently Asked Questions Before RF Antenna Sourcing
These questions are written for procurement teams, RF engineers, and system integrators evaluating antenna sourcing risk.
CorelixRF CRF-OA omnidirectional RF antennas cover 380MHz to 6GHz through narrow-band and broadband model families.
Narrow-band CRF-OA models are suitable for defined RF bands and fixed-band amplifier systems. Broadband CRF-OA models are suitable for multi-band RF transmission, flexible test platforms, and wider system integration.
Yes. The datasheets include VSWR references, typical performance curve notes, and measured pattern pages for selected models. Additional test data and pattern files can be supplied for project review where applicable.
Yes. We can review frequency range, amplifier output power, connector type, duty cycle, and RF chain requirements to help match antennas with RF power amplifier systems.
Yes. OEM model numbering, documentation, packaging, mounting adaptation, radome style, and project-based frequency configuration can be supported.
CorelixRF is a factory-direct RF hardware manufacturer supporting antennas, RF power amplifiers, SDR modules, engineering review, testing, and documentation.
Engineering Review
Send Your Frequency, Power and Integration Requirement
Tell us your operating band, amplifier power, connector type, mounting method, installation environment, quantity, and documentation requirement. CorelixRF can recommend a standard CRF-OA omni antenna model or review a custom direction.