AG35H GNSS Antenna with Superior Gain and Polarization for Reliable GPS L1 L2 L5 Signal Reception (TNC-TNC)

Description:

[FULL FREQUENCY GNSS ANTENNA] This AG-35H GNSS antenna features a four-star full frequency measurement capability, supporting GPS, GLONASS, BDS, and signals for precise navigation and mapping tasks. [STABLE PERFORMANCE] Manufactured under strict... More

Description:

[FULL FREQUENCY GNSS ANTENNA] This AG-35H GNSS antenna features a four-star full frequency measurement capability, supporting GPS, GLONASS, BDS, and signals for precise navigation and mapping tasks. [STABLE PERFORMANCE] Manufactured under strict... More

Description:

2. The antenna adopts a multi-feed point design to make its phase center stable; the antenna unit has high gain, wide beam width and small gain roll-off; the triple-proof cover provides protection for the antenna to work in for a long time. 1.... More

Description:

* QT151 can receive signals in GPS, GLONASS, for GALILEO and Beidou frequency bands. The antenna has the characteristics of high gain, good gain at low elevation angles, wide-angle circular polarization, and stable phase center. It is suitable for... More

Description:

* QT151 can receive signals in GPS, GLONASS, for GALILEO and Beidou frequency bands. The antenna has the characteristics of high gain, good gain at low elevation angles, wide-angle circular polarization, and stable phase center. It is suitable for... More

Description:

【High GPS Antenna】The L1 L2 GNSS Antenna is designed to receive signals in GPS, GLONASS, , and Beidou frequency bands. With its high gain, good gain at low elevation angles, and wide-angle circular polarization, it s stable phase center and accurate... More

Description:

【High GPS Antenna】The L1 L2 GNSS Antenna is designed to receive signals in GPS, GLONASS, , and Beidou frequency bands. With its high gain, good gain at low elevation angles, and wide-angle circular polarization, it s stable phase center and accurate... More

Description:

【Multi-band GNSS GPS Antenna】The GO100 antenna supports GPS, GLONASS, BDS, and systems, allowing for accurate positioning and navigation. It works with GPS L1/L2, GLONASS G1/G2, Beidou B1/B2/B3, and E1/E5b frequencies. 【High and Stable... More

Description:

[MULTI-BAND GNSS ANTENNA] This advanced GNSS antenna is compatible with major navigation systems including GPS and GLONASS, making it perfect for precision applications like mapping and container operations at ports. [RELIABLE SIGNAL UNDER... More

Description:

[COMPREHENSIVE GNSS SUPPORT] The GO100 Multi-band antenna covers all major global navigation systems including GPS, GLONASS, BDS, and for applications in surveying and agriculture. [OPTIMIZED FOR LOW ELEVATION ANGLES] Its superior gain ensures... More

Description:

[MULTI-BAND GNSS ANTENNA] Designed for versatility, this GNSS antenna supports GPSL1/L2, BeiDou B1/B2/B3, GLONASS G1/G2, and E1/E5b frequencies for comprehensive navigation solutions. [OUTSTANDING LOW ELEVATION GAIN] Featuring excellent low... More

Description:

MULTI-SYSTEM COMPATIBILITY: Receive signals from Beidou, GPS, GLONASS, and with this full-band GNSS mapping antenna, supporting comprehensive satellite navigation frequencies including B1-B3, L1-L5, G1-G3, E1-E6, and L band for professional-grade... More

Description:

HIGH MULTI-BAND GNSS RECEIVER: GO100 supports all four global navigation systems (GPS L1/L2, GLONASS G1/G2, BeiDou B1/B2/B3, and E1/E5b) with exceptional high gain and phase center stability for professional surveying applications in the UK.... More

Description:

【High GNSS Reception】The STARF-107 GNSS antenna is designed to receive signals in GPS, GLONASS, , and Beidou frequency bands. With high gain and excellent reception at low elevation angles, it ensures accurate and reliable positioning for high-... More

Description:

【High GNSS Reception】The STARF-107 GNSS antenna is designed to receive signals in GPS, GLONASS, , and Beidou frequency bands. With high gain and excellent reception at low elevation angles, it ensures accurate and reliable positioning for high-... More