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The following figure shows the APs classified and displayed in different colors.
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3.14.7 Load Balance
The parameters configured for Load Balance can help to distribute the traffic for all of the
access points registered to Vigor router. Thus, the bandwidth will not be occupied by certain
access points.
Available settings are explained as follows:
Item
Description
Enable
Check the box to enable such function.
Mode
It is used to determine the operation mode when the system
detects overload between access points.
By Station Number
–The operation of load balance will be
executed based on the station number configured in this page.
It is used to limit the allowed number for the station connecting
to the access point. The purpose is to prevent lots of stations
connecting to access point at the same time and causing traffic
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unbalanced. Please define the required station number for
WLAN (2.4GHz) and WLAN (5GHz) separately.
By Traffic
– The operation of load balance will executed
according to the traffic configuration in this page.
Upload Limit
–Use the drop down list to specify the traffic
limit for uploading.
Download Limit
– Use the drop down list to specify the traffic
limit for downloading.
Force Overload
Disassociation
By Idle Time
- When the access point is overload (e.g.,
reaching the limit of station number or limit of network
traffic), it will terminate the network connection of the client’s
station which is idle for a longest time.
By signal Strength
- When the access point is overload (e.g.,
reaching the limit of station number or limit of network
traffic), it will terminate the network connection of the client’s
station with the weakest signal.
After finishing all the settings here, please click
OK
to save the configuration.
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3.14.8 Function Support List
Click the
Client
tab to list the AP management functions that the Access Points support under
different firmware versions.
Click the
Server
tab to list the AP management functions that Vigor router supports under
different firmware versions.
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3.15 VoIP
Note:
This function is used for “V” models.
Voice over IP network (VoIP) enables you to use your broadband Internet connection to make
toll quality voice calls over the Internet.
There are many different call signaling protocols, methods by which VoIP devices can talk to
each other. The most popular protocols are SIP, MGCP, Megaco and H.323. These protocols
are not all compatible with each other (except via a soft-switch server).
The Vigor V models support the SIP protocol as this is an ideal and convenient deployment
for the ITSP (Internet Telephony Service Provider) and softphone and is widely supported.
SIP is an end-to-end, signaling protocol that establishes user presence and mobility in VoIP
structure. Every one who wants to talk must use his/her SIP Uniform Resource Identifier, “SIP
Address”. The standard format of SIP URI is
sip: user:password @ host: port
Some fields may be optional in different use. In general, "host” refers to a domain. The
“userinfo” includes the user field, the password field and the @ sign following them. This is
very similar to a URL so some may call it “SIP URL”. SIP supports peer-to-peer direct calling
and also calling via a SIP proxy server (a role similar to the gatekeeper in H.323 networks),
while the MGCP protocol uses client-server architecture, the calling scenario being very
similar to the current PSTN network.
After a call is setup, the voice streams transmit via RTP (Real-Time Transport Protocol).
Different codecs (methods to compress and encode the voice) can be embedded into RTP
packets. Vigor V models provide various codecs, including G.711 A/
μ
-law, G.723, G.726 and
G.729 A & B. Each codec uses a different bandwidth and hence provides different levels of
voice quality. The more bandwidth a codec uses the better the voice quality, however the
codec used must be appropriate for your Internet bandwidth.
Usually there will be two types of calling scenario, as illustrated below:
Calling via SIP Servers
First, the Vigor V models of yours will have to register to a SIP Registrar by sending
registration messages to validate. Then, both parties’ SIP proxies will forward the
sequence of messages to caller to establish the session.
If you both register to the same SIP Registrar, then it will be illustrated as below:

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