ADTRAN Vanta 1335 Manual de usuario descargar pdf (Pagina 13)

US

8,443,065

B1

13

phones,

fax

machines,

modems

and

credit

card

readers.

An

integrated

voice

mail

can

include

3,000

or

more

messages

on

eight

ports

and

multi-level

auto-attendant

that

are

multi-level

on

eight

ports

such

as

in

the

example

of

a

NetVanta

7000

series

device.

These

devices

include, in

one

example,

a

full

function IP access

router

and

an

integrated

state

inspection

?rewall

protects

against

the

Denial-of-Service

(DOS)

attempts.

The

devices

include

IP

Sec

VP

and

tunnelling

with

DES/3DES/AES

encryption

and

an

SIP-aware

?rewall,

and

include

T38

support

and

a

door

relay,

music-on-hold

(MOH)

interfaces

and

Voice

Quality

Monitoring

(VQM).

In

one

example,

SIP

networking

is

supported

between

mul

tiple

locations.A

business

can

connect

multiple

sites

and

have

three

or four

digit

dialing

and

local

call

routing

and

surviv

ability

and

on-net

calls

for

toll

bypass.

Multiple

SIP

trunks

allow

a

communications

server

to

connect

to

other

commu

nication

servers.

Remote

SIP

trunks

can

be

supported

and

connect

to

all

endpoints

at

all

locations

such

that

a

user

can

have

local

voice

mail

and

auto-attendant

services.

A

hub and

spoke

SIP

network

can be

accomplished

in

another

example.

A

dedicated

communications

server

can

aggregate

SIP

trunks

at

a

central

location,

which

for

quali?ed

applications,

increases the

number

of

other

communication

servers

that

can

be

networked

together.

The

user

can

use

an

Internet

Protocol

(IP)

phone

such

as

an

IP

700

series

of

telephones

with

different

line

versions

and

support

multiple

call

functions.

It is

possible

to

incorporate

voice

mail-to-email

applications

and

personal

auto-attendant

in

which

each

phone

sets

up

their

own

automatic

attendant.

It

is

also

possible

for

the

communications

server

to

ring

a

series

of

stations

and

one

external

phone

number.

A

communica

tions

server

can

include

a

PC-based

phone

manager

and

it

is

possible

to

incorporate

an

Internet

Protocol

(IP)

soft

phone

to

enable

VoIP

communications

from

a

Windows-

or

Vista

based

laptop

or

desktop

PC.

Through

a

PC-based

phone

man

ager,

a

user

can

customize

phone

settings.

It

is

also

possible

for

a

platform

or

communications

server

to

work

in

a

multi-vendor

environment

and

with

an

integrated

Tl

-PRI

trunk

to

consolidate

separate

voice

lines

and

internet

access

onto

a

single

T1

or

PRI

trunk.

It is

possible

to

combine

the

IP

and

analog

communications

and

support

analog

trunks,

analog

phones,

fax

machines

and

credit

card

readers

without

the

requirement

for

analog

telephone

adaptors.

It

is

also

pos

sible

to

provide

always-on,

voice,

data

and

high-speed

data

access

to

business

resources

from

a

remote

home

of?ce

using

a

single

cable

or

DSL

broadband

connection

in

secure IP

Sec-compliant

VPN

technology.

A

command

line

interface

(CLI)

can

be

used.

Many

modi?cations

and

other

embodiments

of

the

inven

tion

will

come

to

the

mind

of

one

skilled in

the

art

having

the

bene?t

of

the

teachings

presented

in

the

foregoing

descrip

tions

and

the

associated

drawings.

Therefore,

it

is

understood

that

the

invention

is

not

to

be

limited

to

the

speci?c

embodi

ments

disclosed,

and

that

modi?cations

and

embodiments

are

intended

to

be

included

within

the

scope

of

the

appended

claims.

That

which

is

claimed

is:

1.

A

communications

system,

comprising:

a

plurality

of

network

switches

interconnected

together

and

con?gured

to

form

a

communications

network;

one

of

the

network

switches

having

a

newly

deployed

network

device;

at

least

one

existing

neighboring

network

device

connected

to

the

newly

deployed

network

device;

a

Network

Manager

connected

to

the

communications

net

work

remotely

from

the

newly

deployed

network

device

and

existing

neighboring

network

device;

20

25

30

35

40

45

50

55

60

65

14

wherein

the

newly

deployed

network

device

is

con?gured

to

determine

its

physical

network

connectivity

within

the

communications

network

by

propagating

a

discov

ery

protocol

frame

to

the

at

least

one

existing

neighbor

ing

network

device,

said

discovery

protocol

frame

hav

ing

an

organizationally

speci?c

Type

Length

Value

(TLV)

and

Organizationally

Unique

Identi?er

(OUI)

and

data

de?ning

a

query

as

a

command

to

request

data

of

physical

network

connectivity

and

solicit

from

the

existing

neighboring

network

device

the

physical

net

work

connectivity

data

of

the

newly

deployed

device

within

the

communications

network,

said

newly

deployed

network

device

also

con?gured

to

receive

in

response

to

the

query,

its

physical

network

connectivity

data

and

the

network

data

address

on

the

Network

Man

ager,

and

in

response,

transmit

its

physical

network

con

nectivity

data

to

the

remote

Network

Manager;

and

wherein

said

Network

Manager

is

con?gured

to

transmit

provisioning

data

to

the

newly

deployed

network

device

based

on

the

received

physical

network

connectivity

data.

2.

The

communications

system

according

to

claim

1,

wherein

the

physical

network

connectivity data

received

from

the

at

least

one

existing

neighboring

network

device

com

prises

at

least

one

network

data

address

for

the

Network

Manager.

3.

The

communications

system

according

to

claim

2,

wherein

said

newly

deployed

network

device

is

con?gured

to

receive

a

plurality

of

potential

network

data

addresses

for

the

Network

Manager

and

attempt

connection

to

the

Network

Manager

using

at

least

one

of

the

plurality

of

potential

net

work

data

addresses.

4.

The

communications

system

according

to

claim

2,

wherein

in

the

event

the

newly

deployed

network

device

does

not

receive a

network

data

address

for

the

Network

Manager,

the

newly

deployed

device

is

con?gured

to

announce

itself

by

transmitting

Layer

2

broadcast

messages

throughout

the

com

munications

network.

5.

The

communications

system

according

to

claim

1,

wherein

the

discovery

protocol

frame

comprises

a

Link

Layer

Discovery

Protocol

(LLDP)

frame.

6.

The

communications

system

according

to

claim

1,

wherein

the

discovery

protocol

frame

comprises

a

Link

Layer

Ethernet

OAM

message.

7.

The

communications

system

according

to

claim

1,

wherein

the

physical

network

connectivity data

comprises

at

least

one

of

physical

and

logical

location

connection

data

for

the

newly

deployed

network

device

and

data

uniquely

iden

tifying

the

existing

connected

device.

8.

The

communications

system

according

to

claim

7,

wherein

the

at

least

one

of

physical

and

logical

location

connection

data

comprises

data

regarding

the

physical

slot

and

port

of

the

existing

neighboring

network

device.

9.

The

communications

system

according

to

claim

7,

wherein

the

at

least

one

of

physical

and

logical

location

connection

data

comprises

data

regarding

the

ID

of

a

logical

Ethernet

in

the

First

Mile

(EFM)

bonding

group.

10.

The

communications

system

according

to

claim

1,

wherein

physical

network

connectivity data

comprises

device

data

that

identi?es the

existing

network

device.

11.

The

communications

system

according

to

claim

10,

wherein

the

device

data

comprises

at

least

one

of

an

IP

address

and

node

number

of

the

existing

neighboring

network

device

to

the

newly

deployed

network

device.

12.

The

communications

system

according

to

claim

1,

and

further

comprising

a

Management

Information

Base

(MIB)

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