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You can centrally set up, configure, monitor, and manage certain Airlive devices around the clock, every day of the year, using cloud-based remote network management. This unified remote management solution helps cut costs and save time. Airlive offers an full range of access points, in-wall APs, outdoor CPEs, and mobile hotspots through AirCloud, providing a comprehensive network ecosystem.

The Airlive TOP-12AC is a multi function Access Point which features 1x 1Gbps LAN port and 1x 1Gbps WAN PoE input port. The TOP-12AC supports FIT/FAT Operation mode. Meaning it can work as a standalone access point at home or in the office and as an access point which is controlled by an AirLive WLAN Controller like the AirLive WLAN-128GM/64GM for large Enterprises or organizations were central management is preferred.

Choose AP or AP Gateway mode, In AP Gateway mode the TOP-12AC offers the WAN port features like PPPoE and functions like QoS, URL & MAC filtering. In AP mode the TOP-12AC is a standalone default Access Point. The TOP-AC12 can also be controlled via AirCloud, Cloud control.

Advanced Management Fit (central management) and Fat (Stand-alone AP) Operation Mode or, Cloud management 

The AirLive TOP-12AC offers several different ways to control and operate it.

Fit mode: In this mode the Access Point (TOP-12AC) works with an AirLive WLAN Access Controller (WLAN-128GM/64GM), the controller is the “brain” of the TOP-12AC Access Point and controls all functions like wireless settings, encryption and more. The Fit mode is used for large enterprise setups were a large numbers of AP’s need to be controlled all at ones. Using the Fit mode in the Top-12AC and an WLAN Access Controller it will save a lot of the time and difficulties in setup.

Fat mode: In this mode the Access Point (TOP-12AC) works as a standalone device with all wireless and encryption functions being setup and controlled within the AP itself. This is more suitable for residents or offices where less AP’s are installed. The Fat mode has an AP mode and AP Gateway mode. In Gateway mode the WAN port can be to connect to a Modem/Router via PPPoE, DHCP or Static IP. In AP Mode the TOP-12AC can connected to an exciting network and work without the WAN port features.

Cloud Control: The AirLive TOP-12AC can be controlled via AirCloud, ones the AP has been added to the Cloud. It can be controlled from any location. This offers extra benefits when dealing with a large network of Access Points, as local access is not needed, and support can be giving from a remote office. Also, multiple levels of control can be giving in the Cloud from Admin to only viewer rights. AP’s can be added and removed at anytime.

Wireless seamless roaming allows devices to switch between different wireless access points without any interruption to their connection note that the SSID and wireless password of the all the access points should be the same.

It is particularly useful in environments where users need to move around frequently while staying connected to the network, such as in large office buildings, hospitals, and public areas like airports or train stations. To enable seamless roaming, wireless networks use a combination of protocols and technologies, such as 802.11r, 802.11k, and 802.11v, which are supported by the aircloud ceiling and inwall access points that allow devices to make quick and accurate decisions about which access point to connect to. The overall goal of wireless seamless roaming is to simplify the process of staying connected to a wireless network as the user moves around, without any interruption or loss of connectivity.

Overall, wireless seamless roaming is an important technology that enables users to stay connected to the network while moving around, without any interruption or loss of connectivity. Wireless seamless roaming simplifies the process of maintaining a continuous connection to a wireless network as a device moves from one area to another without any interruption. Here are a few key points to simplify the concept:

• 802.11r: This protocol enables fast handovers between access points by pre-authenticating the device with the next access point before it actually moves there.
• 802.11k: This protocol enables the wireless network to provide more accurate and timely information about the signal strength and capabilities of nearby access points, allowing the device to make better decisions about which access point to connect to.
• 802.11v: This protocol enables the wireless network to provide information about the quality of service (QoS) offered by different access points, allowing the device to choose the best access point based on its needs.