English
GL061606000
Asialeren
8517710000
100PC
accepted
1000PC/days
| Quantity: | |
|---|---|
| PDF Export | |
Item | Index |
Frequency Range | 1610±1.023MHz(Under the |
Bandwidth(10dB return loss) | 10MHz typical |
Gain | 3.0 dBic at Zenith |
- 2 dBic at10ºelevation | |
Polarization | R.H.C.P |
Axial Ratio | 3.0 dB typical |
| Dimensions | 20X6X7mm |
| Weight | 9±0.5g |
| Cable | RG1.13 or RG1.37 |
| Connector | UFL |
| Work Environment | -40 to +85 ºC |
Storage Temperature | -40 to +90ºC |
Product Introduction
1. Ultra-Miniature Design
Measuring only 20 × 6 × 7 mm/9 g, this is one of the industry's smallest GPS antennas, perfectly integrated into portable devices and wearables.
2. Military-Grade Environmental Adaptability
A wide operating temperature range of -40°C to 85°C (storage -40°C to 90°C), stable operation in 95% relative humidity, and adaptable to harsh environments such as polar regions, deserts, and maritime transport.
3. Low-Noise, High-Precision Positioning
Optimized for the L1 band (1610 ± 1.023 MHz), 3dBIC high gain and 3dB axial ratio significantly improve positioning accuracy in weak signal areas.
4. Ultra-Low Power Architecture
With a 1μW input power requirement and low voltage design, it extends the battery life of IoT devices by over 50%.
5. Plug-and-Play Compatibility
Equipped with a standard UFL connector and support for RG1.13/RG1.37 coaxial cables, it quickly adapts to mainstream GPS modules.
Application Scenarios
✅ Logistics Tracker: Ultra-thin design with embedded shipping labels, providing full cold chain tracking in -40°C temperatures.
✅ Shared Bike Console: Anti-vibration structure handles bumpy roads, and provides signal capture at a low 10° elevation angle.
✅ Wearable First Aid Device: Lightweight at 9g and resistant to 95% humidity, ensuring outdoor safety.
✅ Smart Agriculture Terminal: Dust-proof design adapts to high-dust environments in farmland.
✅ Drone Navigation Module: 3dBic high gain enhances signal stability in complex airspaces.
FAQ
Q: Does it support Galileo/GLONASS?
A: It is optimized for the GPS L1 band (1610MHz). Multi-mode support is not indicated, so it is recommended for GPS-only scenarios.
Q: How to choose between RG1.13 and RG1.37 cables?
A: RG1.13 is thinner (Ø1.13mm) and suitable for compact spaces. RG1.37 (Ø1.37mm) offers greater bending resistance, with a loss of <0.3dB/m.
Q: How does a 3dB axial gain affect positioning?
A: It ensures circularly polarized signal purity, reduces multipath interference, and reduces positioning offset by 40% in complex urban environments.
Q: Is grounding required?
A: Yes, a grounding copper foil ≥30mm² is recommended.
Q: Can it directly replace the ceramic antenna?
A: Yes! The UFL interface is compatible with mainstream modules, but please note that its size (20mm) is smaller than a 25×25mm ceramic antenna.
Q: Does a 10° elevation gain of -2dBic affect vehicle navigation?
A: This is a high-performance indicator (industry average <-3dBic), and stable positioning is still achieved in low-elevation-angle scenarios such as elevated roads and canyons.
Item | Index |
Frequency Range | 1610±1.023MHz |
Gain | 16 dB min at 3V |
Noise Figure | 0 ．9dB at 3V |
Voltage | DC = 3.0±0.5V |
Current | DC =12mA at 3V |
Item | Index |
Frequency Range | 1610±1.023MHz(Under the |
Bandwidth(10dB return loss) | 10MHz typical |
Gain | 3.0 dBic at Zenith |
- 2 dBic at10ºelevation | |
Polarization | R.H.C.P |
Axial Ratio | 3.0 dB typical |
| Dimensions | 20X6X7mm |
| Weight | 9±0.5g |
| Cable | RG1.13 or RG1.37 |
| Connector | UFL |
| Work Environment | -40 to +85 ºC |
Storage Temperature | -40 to +90ºC |
Product Introduction
1. Ultra-Miniature Design
Measuring only 20 × 6 × 7 mm/9 g, this is one of the industry's smallest GPS antennas, perfectly integrated into portable devices and wearables.
2. Military-Grade Environmental Adaptability
A wide operating temperature range of -40°C to 85°C (storage -40°C to 90°C), stable operation in 95% relative humidity, and adaptable to harsh environments such as polar regions, deserts, and maritime transport.
3. Low-Noise, High-Precision Positioning
Optimized for the L1 band (1610 ± 1.023 MHz), 3dBIC high gain and 3dB axial ratio significantly improve positioning accuracy in weak signal areas.
4. Ultra-Low Power Architecture
With a 1μW input power requirement and low voltage design, it extends the battery life of IoT devices by over 50%.
5. Plug-and-Play Compatibility
Equipped with a standard UFL connector and support for RG1.13/RG1.37 coaxial cables, it quickly adapts to mainstream GPS modules.
Application Scenarios
✅ Logistics Tracker: Ultra-thin design with embedded shipping labels, providing full cold chain tracking in -40°C temperatures.
✅ Shared Bike Console: Anti-vibration structure handles bumpy roads, and provides signal capture at a low 10° elevation angle.
✅ Wearable First Aid Device: Lightweight at 9g and resistant to 95% humidity, ensuring outdoor safety.
✅ Smart Agriculture Terminal: Dust-proof design adapts to high-dust environments in farmland.
✅ Drone Navigation Module: 3dBic high gain enhances signal stability in complex airspaces.
FAQ
Q: Does it support Galileo/GLONASS?
A: It is optimized for the GPS L1 band (1610MHz). Multi-mode support is not indicated, so it is recommended for GPS-only scenarios.
Q: How to choose between RG1.13 and RG1.37 cables?
A: RG1.13 is thinner (Ø1.13mm) and suitable for compact spaces. RG1.37 (Ø1.37mm) offers greater bending resistance, with a loss of <0.3dB/m.
Q: How does a 3dB axial gain affect positioning?
A: It ensures circularly polarized signal purity, reduces multipath interference, and reduces positioning offset by 40% in complex urban environments.
Q: Is grounding required?
A: Yes, a grounding copper foil ≥30mm² is recommended.
Q: Can it directly replace the ceramic antenna?
A: Yes! The UFL interface is compatible with mainstream modules, but please note that its size (20mm) is smaller than a 25×25mm ceramic antenna.
Q: Does a 10° elevation gain of -2dBic affect vehicle navigation?
A: This is a high-performance indicator (industry average <-3dBic), and stable positioning is still achieved in low-elevation-angle scenarios such as elevated roads and canyons.
Item | Index |
Frequency Range | 1610±1.023MHz |
Gain | 16 dB min at 3V |
Noise Figure | 0 ．9dB at 3V |
Voltage | DC = 3.0±0.5V |
Current | DC =12mA at 3V |
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