High-Performance Fiberglass Antennas by RFLINK Wireless Technology: LoRa, LTE, 4G, 5G, Wi-Fi, and GNSS

High-Performance Fiberglass antennas by RFLINK Wireless Technology: LoRa, LTE, 4G, 5G, Wi-Fi, and GNSS

Antenna technology is essential to providing strong and dependable signal transmission in the rapidly developing field of wireless communication. A wide selection of fiberglass antennas from RFLINK are made to work well with a variety of wireless technologies, such as LoRa, LTE, 4G/5G, Wi-Fi, and GNSS. These antennas are the go-to option for many mission-critical applications because of their exceptional durability, long-range communication capabilities, and reliable performance in demanding conditions.

Accessory Fiberglass Antennas

Important Features of Fiberglass Antennas

1. Multi-Band Capability:

 Fiberglass antennas are designed to span a large frequency range, they are compatible with a variety of technologies:

For low-power, long-range communications in Internet of Things applications, LoRa uses 868/915 MHz.

• LTE/4G/5G: 700 MHz to 6 GHz for mobile broadband networks' high-speed data transfer.

• Wi-Fi: 2.4 GHz and 5 GHz, compatible with Wi-Fi 6 and other contemporary Wi-Fi standards.

• GNSS: 1.57542 GHz (L1) for locating global navigation satellite systems, such as beidou, Galileo, glonass, and GPS.

2. High-Gain and Extended Range:

Depending on the particular application, fiberglass antennas' high-gain performance usually ranges from 3 dBi to 12 dBi. The higher gain leads to:

• Greater Communication Range: These antennas allow for greater communication range, particularly in low-power, wide-area network (LPWAN) configurations like LoRa.

• Higher gain results in a better signal-to-noise ratio (SNR), which lowers interference and improves data integrity.

3. Omnidirectional Radiation Pattern:

The majority of fiberglass antennas provide 360-degree horizontal coverage with an omnidirectional radiation pattern. They are therefore perfect for:

• Wide-Area Coverage: Perfect for applications like outdoor Wi-Fi access points, IOT networks, and rural or distant cellular deployments that need wide, consistent signal coverage.

4. Ruggedized Construction for Harsh Environments:

A strong, weather-resistant fiberglass radome that is made to endure harsh climatic conditions encloses fiberglass antennas:

• IP67 Rated: Offers defense against dust penetration and brief immersion in water.

• UV-Resistant: Guarantees sustained durability when exposed to intense heat and sunshine.

• Impact-Resistant: The antennas are appropriate for outdoor deployments due to the fiberglass housing's resilience to physical impacts.

Applications of Fiberglass Antennas

1. LoRa and LPWAN Networks：

Based on the LoRaWAN protocol, LoRa (Long Range) networks are intended for long-distance, low-power communication, mainly in Internet of Things applications. The highgain, omnidirectional emission patterns of RFLINK's fiberglass antennas make them perfect for:

• Smart City Infrastructure: For uses where long-range coverage is essential, such as smart metering, controlling street lighting, and environmental monitoring.

• Agricultural IOT: LoRa-based IOT devices used in precision farming need antennas that can cover large regions, including crop fields or animal monitoring stations.

• Industrial IOT (IIOT): Fiberglass antennas provide dependable connection for machine-to-machine (M2M) communication, predictive maintenance, and asset tracking—even in harsh industrial settings.

2. LTE, 4G, and 5G Mobile Networks

High-speed, low-latency connectivity is required by LTE, 4G, and 5G technologies in the field of mobile communication. Fiberglass antennas from RFLINK offer the performance required to satisfy these specifications:

• Fixed Wireless connection (FWA): These antennas provide high-throughput, low-latency broadband connection in rural areas where fiber-optic infrastructure is not feasible.

• Network Backhaul: These antennas provide reliable and fast wireless backhaul when paired with 5G NR (New Radio) technology, which is crucial for linking base stations and cell sites in high-density networks.

• Vehicular Networks: Fiberglass antennas in fleet management systems and connected automobiles offer dependable 4G/5G connectivity for real-time data transfer, facilitating applications like telematics, onboard entertainment systems, and autonomous driving.

3. Wi-Fi Networks

High-capacity antennas are necessary for Wi-Fi networks, especially those that use the most recent Wi-Fi 6 (802.11ax) standard, in order to accommodate several simultaneous connections with the least amount of interference.

The purpose of RFLINK fiberglass antennas is to:

• Increase Wi-Fi Coverage: Fiberglass antennas provide long-range, fast wireless coverage in outdoor settings including parks, universities, and business complexes.

• Facilitate Point-to-Point (P to P) and Point-to-Multipoint (PtMP) Networks: These antennas offer dependable data connections between access points for wireless backhaul systems, guaranteeing uninterrupted communication over extended distances.

• Wi-Fi in Public and Industrial Spaces: Fiberglass antennas offer the signal strength and dependability required for dense network installations in smart building, warehouse, or public transportation hub applications.

4. GNSS (Global Navigation Satellite Systems)

In many different sectors, GNSS antennas are necessary for precise and instantaneous position tracking.  For GNSS applications, fiberglass antennas are best suited for:

• Real-Time Kinematics (RTK): High-performance GNSS antennas offer sub-centimeter-level accuracy in precision farming, construction, and geospatial surveying.

• Fleet and Asset Tracking: To provide real-time location with less signal loss, fiberglass GNSS antennas are extensively utilized in logistics and transportation to track automobiles, ships, and airplanes.

• Navigation Systems: GNSS antennas provide dependable and continuous GPS reception for navigation in the automobile and maritime industries, even in difficult-to-reach places like open waters or urban canyons.

Technical Performance

1. Low standing wave ratio, or VSWR:

Our fiberglass antennas are made to have a low VSWR, usually less than 2, over the frequency bands in which they operate. This improves overall antenna efficiency and system performance by ensuring maximum power transmission and minimal signal reflection.

2. Independence of Ground Planes:

Fiberglass antennas are designed to be ground plane independent, they may be installed on a broad range of surfaces—from fiberglass buildings to metal rooftops—without experiencing a decline in performance.

3. Support for MIMO and Polarization:

In order to increase data throughput and signal dependability in 4G/5G and Wi-Fi networks, Fiberglass antennas handle both vertical and horizontal polarization. Certain versions are made for MIMO (Multiple Input, Multiple Output) setups.