NEC UNIVERGE SV9100 Features And Specifications page 719

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Minimum Bandwidth Requirements
Transmit
Codec
Data Rate
G.711
90Kbps
-Law
G.722
64Kbps
G.729
34Kbps
The GPZ-IPLE contains a regular TCP/RTP/IP stack that can handle real time media. The
GPZ-IPLE daughter board is an end-point on the IP network from the network administration
perspective.
The GCD-CP10 uses SIP Protocol to provide telephony services between remote stations through
the IP Network. This is an IETF/ITU standards-based protocol.
Speech-connection audio quality depends greatly on the available bandwidth between the stations
in the data network. Because Internet is an uncontrolled data network compared to an Intranet,
using this application in Intranet WAN environment with known (or controlled and assured) Quality
of Service (QoS) is highly recommended.
An on-board RJ-45 connector provides a WAN/LAN connection. Voice and signaling data to/from the
IP Stations are converted into IP Frames and transmitted through the Data Communication IP
Network.
The GPZ-IPLE supports a maximum of 256 VoIP connections
Duplex mode (Auto or Full) and speed (10, 100 Mbps or 1 Gbps) are configured via SV9100
chassis programming.
The IPLE does not support half duplex, only full duplex is supported.
UNIVERGE SV9100 supports a 100 rel option and Session Timer option.
UNIVERGE SV9100 supports Early Media.
UNIVERGE SV9100 SIP restricts an outgoing call under the following conditions:
SIP configuration failed
SIP registration failed
GCD-CP10 Link down
Lack of GPZ-IPLE resource
Both the signaling and voice ports can be configured in the SV9100. This change only affects the
packets from the SV9100 to the IP Phone. A change must be made in the IP phone to affect the
packets from the IP Phone to the SV9100.
ToS Support.
Conditions
Documentation for Polycom devices are available at
voicedocumentation
By default Polycom devices use
string without a configuration change to the Polycom device. For example, dialing the
Time
Receive Data
Between
Rate
Packets
90Kbps
20ms
*
64Kbps
20ms
*
34Kbps
20ms
*
to initiate dialing. Therefore,
#
719
Packetization
Default Jitter
Delay
Buffer Delay
1.5ms
2 datagrams
(40ms)
1ms
2 datagrams
(40ms)
15.0ms
2 datagrams
(40ms)
http://www.polycom.com/
cannot be used in a dial
#
Theoretical
Maximum
MOS
4.4
4.5
4.07

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