Cisco Meraki MA-ANT-20 Dual-Band Omni Antennas – 2.4 GHz & 5 GHz, 4/7 dBi, N-Type, Pack of 2

Better all-around Wi-Fi coverage for outdoor Wi-Fi coverage around buildings.

The Cisco Meraki MA-ANT-20 is a dual-band omnidirectional antenna set with 4 dBi (2.4 GHz) / 7 dBi (5 GHz) gain and an N-type connector, designed for outdoor Meraki access points with N-type antenna connectors, such as the MR84. It suits outdoor Wi-Fi coverage around buildings, courtyards and warehouses.

Why the Right Antenna Matters for Wireless Coverage

An access point is only as good as its antennas. The wrong pattern sends signal where no users are, while low gain leaves weak spots at the edge of coverage. Outdoor and large indoor spaces are especially sensitive to antenna choice.

The MA-ANT-20 provides 4 dBi (2.4 GHz) / 7 dBi (5 GHz) with an omnidirectional (360°) pattern. Omnidirectional antennas radiate evenly in all horizontal directions, which suits access points mounted in the center of the area they serve.

Designed for outdoor Meraki access points with N-type antenna connectors, such as the MR84, it connects directly with an N-type connector and is built for outdoor conditions.

Gain and Coverage Pattern

At 4 dBi (2.4 GHz) / 7 dBi (5 GHz), the MA-ANT-20 extends usable range compared with low-gain antennas. Plan placement using the 360° pattern so coverage matches where users or client radios are located.

Installation Considerations

Use the matching connector type, keep cable runs short to limit signal loss, weatherproof outdoor connections, and set the correct antenna gain in the access point configuration to stay within regulatory power limits.

How to Install the Cisco Meraki MA-ANT-20

1. Confirm your access point or radio supports external antennas with a N-type connector.
2. Mount the antenna in the planned position and orientation (vertical for omni coverage).
3. Connect the antenna to the access point or radio, tightening connectors by hand and weatherproofing outdoor joints.
4. Set the antenna type and gain in the management interface, then verify coverage with a site survey or signal readings.