Rugged antennas

Frequency: 2.5 MHz - 30 MHz

The RWD1000 (RA01-0125-01) is a tough and rugged, yet highly efficient HF Wideband Dipole Antenna, covering the frequency range 2.5 MHz to 30 MHz, ideal for base station and static mobile applications. Constructed ...

... leading wireless outdoor bridge that has been optimised for long transmission distances and designed to be extremely compact and rugged. Couple that with the FREE SilverView network monitoring software ...

... standard WISER antenna nodes, and is available either in Power over Ethernet (POE) or wireless options. Ruggedized antenna nodes may be co-mingled with the standard indoor WISER antenna ...

... electronics The M8HCT-A-SMA is the world’s most advanced patented GNSS antenna. Designed for high precision & autonomous multi-frequency applications. The rugged active quadrifilar helix antenna ...

Frequency: 865 MHz - 928 MHz
Gain: 9 dB

Circular Polarization 9dBi RFID Antenna CL7205A Original appearance designed high-end UHF RFID Antenna, high gain but low standing-wave ratio brings best performance. Engineering plastic housing, IP66 ...

Frequency: 865 MHz - 928 MHz
Gain: min -8.0 dB

This space saving circular polarized UHF antenna can be easily and flexible mounted into any M30 connector. It is a compact and economical solution for various RFID applications. Its rugged ...

Frequency: 3.4 GHz - 3.7 GHz
Gain: 7 dB

... Omni-Directional MIMO Antenna Frequency: 3.4-3.7 GHz Gain: 7 dBi all bands Mobile Mark’s DOD7-3500 MIMO (Multiple-Input-Multiple-Output) Site Antennas provide three cable feeds, each with identical ...

Gain: 29 dB - 48 dB

... chokering reference station antennas. For mobile usage the antenna can be equipped with a damper; its special rubber compound does not influence the reception quality and provides effective protection ...

Frequency: 120 MHz - 512 MHz
Gain: 2.1 dB

1-port omni ground plane antenna, Unity Gain, 120–512 MHz, 360° HPBW Heavy Duty – Rugged construction assures long life and trouble-free service Utility – Omni-directional ground ...