915MHz/GSM Rubber Antenna for Sale

• Customization: Available
• Directionality: Omnidirectional Antenna
• Frequency Range: 915MHz
• Model NO.: GLR915-5
• Gain: 5dBi
• Material: ABS
• Nature of Operation: Receiving Antenna
• Operating Wavelength: Microwave
• Polarization: Vertical Polarization
• Sturcture Form: Surface Antenna
• Usage Occasion: Base Antenna
• VSWR: <2.0
• Fob Port: Guangzhou
• MOQ: 10PCS
• Payment: Tt, Paypal, Western Union
• Usage: Communication Antenna
• Base Antenna: Sihuan Array Antenna
• Dimensionality: One-Dimensional Antenna
• Specification: 14*395
• Trademark: LEHENG
• Origin: China
• HS Code: 8517707090
• Production Capacity: 10000PCS/Day
• Package Size: 70.00cm * 34.00cm * 29.00cm
• Package Gross Weight: 15.150kg

Product Description

Product Description

GLR915-5 – 915MHz Flexible Rubber Antenna for ISM-Band IoT Applications

The GLR915-5 is a flexible rubber antenna designed for the 915MHz ISM band, providing 5 dBi gain with a VSWR <2.0 for reliable mid-range communication in regions such as North America and Asia. Its durable rubber construction and RP-SMA male connector ensure easy integration and resilience in varied environments. Rated for operation from -40°C to +85°C, this compact antenna (Ø14×395mm) is ideal for IoT sensors, RFID systems, asset tracking, and other wireless applications requiring a robust and flexible 915MHz antenna solution.

Specification

915Rubber Antenna
GLR915-5
Electrical Index
Frequency-MHz	915
Gain-dBi	5
VSWR	<2.0
Normal Impedance-Ω	50
Polarization	Linear
Mechanical Index
Connector	RP-SMA male
Antenna Dimension-mm	Ø14*395
Environmentally Friendly	ROHS Compliant
Temperature-℃	-40~+85
Humidity-%	5~95

Functional Advantages

Optimized for 915 MHz ISM Band

Designed for 915 MHz applications, ideal for IoT, LPWAN, and industrial wireless systems in regions using this frequency.

High-Gain Linear Polarization

Delivers 5 dBi gain with linear polarization for extended range and stable signal transmission.

Low VSWR for Efficient Performance

Maintains VSWR < 2.0 to minimize signal reflection and ensure reliable power transfer.

Core Applications

LoRaWAN and LPWAN Networks in North America
Designed for use in LoRaWAN gateways and LPWAN nodes operating in the 915MHz ISM band, this antenna supports long-range communication for smart city, agricultural, and industrial IoT deployments across North America.

Wireless Metering and Utility Monitoring
Ideal for integration into smart water, gas, and electric meters, enabling reliable data transmission for remote monitoring and automated billing systems in utility networks.

Asset Tracking and Logistics Management
Suitable for GPS and RFID tracking devices in logistics, fleet management, and supply chain applications, providing consistent connectivity for real-time location updates.

FAQ

Q1: What is an ISM band antenna?
A: An ISM band antenna is designed to operate in the Industrial, Scientific, and Medical frequency bands, which are license-free and widely used for wireless communication technologies such as WiFi, Bluetooth, Zigbee, LoRa, and other IoT devices.

Q2: Are LoRa antennas and general ISM antennas interchangeable?
A: They can be used interchangeably if the frequency range matches. However, LoRa antennas are often tuned for specific LoRa frequency bands and may offer better performance in LoRa-specific applications compared to a general-purpose ISM antenna.

Q3: What frequency bands do LoRa antennas support?
A: Common LoRa frequency bands include 868 MHz (EU), 915 MHz (US), 433 MHz (Asia), and 490 MHz (Japan). It is important to select an antenna that matches the regional frequency plan of your LoRa network.

Q4: What type of connector is commonly used for LoRa and ISM antennas?
A: SMA and RP-SMA connectors are widely used, especially for gateway and device antennas. N-type connectors may also be found in higher-power or outdoor applications.

Q5: What regulations apply to LoRa and ISM antenna use?
A: ISM band usage is subject to regional regulations regarding frequency, transmit power, and duty cycle. Always comply with local radio communication laws when deploying LoRa or other ISM band devices.