Why Replacement Antennas Need Multi-Polarization
Antennas with different polarizations don’t work well together – if they work together at all. That’s a problem if you install a replacement antenna with
Antennas with different polarizations don’t work well together – if they work together at all. That’s a problem if you install a replacement antenna with
Antenna selection matters more than you might think. If you choose the wrong type of antenna to use with your communications equipment, you might not
Military customers need antennas with strong, reliable patterning for dependable communications with land, sea, and airborne systems. Antenna patterning, the graphical representation of antenna radiation
During military operations, assets such as tanks, battleships, and helicopters aren’t fixed points in space. They’re on the move and subject to non-line-of-sight (NLOS) conditions
Military antennas are mission-critical because their failure can degrade or disrupt communications that are vital to land, sea, air, or space operations. These antennas must
Case Study Antenna Selection for Warehouse Automation Applications MP Antenna Improves Connectivity for Warehouse AGVs Objective Improve connectivity of an autonomous asset in a dynamic
MP Antennas for transportation communications support reliable wireless connectivity, especially under non-line-of-sight (NLOS) conditions. MP Antenna of Elyria, Ohio (USA) designs and manufactures multi-polarized antennas
Transportation communications needs antennas with efficient patterning for mass transit systems and railway networks. Antenna patterning, the graphical representation of antenna radiation as a function
Whether it’s from waves or propulsion, ships are moving targets rather than fixed points in space. Obstructions such as shipping containers and cranes also create
Port communications need antennas that can send and receive reliable signals in multiple directions under non-line-of-sight (NLOS) conditions. Wireless signals don’t just travel in one