For illustrative purpose only
PLANET ANT-FP14AD network antenna Directional antenna N-type 14 dBi
PLANET ANT-FP14AD, 14 dBi, 5.15 ~ 5.85 GHz, IEEE 802.11a,IEEE 802.11n, 50 Ω, 30°, 30°
Read more...
Read more...
Product Information
| Information | |
|---|---|
| Manufacturer | PLANET |
| Product code | 16488034 |
| EAN | 05420016844590 |
| Manufacturer part number | ANT-FP14AD |
| Category | Network antennas & accessories |
Product Description
PLANET ANT-FP14AD is a 5GHz 14dBi Flat Panel Dual Polarization Directional Antenna equipped with two N-Type Female connectors. The ANT-FP14AD can increase wireless signal coverage and improve signal strength and quality for the current wireless environment. As the ANT-FP14AD can effectively enhance the performance and coverage of the 802.11a/n 5GHz facilities, it is quite suitable for outdoor wireless LAN applications, such as point-to-point connection between the warehouses.
The ANT-FP14AD Dual Polarization Directional Antenna can operate in both vertical and horizontal polarization. The dual-polarized antennas are perfectly helpful for 802.11n devices in multithreaded communications. This enables the wireless device to transmit data on one polarization and receive data on the other polarization simultaneously. Obviously, all the networking equipment in the wireless network must be multithreading complaint. It thus brings users the advantage that multithreaded communications can be achieved with use of only one antenna instead of two independent (and opposite polarized) antennas.
The ANT-FP14AD Dual Polarization Directional Antenna can operate in both vertical and horizontal polarization. The dual-polarized antennas are perfectly helpful for 802.11n devices in multithreaded communications. This enables the wireless device to transmit data on one polarization and receive data on the other polarization simultaneously. Obviously, all the networking equipment in the wireless network must be multithreading complaint. It thus brings users the advantage that multithreaded communications can be achieved with use of only one antenna instead of two independent (and opposite polarized) antennas.