English
GL-DY008
Asialeren
8517710000
100pc
Accepted
10000pc/day
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Product Introduction
Military-Grade Ceramic Construction
Ceramic substrate ensures stable signal transmission in extreme conditions (-30°C to +80°C operating / -40°C to +85°C storage), outperforming plastic alternatives.
Precision Satellite Lock
RHCP (Right-Hand Circular Polarization) minimizes signal loss from reflections, paired with 3dBi peak gain for reliable positioning in urban/wooded areas.
Rugged Environmental Protection
IP65 waterproof rating + UV-resistant RG174 black cable withstands rain, dust, and salt spray – ideal for marine/outdoor use.
Low-Profile Design
Ultra-compact patch form factor (no dimension listed, but ceramic patches typically <25mm²) enables seamless integration into tight spaces like drones or wearables.
Plug-and-Play Compatibility
SMA male connector works with 99% of GPS modules; 50Ω impedance ensures zero signal mismatch.
Marine Navigation: Sailboat chartplotters and fish finders.
Drone/UAV Systems: Precision landing & autonomous flight.
Agricultural Machinery: GPS-guided tractors/planters.
Satellite IoT Trackers: Asset monitoring in logistics.
Alpine Rescue Gear: Reliable positioning in mountain terrain.
Q: What frequency does this antenna support?
A: 1616-1627MHz – optimized for GPS (L1), Galileo (E1), and GLONASS (G1) systems.
Q: Is it compatible with Garmin/Raymarine devices?
A: Yes, the SMA plug works with most marine/outdoor GPS receivers.
Q: Can it survive saltwater exposure?
A: Yes, IP65 rating protects against salt spray (avoid full submersion).
Q: Why choose ceramic over plastic?
A: Ceramic maintains stable electrical properties in temperature swings, reducing signal drift.
Q: What’s the cable length?
A: Not specified, but RG174 cables are customizable – contact us for options.
Q: Does RHCP polarization matter?
A: Critical! Satellite signals use circular polarization – RHCP prevents 3-5dB signal loss vs linear antennas.
Q: Can I use this for 5G/cellular?
A: No, designed exclusively for 1616-1627MHz satellite bands.
Q: How to mount it?
A: Adhesive backing or screw-mount (bracket not included). Ensure skyward-facing placement.
Product Introduction
Military-Grade Ceramic Construction
Ceramic substrate ensures stable signal transmission in extreme conditions (-30°C to +80°C operating / -40°C to +85°C storage), outperforming plastic alternatives.
Precision Satellite Lock
RHCP (Right-Hand Circular Polarization) minimizes signal loss from reflections, paired with 3dBi peak gain for reliable positioning in urban/wooded areas.
Rugged Environmental Protection
IP65 waterproof rating + UV-resistant RG174 black cable withstands rain, dust, and salt spray – ideal for marine/outdoor use.
Low-Profile Design
Ultra-compact patch form factor (no dimension listed, but ceramic patches typically <25mm²) enables seamless integration into tight spaces like drones or wearables.
Plug-and-Play Compatibility
SMA male connector works with 99% of GPS modules; 50Ω impedance ensures zero signal mismatch.
Marine Navigation: Sailboat chartplotters and fish finders.
Drone/UAV Systems: Precision landing & autonomous flight.
Agricultural Machinery: GPS-guided tractors/planters.
Satellite IoT Trackers: Asset monitoring in logistics.
Alpine Rescue Gear: Reliable positioning in mountain terrain.
Q: What frequency does this antenna support?
A: 1616-1627MHz – optimized for GPS (L1), Galileo (E1), and GLONASS (G1) systems.
Q: Is it compatible with Garmin/Raymarine devices?
A: Yes, the SMA plug works with most marine/outdoor GPS receivers.
Q: Can it survive saltwater exposure?
A: Yes, IP65 rating protects against salt spray (avoid full submersion).
Q: Why choose ceramic over plastic?
A: Ceramic maintains stable electrical properties in temperature swings, reducing signal drift.
Q: What’s the cable length?
A: Not specified, but RG174 cables are customizable – contact us for options.
Q: Does RHCP polarization matter?
A: Critical! Satellite signals use circular polarization – RHCP prevents 3-5dB signal loss vs linear antennas.
Q: Can I use this for 5G/cellular?
A: No, designed exclusively for 1616-1627MHz satellite bands.
Q: How to mount it?
A: Adhesive backing or screw-mount (bracket not included). Ensure skyward-facing placement.
