Patton electronics 2888 Guide de référence

Page 1 of 2

Product Brief

Product Model

Product ModelProduct Model

Product Model

IpLink™ Model 2888

Product Name

Product NameProduct Name

Product Name

Multi-Megabit Inverse Mux

Usage

UsageUsage

Usage

Transparent Ethernet Bridging of large Ethernet frames and umbo

Ethernet frames over Bonded T1/E1 circuits for Transparent Ethernet

Backhaul

Product Description

The Model 2888 Multi-Megabit Inverse Mux is a managed Ethernet bridge

with two (2 Gigabit Ethernet ports and either two (2 or four (4 T1/E1

ports. The Inverse Mux transports jumbo Ethernet frames over bonded

T1/E1 circuits using Multi-link PPP, creating up to an 8 Mbps transparent

Ethernet connection over a TDM based infrastructure network. Complete

with Layer 2 filtering, Layer 2 traffic shaping and Active Layer 2 QoS, the

Model 2888 enhances a carrier’s rapid service deployment capability when

interconnecting NGN equipment or backhauling broadband traffic.

Who is it for?

The Model 2888 Multi-Megabit Inverse Mux is

designed for facilities based Tier I carriers with

developed TDM networks or other service

providers with access to wholesale T1/E1 circuits

that need to rapidly expand Transparent Ethernet

backhaul in areas where the network infrastructure

is not yet in place due to a lack of fiber or other

backhaul facilities.

Position Statement

For carriers needing to backhaul Ethernet traffic from IPDSLAMs and 3G cell sites, the IpLink™ Multi-Megabit Inverse

Mux transparently carries large Ethernet frames over bonded T1/E1 circuits. Unlike other solutions, which do not

support jumbo Ethernet frames, the Multi-Megabit Inverse Mux transparently passes ALL jumbo Ethernet frames to

simplify configuration while applying ACTIVE Layer 2 QoS traffic shaping and filtering.

Feature Benefit Summary

Featu

Advantage

Benefit

umbo Ethernet

frames

Transparently pass all Ethernet frames

including those with multiple VLAN MPLS

tags or PBB encapsulation

Simplify configuration when all

that is needed is a high speed

backhaul or interconnect

Active QoS

Prioritize different traffic flows and types

including ToS/DiffServ VLAN Priority bits

and per MAC based ACL filters

Optimize capital expenditures by

installing and managing one

multi-service backhaul network

Bonded T1/E1

Stop over

provisioning

right

size the

bandwidth needed to backhaul traffic

Optimize capital expenditures

Carrier Infrastructure Solutions

Page 2 of 2

Product Brief

Solution Description

Rapid service deployment is the key to grabbing

market share, the lifeblood of carrier business

economics. At times the infrastructure needed to

support end user services is not in place, creating

delays that cost millions in long-term lost revenues. To

overcome these ills carriers with access to wholesale

T1/E1 circuits can reuse the TDM network to bridge

the bandwidth gap and continue deploying NGN

services in areas where the infrastructure is developing.

Problem

Issue

Impact

Our Solution

Service Providers

are Losing

Market Share

Lack of installed fiber for

backhaul is slowing

customer acquisition

Millions of dollars lost

every day in potential

long-term revenue

streams

use installed TDM

network for transparent

Ethernet backhaul

Complex

Network

Infrastructure

Installations

Complex equipment is

installed for simple

backhaul applications

Slows

the pace of

network expansion and

makes troubleshooting

problems difficult

Transparent Ethernet

bridging with QoS

installs and maintains

easier than MPLS & PBB

The Need to

Improve

Profitability

ervices are installed

with new equipment

raising customer

acquisition costs

Customer acquisition

becomes a capital

intensive exercise

use depreciated TDM

network and postpone

forklift upgrades until

economics dictate

Unique Selling Position

The IpLink™ Model 2888 Multi-Megabit Inverse Mux is the only transparent Ethernet Bridge offering BOTH jumbo

Ethernet frame and Active Layer 2 QoS at a fraction of the cost of other solutions.

Top

FAQ

Q. Does the Inverse Mux support TDM over IP?

Q. Does the Inverse Mux support TDM over IP?Q. Does the Inverse Mux support TDM over IP?

Q. Does the Inverse Mux support TDM over IP?

A.A.

A. The Inverse Mux transports Ethernet/IP traffic over TDM. It is not designed to transport TDM traffic over Ethernet/IP.

Q. Is the Inverse Mux offered with

Q. Is the Inverse Mux offered with Q. Is the Inverse Mux offered with

Q. Is the Inverse Mux offered with -

-48VDC power?

48VDC power?48VDC power?

48VDC power?

A.A.

A. The Inverse is available with an internal or an external power supply.

Q. Does the Inverse Mux support both clear channel and fractional T1/E1 operation?

Q. Does the Inverse Mux support both clear channel and fractional T1/E1 operation?Q. Does the Inverse Mux support both clear channel and fractional T1/E1 operation?

Q. Does the Inverse Mux support both clear channel and fractional T1/E1 operation?

A.A.

A. Yes. Each T1/E1 circuit can be configured for clear channel or for fractional operation independently, facilitating

incremental bandwidth growth.

Q. Q.

Q. What is the

What is theWhat is the

What is the

Jumbo Ethernet frame size

Jumbo Ethernet frame sizeJumbo Ethernet frame size

Jumbo Ethernet frame size

supported

supportedsupported

supported?

A.A.

A. The maximum jumbo Ethernet frame supported today is 2,072 bytes and 9,216 bytes via free software upgrade.

Q. Does the Inverse Mux support fractional T1/E1 circuits.

Q. Does the Inverse Mux support fractional T1/E1 circuits.Q. Does the Inverse Mux support fractional T1/E1 circuits.

Q. Does the Inverse Mux support fractional T1/E1 circuits.

A.A.

A. Yes. Fractional circuits are supported on all T1/E1 ports and can be used to incrementally grow the bandwidth.

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