
176
RAD Data Communications 2009 Catalog
IPmux-16
TDM Pseudowire Access Gateway
Integrated access
IPmux-16 enables economical transport of voice,
video and data traffic over PSNs, supporting
point-to-point and point-to-multipoint
applications in carrier and enterprise
environments.
Ethernet QoS and VLAN capabilities
User traffic can be rate-limited, tagged and
filtered (based on VLAN classification), while
double VLAN tagging (VLAN stacking) can be
applied to better engineer the network.
Outgoing frames are assigned Type of Service
(ToS) or DiffServ values by the user, to allow
higher priority forwarding for delay-sensitive
traffic by Layer 3 routers and switches,
TDM circuit extension
IPmux-16 supports the following features:
•
E1/T1 connectivity for any user device with
standard E1/T1 interface
•
Alarm detection and insertion with error
statistics
•
SES/UAS statistics, LOS/AIS physical layer
alarms and remote/Local Loop test modes.
In addition, it supports standard E1/T1 alarms
from end to end.
Modular design
The IPmux-16 is a modular, carrier-class TDMoIP
gateway:
•
E1 and T1 modules
The IPmux-16 supports up to two E1 or T1
modules that include four or eight ports each,
for a maximum of 16 E1/T1 channels.
•
Ethernet modules
IPmux-16 incorporates up to two Ethernet
modules. Each module provides one or four Fast
Ethernet ports with 10/100BaseT or up to two
SFP-based ports. Redundancy and load sharing
between the uplinks of the Ethernet modules
are supported.
•
E3 and T3 modules
Two unframed E3 or T3 modules can operate in
a single IPmux-16 unit together with two
Ethernet modules. When the hand-off interface
required at the central site is T3, a channelized
T3 module (see below) installed in the central
IPmux can groom the unframed T1 links
originating from multiple remote gateways.
•
Channelized T3 modules
These modules enable the IPmux-16 to function
as a grooming device that can receive up to 28
T1 TDMoIP streams and groom them into
channelized T3 at the central site.
Service center management
The IPmux-16 features flexible management
capabilities, including local management via an
ASCII terminal (RS-232). In addition, remote
management can be performed either inband or
out-of-band, using the network or user ports,
while maintaining separation between
management and user traffic via the use of
VLANs. Advanced FCAPS (Fault, Configuration,
Accounting, Performance, Security), service
provisioning and diagnostic tools are provided
by RADview-SC/TDMoIP, RAD’s network
management system, via an SNMP-based GUI.
The IPmux-16 also supports a variety of
configuration access channels, including Telnet,
SNMP, Web server, and TFTP.
•
Transmits TDM and LAN services over
packet switched networks
•
Modular design: E1/T1, channelized T3
and unframed E3/T3
•
Cross connect between E1 and T1 ports
•
Redundant fiber or copper Fast Ethernet
uplink interfaces
•
QoS per 802.1p, ToS/DSCP or EXP
•
Advanced clock distribution over packet
Central Site
Remote Site
IPmux-24
4 x T1
IPmux-16
Remote Site
IPmux-1E
4 analog
telephones
Remote Site
8/16 x T1
IPmux-216
NMS
Packet
Switched
Network
Ch. T3
T1 extension over packet switched network with T3 grooming at central site
Gmux-2000
IPmux-16
CO/POP
Telephony
switch
6 x user
ETH
PSTN
Fiber Fiber
IPmux-24
ETH
E1/T1
IPmux-16
ETH
16 x E1/T1
IPmux-24
ETH
4 x E1/T1
Fiber
196 x E1/T1
7 x Ch. T3
6 x Ch. STM-1/
OC-3
Daisy-chain application
For latest updates visit www.rad.com
RAD’s IPmux-16 TDM pseudowire access gateway
is a modular carrier-class solution, using TDMoIP
technology to deliver E1/T1, E3/T3 or channelized
T3 services over IP, Ethernet and MPLS networks.
Located at central service POPs, the IPmux-16
aggregates TDMoIP traffic from multiple sources.
The IPmux-16 employs standard pseudowire circuit
emulation defined by the IETF PWE3, ITU-T and
MFA Forum.
R E M O T E T D M P S E U D O W I R E G A T E W A Y S
Kommentare zu diesen Handbüchern