Cisco Antennas (53 products)
Dipole, 2.4/5GHz, 3/5.7dBi, RP-TNC
The Dipole antenna is ideal for low ceiling installations where wall penetration or extended reach are important. Some example use cases are low-density deployments like schools and hotels to provide basic connectivity. These types of best-effort deployments usually have APs installed on walls or uneven surfaces. This antenna is bendable. More Info
Omni, 2.4/5GHz, 4.9dBi, 60°, RP-TNC
The Panel Omni antenna is ideal for low ceiling aesthetic consensus installations where wall penetration or extended reach are important. Some example uses are low density deployments like schools and hotels to provide basic low performance connectivity. These types of best effort deployments usually have APs installed in the hallway to cover adjacent rooms. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Panel Omni antenna can be purchased with 5 or 6 connectors. More Info
Omni, 2.4/5GHz, 4.9dBi, 60°, RP-TNC
The Panel Omni antenna is ideal for low ceiling aesthetic consensus installations where wall penetration or extended reach are important. Some example uses are low density deployments like schools and hotels to provide basic low performance connectivity. These types of best effort deployments usually have APs installed in the hallway to cover adjacent rooms. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Panel Omni antenna can be purchased with 5 or 6 connectors. More Info
Omni, 2.4/5GHz, 2.9/3.7dBi, RP-TNC
The Downtilt Panel Omnidirectional antenna is ideal for medium ceiling (8 ft - 25 ft) aesthetic consensus installations. Some example uses are medium-density deployments like cube office space and vestibules. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Downtilt Panel Omni antenna can be purchased with 5 or 6 connectors. More Info
2.4/5GHz, 7/6.3dBi, 60°, RP-TNC
The Wide Patch antenna is ideal for wall-mounted deployments, aesthetic consensus installations in low density applications and wall mounted or ceiling mounted below 25 ft in high density applications. Some example use cases are in vestibules with very high ceilings but few devices connecting and lecture halls where install is close to the users. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Wide Patch antenna can be purchased with 5 or 6 connectors. More Info
2.4/5GHz, 7/6.3dBi, 60°, RP-TNC
The Wide Patch antenna is ideal for wall-mounted deployments, aesthetic consensus installations in low density applications and wall mounted or ceiling mounted below 25 ft in high density applications. Some example use cases are in vestibules with very high ceilings but few devices connecting and lecture halls where install is close to the users. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Wide Patch antenna can be purchased with 5 or 6 connectors. More Info
Narrow Patch, 2.4/5GHz, 10.8/11.2dBi, RP-TNC
The Narrow Patch antenna is ideal for high ceiling (25 ft+) aesthetic consensus installations in high density applications and where APs are covering high density users in small zones. Some example use cases are in large lecture halls/stadiums as well as event venue centers. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Narrow Patch antenna can be purchased with 5 or 6 connectors. More Info
Narrow Patch, 2.4/5GHz, 10.8/11.2dBi, RP-TNC
The Narrow Patch antenna is ideal for high ceiling (25 ft+) aesthetic consensus installations in high density applications and where APs are covering high density users in small zones. Some example use cases are in large lecture halls/stadiums as well as event venue centers. This antenna supports Meraki’s smart antenna capabilities. The price shown is for a 5-connector model; the Narrow Patch antenna can be purchased with 5 or 6 connectors. More Info