EnglishEnglish
G312LM
Asialeren
8517710000
| Quantity: | |
|---|---|
| PDF Export | |
1.1 ceramic（Antenna） | ||
Item | data | |
1 | Frequency | L1 B1 G1 |
3 | Polarization | RHCP |
4 | Gain | 3d Bic@PCB(zenith) |
5 | Impedance | 50 Ω |
6 | Return loss | ＜-15dB |
1.2 （LNA） | ||
Item | data | |
2 | Work voltage | 3~5.5V |
3 | Work current | ≤20mA |
4 | Gain | 28±3dB |
5 | Noise figure | ≤1.5dB |
6 | V.S.W.R | ≤2.0 |
1.3 LTE Antenna | ||
Item | data request | |
1 | Work Voltage | 698~960/1710~2690MHz |
2 | V.S.W.R | ≤3（ min） |
3 | Polarzation | Liner |
4 | Gain | 2dBi |
5 | Impedance | 50 Ω |
1.4 antenna system | ||
Item | data | |
1 | Cable | RG174 |
2 | Connector | FAKRA |
3 | Mounting | 3M adhesive |
4 | Radome | PC+ABS |
Product Introduction
Dual GNSS+LTE MIMO Integration
Combines GNSS (GPS L1/B1/G1) and LTE (698-2690MHz) in one compact design, ideal for IoT devices, vehicle telematics, and smart city applications requiring simultaneous positioning and data transmission.
High-Performance Ceramic Antenna
Features a ceramic element with RHCP polarization, return loss <-15dB, and stable phase center, ensuring reliable sub-meter accuracy for navigation and tracking systems.
Low-Noise Amplifier (28±3dB Gain, ≤1.5dB Noise)
Enhances weak GNSS signals while minimizing interference, critical for urban canyons or remote areas with limited satellite visibility.
Robust Build & Easy Installation
IP67-rated PC+ABS radome, 3M adhesive mounting, and FAKRA connectors ensure durability and quick deployment in harsh environments like construction sites or fleet vehicles.
Broad LTE Compatibility
Supports LTE bands 698-960MHz and 1710-2690MHz with V.S.W.R ≤3, enabling seamless 4G/5G connectivity for real-time data sharing in smart agriculture or logistics.
Application scenarios
Vehicle Telematics: Enables real-time fleet tracking and driver behavior monitoring.
Smart Agriculture: Supports precision farming equipment with GPS-guided operations.
IoT Asset Tracking: Monitors high-value shipments or equipment in transit.
Drone Navigation: Ensures stable LTE connectivity and accurate positioning for aerial surveys.
Urban Infrastructure: Integrates into smart city sensors for traffic management.
FAQ
Q:Is this antenna compatible with 5G networks?
A:It supports LTE bands up to 2690MHz; confirm 5G compatibility with your carrier’s frequency range.
Q:How to mount the antenna securely?
A:Use the 3M adhesive backing for permanent installation on flat surfaces like vehicle roofs or equipment panels.
Q:What power supply does the LNA require?
A:Operates on 3~5.5V DC with ≤20mA current, compatible with most IoT devices or vehicle systems.
Q:Can it withstand extreme temperatures?
A:Designed for harsh conditions but verify specific temperature ratings with the manufacturer.
Q:Does it support GLONASS or Galileo?
A:Focused on GPS L1/B1/G1; check customization options for additional GNSS systems.
Q:How to reduce LTE interference with GNSS signals?
A:The MIMO design and optimized V.S.W.R minimize cross-system interference.
1.1 ceramic（Antenna） | ||
Item | data | |
1 | Frequency | L1 B1 G1 |
3 | Polarization | RHCP |
4 | Gain | 3d Bic@PCB(zenith) |
5 | Impedance | 50 Ω |
6 | Return loss | ＜-15dB |
1.2 （LNA） | ||
Item | data | |
2 | Work voltage | 3~5.5V |
3 | Work current | ≤20mA |
4 | Gain | 28±3dB |
5 | Noise figure | ≤1.5dB |
6 | V.S.W.R | ≤2.0 |
1.3 LTE Antenna | ||
Item | data request | |
1 | Work Voltage | 698~960/1710~2690MHz |
2 | V.S.W.R | ≤3（ min） |
3 | Polarzation | Liner |
4 | Gain | 2dBi |
5 | Impedance | 50 Ω |
1.4 antenna system | ||
Item | data | |
1 | Cable | RG174 |
2 | Connector | FAKRA |
3 | Mounting | 3M adhesive |
4 | Radome | PC+ABS |
Product Introduction
Dual GNSS+LTE MIMO Integration
Combines GNSS (GPS L1/B1/G1) and LTE (698-2690MHz) in one compact design, ideal for IoT devices, vehicle telematics, and smart city applications requiring simultaneous positioning and data transmission.
High-Performance Ceramic Antenna
Features a ceramic element with RHCP polarization, return loss <-15dB, and stable phase center, ensuring reliable sub-meter accuracy for navigation and tracking systems.
Low-Noise Amplifier (28±3dB Gain, ≤1.5dB Noise)
Enhances weak GNSS signals while minimizing interference, critical for urban canyons or remote areas with limited satellite visibility.
Robust Build & Easy Installation
IP67-rated PC+ABS radome, 3M adhesive mounting, and FAKRA connectors ensure durability and quick deployment in harsh environments like construction sites or fleet vehicles.
Broad LTE Compatibility
Supports LTE bands 698-960MHz and 1710-2690MHz with V.S.W.R ≤3, enabling seamless 4G/5G connectivity for real-time data sharing in smart agriculture or logistics.
Application scenarios
Vehicle Telematics: Enables real-time fleet tracking and driver behavior monitoring.
Smart Agriculture: Supports precision farming equipment with GPS-guided operations.
IoT Asset Tracking: Monitors high-value shipments or equipment in transit.
Drone Navigation: Ensures stable LTE connectivity and accurate positioning for aerial surveys.
Urban Infrastructure: Integrates into smart city sensors for traffic management.
FAQ
Q:Is this antenna compatible with 5G networks?
A:It supports LTE bands up to 2690MHz; confirm 5G compatibility with your carrier’s frequency range.
Q:How to mount the antenna securely?
A:Use the 3M adhesive backing for permanent installation on flat surfaces like vehicle roofs or equipment panels.
Q:What power supply does the LNA require?
A:Operates on 3~5.5V DC with ≤20mA current, compatible with most IoT devices or vehicle systems.
Q:Can it withstand extreme temperatures?
A:Designed for harsh conditions but verify specific temperature ratings with the manufacturer.
Q:Does it support GLONASS or Galileo?
A:Focused on GPS L1/B1/G1; check customization options for additional GNSS systems.
Q:How to reduce LTE interference with GNSS signals?
A:The MIMO design and optimized V.S.W.R minimize cross-system interference.
