|
| 6dBi |
| • Designed for wireless LAN communications |
| • Mounts easy for indoor application. |
| Designed to obtain maximum gain |
|
|
|
| 8dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
| 10dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
|
| 12dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
|
|
| 14dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
|
|
| 16dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
|
|
| 18dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
|
| 20dBi |
| • Design for
the Wireless LAN Communications |
| • Be able to
install on either Indoor or Outdoor Applications |
| • Design to
Obtain the Maximum Gain |
| •
Using the Weatherproof Materials |
|
|
|
