To transport E1 channels over an Ethernet
or an IP network, and to accelerate
traditional telecom services to migrate to the
IP packet networking technology, the 1 x E1
over Ethernet multiplexer product uses TDM
over IP technology. This solution transports
the legacy E1 data through the existing
Ethernet or IP network.
1 x E1 over Ethernet
multiplexer product is a new generation of TDM
over IP technology with IP circuit emulation
that supports transportation of 1 E1 over an
Ethernet or an IP network.
The uplink Ethernet port and
user data port are IEEE 802.3 compliant, 10 /
100BaseT auto-sensed ports. The state-of-art
design provides the highest availability with
the accurate timing signal and data bit stream
reconstruction. Predefined system parameter
profiles that according to different
application requirements; ultimately
simplifies the installation process and saving
maintenance cost.
Telecom and Enterprise users
can save significant access and equipment
costs and generate new revenue resources by
offering different types of legacy services
over Ethernet networks. It is also suitable
for connecting to the Ethernet based wireless
equipment to achieve fast deployment of
E1 services. One particular application is to
provide a combination of Ethernet and E1
services using low cost Wireless LAN bridges,
or over RPR Ethernet rings. Operators can use
the 1 x E1 over Ethernet multiplexer to
provide a provide a combination of Ethernet
and legacy E1 (TDM) services over wired or
wireless packet networks, or RPR rings.
TDM technology occupies
fixed transmission bandwidth which is suitable
for real-time applications such as voice and
video. Ethernet technology is based on
statistical multiplexing, transmitting and
exchanging information in packets. It does not
take up a fixed transmission bandwidth, which
is good for achieving higher bandwidth
utilization. But Ethernet technology does not
provide adequate QoS for real time
applications.
The 1 x E1 over Ethernet can
be used to emulate transparent E1channels over
an Ethernet link with an acceptable QoS
(Please see the note: QOS, below), so that a
majority of the existing E1 based applications
can be readily setup over Ethernet LANs and
WANs.