The Laird OD24-7D5 omnidirectional antenna systems is constructed of UV-stable fiberglass with all stainless steel brackets standard. They come standard with type N female bulkhead connectors with extra heavy duty nuts for optional standoff type mounting. The 7dBi has a 5 deg electrical downtilt standard which is perfect for close-in wireless systems such as apartment complexes. Because of their unique high performance design which eliminates nulls, they can be used in a wide variety of wireless systems.
- 2.4 GHz ISM band applications
- Base station antennas
- 802.11b and 802.11g wireless systems
- Point to multi-point systems
- Wireless broadband systems
- WiFi access points
- 7 dBi antenna gain
- 5 Deg electrical downtilt
- Type N female integrated bulkhead connector
- Rugged, lightweight and waterproof
Details | |
Frequency Range |
2400-2485MHz |
Gain |
7dBi |
Vertical Beam Width |
18deg |
Electrical Downtilt |
5deg |
VSWR |
1.5:1 |
Pole Diameter (OD) |
25-50mm |
Details | |
Pole Mount |
Included |
Specifications
The Laird OD24-7D5 omnidirectional antenna systems is constructed of UV-stable fiberglass with all stainless steel brackets standard. They come standard with type N female bulkhead connectors with extra heavy duty nuts for optional standoff type mounting. The 7dBi has a 5 deg electrical downtilt standard which is perfect for close-in wireless systems such as apartment complexes. Because of their unique high performance design which eliminates nulls, they can be used in a wide variety of wireless systems.
- 2.4 GHz ISM band applications
- Base station antennas
- 802.11b and 802.11g wireless systems
- Point to multi-point systems
- Wireless broadband systems
- WiFi access points
- 7 dBi antenna gain
- 5 Deg electrical downtilt
- Type N female integrated bulkhead connector
- Rugged, lightweight and waterproof
Details | |
Frequency Range |
2400-2485MHz |
Gain |
7dBi |
Vertical Beam Width |
18deg |
Electrical Downtilt |
5deg |
VSWR |
1.5:1 |
Pole Diameter (OD) |
25-50mm |
Details | |
Pole Mount |
Included |