Description
- ipMux
ipMux is an Ethernet-based access multiplexer
that splits one high-speed connection between
four secure, bandwidth scalable downlink
ports. ipMux enables Internet Service Providers
to attract and retain customers by differentiating
service levels and tailoring bandwidth to
meet each customer’s needs. Bandwidth
per port is set exactly to the customers'
requirements— no more, no less—
and the customer is charged accordingly.
When customer demand for service increases,
scalable ipMux lets service providers remotely
allocate more bandwidth via SNMP without
a visit to the customer site. In addition,
ipMux enables service providers to offer
high-speed access to multiple customers
with one device.
ipMux is ideal for ISPs, CLECs and Wireless
Local Loop operators that offer services
to businesses, apartment complexes, business
parks, shopping malls, hotels, conference
centers and educational facilities. Web
hosting, server colocation and Application
Service Providers can also utilize ipMux
to control how much bandwidth their customers
can use.
Description - PowerChassis
The PowerChassis Platform
and Application Modules enable service providers
to speed up the deployment of Ethernet-based
services in the MAN and deliver scalable
bandwidth directly to their customers' doorsteps.
The PowerChassis Platform also allows enterprise
and campus network managers to connect multiple
LANs over single-mode fibre. PowerChassis
are designed to host a variety of SNMP manageable
fibre optic connectivity, Internet access
multiplexing, and bandwidth management solutions
at Customer Premises, Multi-tenant Units
and the service provider Point-of-Presence
(POP).
The Application Modules support 10/100/1000
Mbps Ethernet protocols and can be utilized
in point-to-point, ring and linear topologies
to meet multiple application requirements.
The PowerChassis Platform and solutions
help service providers to overcome the last-mile
bottleneck, reduce the time it takes to
provision service, and to minimize the cost
of building and maintaining fibre optic
networks.