4IPNET EAP210, User Manual

Page: 104 / 166

User’s Manual
Enterprise Access Point ENGLISH
Copyright © 4IPNET, INC. All rights reserved.
103

Broadcast SSID: Disabling this function will stop the system from broadcasting its SSID. If broadcast
of the SSID is disabled, only devices that have the correct SSID can connect to the system.

Wireless Station Isolation: By enabling this function, all stations associated with the system are
isolated and can only communicate with the system.

IAPP: IAPP (Inter Access Point Protocol) is a protocol by which access points share information about
the stations connected to them. When this function is enabled, the system will automatically broadcast
information of associated wireless stations to its peer access points. This will help wireless stations
roam smoothly among IAPP-enabled access points in the same wireless LAN.

Multicast-to-Unicast Conversion: When Multicast-to-Unicast Conversion is enabled, the Access
Point intelligently forwards traffic only to those ports that request multicast traffic. Adversely, when
disabled, multicast traffic is treated like broadcast traffic, with packets forwarded to all ports causing
network inefficiencies.

TX STBC: STBC is a pre-transmission encoding done by MIMO transmitter that allows it to improve
the signal-to-noise ratio even at a single RF receiver (non-MIMO).

Multicast/Broadcast Rate: Bandwidth configuration for multicast/broadcast packets. If your wireless
clients require a larger or smaller bandwidth for sending multicast/ broadcast packets, the
administrator can customize the Access Point
’s multicast/ broadcast bandwidth here.

Management Frame Rate: This feature controls the bandwidth for Management Frames. The higher
the rate it, the shorter range the transmission covers

Receiving RSSI Threshold:
To ensure connected stations have quality connection speeds, a station will
not be able to associate to the network unless its receiving sensitivity meets the configured threshold.

Note: TX STBC may be limited on selected AP models.