Products
Product Overview
As a leading Antenna Solution Provider, Airplux offers superior quality DAS antennas, WiFi Antennas, RFID antennas, IOT antennas, Small cell antennas, Base Station antennas and related accessories, includes active device, passive components and so on.
Categories
Available in 3dBi to 12dBi configurations, manufactures high-performance Antennas for different applications.
4G/5G DAS Antennas, different type of SISO/MIMO Antennas from 698-2700MHz, 698-4000MHz, 698-6000MHz, 617-6000MHz.
Included different type of LoRa Antenna, NB-IoT Antenna, Cellular Antenna, GPS/GNSS Antenna, Combo Antenna(One single compact size antenna combine multiple Cellular, WiFi, GPS/GNSS technologies)
Included different type of antenna from 1710-2690MHz/1710-3800MHz/3300-3800MHz/698-2700MHz/698-3800MHz. Included Omni-Directional Fiberglass Antenna, Multi-port Panel Antenna, Multi-Beam Antenna, Narrow-Beam Antenna.
Including antenna jumper cables, mounting brackets, and antenna enclosures to support reliable antenna installation and system integration.
Best-selling products
8dBi UHF Circular RFID Reader Antenna
Model: APRIA8008CP
Gain:8dBi
Polarization: Circular
Dimension: 453*163*19mm
Model: APRIA8009CB
Gain: 9dBi
Polarization: Circular
Dimension: 260*260*30mm
Model: APRIA869612HA
Gain: 12dBi
Polarization: Horizontal
Dimension: 445*445*42mm
Model: APRIA80012CA
Gain: 12dbi
Polarization: Circular
Dimension: 445*445*42mm
Model: APRIA90015CP
Gain: 15dBi
Polarization: Circular
Dimension: 1600*188*21mm
Model: APOFA5759V6
Gain: 6±1dBi
Polarization: Vertical
Dimension: Φ20*280mm
Model: APOFA2400V12
Gain: 12±1dBi
Polarization: Vertical
Dimension: Φ20*1200mm
Model: APMOPA2327HV14
Gain: 14±1dBi
Polarization: H+V
Dimension: 260*260*37mm
Model: APMOPA2458HV1519P4
Gain: 15±1dBi / 19±1dBi
Polarization: H＋V
Dimension: 700×280×80mm
Model: APSH6G11B90M2
Gain: 11±0.5dBi
Polarization: H+V / ±45°
Dimension: Φ150x185mm
Antenna Selection Guide
Step 1: Frequency
Step 2: Antenna Type
Step 3: Gain
Step 4: Polarization
Step 5: Installation Environment
Step 6: Mechanical Requirements
Step 7: Customized Antenna?
Step 1: Frequency
The first step is to confirm the frequency band used by your wireless system.
Different wireless technologies operate at different frequency ranges, and antenna performance depends heavily on frequency matching.
| Application | Common Frequency Range | Typical Antenna |
|---|---|---|
| UHF RFID | 865-868MHz / 902-928MHz | RFID Panel Antenna, Circular Polarized Antenna |
| LoRa / LoRaWAN | 433MHz / 868MHz / 915MHz | Omni Antenna, Fiberglass Antenna |
| WiFi | 2.4GHz / 5GHz / 6GHz | MIMO Antenna, Panel Antenna |
| Bluetooth / Zigbee | 2.4GHz | PCB Antenna, External Antenna |
| LTE / 4G | 600-2700MHz | Omni Antenna, Panel Antenna, MIMO Antenna |
| 5G Sub-6GHz | 3300-6000MHz | MIMO Antenna, Directional Antenna |
| GNSS | 1575.42MHz / 1602MHz | GNSS Antenna |
Tip:
Always select an antenna that covers your device’s operating frequency. A wider frequency range does not always mean better performance.
Always select an antenna that covers your device’s operating frequency. A wider frequency range does not always mean better performance.
Step 2: Antenna Type
The antenna structure determines how RF energy is distributed.
Omni-Directional
Best for:
- · Wide-area coverage
- · Multiple connections
- · 360° communication
Applications:
- · LoRa gateways
- · IoT networks
- · Outdoor wireless
- · Base station
Advantages:
- · 360° horizontal coverage
- · Easy installation
- · Point-to-multipoint
Directional
Best for:
- · Long-distance
- · Point-to-point links
- · Targeted coverage
Applications:
- · Wireless bridge
- · RFID gates
- · Industrial comms
- · Remote monitoring
Common types:
- · Panel
- · Yagi
- · Log Periodic
Advantages:
- · Higher gain
- · Longer distance
- · Reduced interference
Indoor Ceiling
Best for:
- · Indoor wireless coverage
- · Office buildings
- · Hotels
- · Shopping malls
Features:
- · Low-profile design
- · Wide radiation pattern
- · Easy ceiling installation
MIMO
Best for:
- · 4G LTE
- · 5G
- · WiFi high throughput
Features:
- · Multiple ports
- · Improved data rate
- · Better reliability
Step 3: Gain
Antenna gain determines how energy is concentrated.
Higher gain does not always mean better performance.
Choose gain according to your coverage requirement:
| Application | Recommended Gain |
|---|---|
| Short-range indoor | 0 – 5 dBi |
| General outdoor | 5 – 9 dBi |
| Long-distance | 9 – 15 dBi |
| Point-to-point | 15 dBi+ |
Low Gain Antenna
Suitable for:
- · Short distance
- · Wide coverage
- · Indoor environments
High Gain Antenna
Suitable for:
- · Longer transmission distance
- · Directional coverage
- · Outdoor applications
Note:
Higher gain usually creates a narrower beam width. The installation direction and coverage area should be considered together.
Higher gain usually creates a narrower beam width. The installation direction and coverage area should be considered together.
Step 4: Polarization
Polarization describes the orientation of the electromagnetic wave.
The antenna polarization should match the device or communication system.
Linear Polarization
Includes:
- Vertical polarization
- Horizontal polarization
Common applications:
- Cellular communication
- WiFi
- LoRa
Circular Polarization
Common applications:
- RFID systems
- Satellite communication
Advantages:
- Less sensitive to tag/device orientation
- Better performance in dynamic environments
Step 5: Installation Environment
The working environment affects antenna selection.
Indoor Applications
Consider:
- Compact size
- Low-profile design
- Aesthetic requirements
Recommended:
- Ceiling Antenna
- PCB Antenna
- Small Panel Antenna
Outdoor Applications
Consider:
- Weather resistance
- UV protection
- Waterproof rating
Recommended:
- Fiberglass Omni Antenna
- Outdoor Panel Antenna
- Yagi Antenna
Look for:
- IP65/IP67 protection
- Wide temperature range
- Durable housing
Step 6: Mechanical Requirements
Before selecting an antenna, confirm:
Connector Type
Common connectors:
- SMA
- RP-SMA
- N-Type
- TNC
- MMCX
Cable Requirements
Consider:
- Cable length
- Cable type
- Installation distance
Mounting Method
Options:
- Pole mounting
- Wall mounting
- Ceiling mounting
- Magnetic mounting
- Adhesive mounting
Step 7: Customized Antenna?
Standard antennas cannot always meet every project requirement.
Airplux provides customized antenna solutions including:
- ✓ Frequency customization
- ✓ Gain optimization
- ✓ Size and housing design
- ✓ Cable and connector customization
- ✓ Mechanical integration
- ✓ Prototype development
Our RF engineers work with customers from concept design to mass production.
Applications
Warehouse Management
Optimizes inventory handling in distribution centers and warehouses by automating item identification and movement, improving efficiency.
Supply Chain Management
Improves visibility and accuracy in supply chain operations by enabling automated scanning and tracking of products from production to delivery.
Retail Inventory Management
Streamlines inventory management in retail environments, reducing stockouts, improving stock visibility, and simplifying reordering processes.
Asset Tracking
Used in warehouses, manufacturing facilities, and logistics centers to track the movement and location of goods, equipment, and inventory in real-time.
Enterprise Wi-Fi Networks
Optimizes Wi-Fi performance in large corporate environments, supporting high-density user areas and cloud-based applications.
Public Wi-Fi Hotspots
For public spaces such as cafes, libraries, our antennas support reliable Wi-Fi connectivity, enabling free or paid internet access for users.
Retail and Hospitality
Improves Wi-Fi coverage in retail stores, hotels, providing guests with fast internet access and enabling systems like inventory management.
Healthcare Facilities
Provides Wi-Fi coverage in hospitals and healthcare environments for staff communications, patient monitoring systems, and visitor internet access.
FAQ
We offer a wide range of RF and communication antennas, including RFID, WiFi, DAS, cellular, LoRa, base station, IoT, panel, omni-directional, Yagi, log-periodic, and other application-specific antennas.
Our antennas cover a wide range of frequencies from 100 MHz to 80 GHz, with different antenna designs available for specific frequency bands and applications.
Yes. We can customize antenna specifications such as frequency range, gain, beamwidth, polarization, dimensions, connector, cable, housing, and mounting options according to your project requirements.
The right antenna depends on factors such as frequency, coverage or reading distance, gain, radiation pattern, polarization, installation environment, and application. If you share your requirements, we can help recommend a suitable solution.
Please provide the required frequency, application, key performance requirements, installation environment, preferred dimensions or connector, and estimated quantity. If you have an existing antenna, datasheet, drawing, or target specification, you can also send it to us for evaluation.
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Antenna Radiation Patterns Explained: A Visual Guide to 85 Antenna TypesAugust 20, 2026/0 Comments -
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About Us
Airplux Technologies Limited is one professional Antenna Solution Provider which is integrating R&D, production and sales of antennas. Airplux manufactures superior quality DAS/Small Cell antennas, WiFi antennas, IOT/RFID/M2M/GPS antennas, Base Station antennas and customized antennas from 100MHz to 80GHz. We specializes in the production of custom antennas and related accessories.
Working Hours
- Monday - Friday: 8:00 - 18:00
- Saturday: 8:00 - 12:00
We are always ready to serve you.
Please send email to info@airpluxtec.com,
we will get back to you within 24 hours.