Technical Support for Antennas & Related Gear
Antennas
The antennas are used for mobile communication; radio and television; Wi-Fi signal and; GPS navigation systems.
Maximum Input Power Rating of Antennas
Antenna Maximum Input Power Rating: Maximum Input Power is defined as: The maximum amount of power (voltage given in Watts) that is able to be transmitted to... more »
45-degree Slant Antenna Polarization Overcomes Interference and Issue w/ Dual-Polarization
45-degree Slant Antenna Polarization: Signals received at base station antennas are typically elliptically polarized in a way more like vertical polarization... more »
Antenna Radiation Patterns: H-Plane, E-Plane, XY XZ YZ Planes
Antenna Radiation Patterns: This article explains radiation patterns, detailing how polarization (linear and vertical) relates to the E-Plane and H-Plane,... more »
Operate 2 Antennas from One Radio: Use a "Power Divider" or "Antenna Combiner" - NOT a T-adapter
Power Divider / Antenna Combiner: Do not use a "T connection" to get one AP to service two antennas: This causes many problems, further described below. By... more »
Spatial Diversity Overcomes Multi-Path Interference | Wireless Links Over Water
Spatial Diversity: Spatial diversity is a useful feature for overcoming multi-path interference. By providing spatial diversity, the radio's internal... more »
Dual Polarity Antennas & MIMO (carrier-grade antennas)
Characteristics of Dual Polarity AntennasHave horizontal and vertical antennas in a same antenna. Antennas of dual polarity are high-speed, bandwidth for VOIP and... more »
dBm to Watt Conversion Table
Upgrading your antenna, even just a small increment in dBm, makes a HUGE impact on the range of your device: (dbm is logarithmic and mw is linear.) dBm 0 1 2 3... more »