The configuration information about each of the wireless switches and the wireless switch list can then be communicated to each of the wireless switches.

Each of the wireless switches register with a registration server by communicating configuration information about each of the wireless switches to the registration server.

The housing also includes a contactless switch and the cap a switch actuator.

Each data tunnel carries complete Layer-2 (L2) packets between the first wireless switch and the second wireless switch.

An access point links a wireless client to a wireless switch.

A mobile device connects to the wireless switch by communicating a packet to the wireless switch via two or more of the plurality of wireless nodes.

For example, each wireless switch can receive the DHCP requests from wireless clients associated with the subnet of the wireless switch, and forward the DHCP requests to the registration server.

An internal peering session is established between the first client wireless switch and the first designated wireless switch in the first mobility area.

The present invention teaches a contactless switch.

Consequently the object of changing the commutator only without changing the entire motor is achieved when the commutator is damaged.

A system includes a wireless switch and a plurality of wireless nodes.

Each control connection is configured to transfer wireless client device mobility related control plane information between the first wireless switch and the second wireless switch.

An IP address of the registration server can be configured on each of the wireless switches and used to open an IP socket from each of the wireless switches to the registration server.

In one implementation, a first designated wireless switch and a first client wireless switch are configured as part of a first mobility area of the mobility domain.

The environment sensor raw data is then sent to a wireless switch (122) via an Ethernet switch (120) in the WLAN.