
IPmu
-11
TDM Pseudowire Access Gateway
FEATURES
• TDM pseudowire CPE/CLE,
offering TDM circuit
emulation over a
packet-switched network
(PSN) and controlled
Ethernet access
• Built on TDMoIP technology,
implementing the emerging
IETF, MFA Forum, ITU-T and
MEF standards for
Pseudo-Wire Emulation
Edge-to-Edge (PWE3)
• E1/T1 emulation over MPLS,
IP and Ethernet networks
• Support for both framed (full
or fractional) and unframed
E1/T1
• Configurable jitter buffer to
compensate for network
packet delay variation
• Dedicated external clock
port
• Ensures TDMoIP priority by
QoS marking: ToS, VLAN
priority or EXP bits
• Operates opposite other
members of RAD’s TDMoIP
family of products
(IPmux-1E, IPmux-14,
IPmux-8/16, Gmux-2000,
Megaplex ML-IP)
• One Ethernet network port;
two Ethernet user ports,
offering
Transparent Ethernet
bridging
User data bandwidth and
access control through
rate limiting and VLAN
filtering
VLAN tagging and double
tagging
• Typical applications:
E1/T1 (voice or data)
leased line replacement
PBX PSTN access
Multiservice
TDM/Ethernet CLE/CPE
• Management via ASCII
terminal, Telnet host, Web
terminal or SNMP-based
network management
station
• Provisioning and monitoring
of TDMoIP services using
the RADview Service Center
for TDMoIP applications
• Compact, 1U high enclosure
DESCRIPTION
• IPmux-11 is a TDM pseudowire
access gateway extending
TDM-based services over packet
switched networks. It also serves
as an Ethernet-based access
device.
TDMoIP PERFORMANCE
• IPmux-11 provides a legacy over
PSN solution transmitting E1/T1
streams over packet switched
networks. The device converts the
data stream from its user E1/T1
port into packets for transmission
over the network. The addressing
scheme of these packets is IP or
MPLS. These packets are
transmitted via the IPmux-11
Ethernet network port to the PSN.
A remote TDMoIP device converts
the packets back to TDM traffic.
• High-performance buffering and
forwarding techniques are used to
achieve end-to-end processing
delay as low as 3 msec.
• Configurable packet size allows to
achieve proper balance between
PSN throughput and delay.
• A jitter buffer compensates for
packet delay variation (jitter) of up
to 300 msec in the network.
• Assigned, IANA-registered UDP
port number for TDMoIP
simplifies flow classification
through switches and routers.
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