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| Parameter | Value |
|---|---|
| Frequency Range | 1165–1278 MHz / 1559–1612 MHz |
| GNSS Bands | L5 + L1 |
| Gain | Not Provided |
| VSWR | ≤1.5 |
| Impedance | 50 Ω |
| Polarization | Not Provided |
| Radiation Pattern | Not Provided |
| Efficiency | Not Provided |
| Return Loss | Not Provided |
| LNA Gain | Not Provided |
| Noise Figure | Not Provided |
| Supply Voltage | Not Provided |
| Current Consumption | Not Provided |
| Parameter | Value |
|---|---|
| Antenna Type | External GNSS Positioning Antenna |
| Connector | SMA Male, Male Pin |
| Cable Type | RG174 |
| Cable Length | Not Provided |
| Dimension | 90 × 73 × 29 mm |
| Housing Material | ABS + PC |
| Color | Black |
| Weight | Not Provided |
| Mounting Method | Mounting Ears; Adhesive Backing Available |
| Operating Temperature | Not Provided |
| Storage Temperature | Not Provided |
| IP Rating | Not Provided |
The L1+L5 GNSS Positioning Antenna is designed for dual-band satellite navigation and positioning systems, covering 1165–1278 MHz and 1559–1612 MHz with an SMA male connector, RG174 coaxial cable, and compact external housing.
The L1+L5 GNSS Positioning Antenna is an external antenna designed for professional satellite navigation, tracking, telematics, and positioning equipment requiring L1 and L5 frequency coverage.
It operates across 1165–1278 MHz and 1559–1612 MHz with a 50 Ω impedance and VSWR of ≤1.5. The antenna is supplied with RG174 coaxial cable and an SMA male connector with a male center pin for straightforward integration with compatible GNSS receivers and positioning terminals.
The compact 90 × 73 × 29 mm ABS + PC housing includes mounting ears and can be integrated into vehicle tracking terminals, industrial positioning systems, IoT devices, navigation equipment, robotics, and other GNSS-enabled platforms.
The antenna covers 1165–1278 MHz and 1559–1612 MHz, making it suitable for L5- and L1-related GNSS positioning applications.
The standard configuration shown uses an SMA male connector with a male center pin.
The supplied product information identifies RG174 coaxial cable.
It is suitable for GNSS positioning terminals, vehicle tracking systems, telematics equipment, industrial positioning devices, navigation systems, IoT tracking equipment, robotics, and related GNSS applications.
Yes. Cable length, connector type, and cable assembly configuration can be customized according to project requirements.
Yes. Frequency customization can be evaluated according to the target GNSS bands and device requirements.
Yes. Nova Antenna supports OEM/ODM antenna development, including frequency, cable, connector, mechanical design, mounting, labeling, and packaging customization.