ipaso200 dcn guidelines

iPASOLINK

00iPASO DCN Guidelines

iPASOLINK

DCN Guidelines

iPasolinkNetw

ork

SVis

outofband,theNMS

signalis

separated

from

the

main

traffic

allthroughoutthe

path.

GNEs NMS port is

connected to Switch/R

outer

and on the NEs back to back

configurations, NE1 ports are

connected together by LAN

cable (cross or straight).


For

2-w

ay

configurations,

back

toback

cable

isno

longernecessary

andonly

1

IPis

neededin

this

caseas

opposed

to2

IPaddress

when

two

IDUs

are

connectedbackto

back.

Connecting iPasolinkto Legacy Equipments


SUPPORTED D

CN C

ONNECTIO

NS (LEGACY)


SUPPORTED D

CN C

ONNECTIO

NS (LEGACY)

Case 1:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

LA

N w

/ b

rid

ge

F/W

ve

rsio

n 8

.00

Straight

or

Cross

CAT-5

LAN

cable

isconnected

to

eitherNMS

orNE1

port

of

iPasolinkgoingto

NMSLAN

portofPasolinkV4.

iPasolinkcan be allocated

with the same IP block with


with the same IP block with

PasolinkV4 which is /28.

Even iPasolinkcan use /26,

PasolinkV4 F/W

(lim

itation)

can only accommodate /28.

Case 1:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

LA

N w

/ b

rid

ge

F/W

ve

rsio

n 8

.00


Case 1:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

LA

N w

/ b

rid

ge

F/W

ve

rsio

n 8

.00

ADVANTAGES:

Auto-D

iscovery can be use for all NEs (iPasolinkand PasolinkV4).

Shown a single network in the PNMS logical connection view.

Sim

ple cabling between iPasolinkand PasolinkV4 since only LAN cable CAT-5 is needed for back to

back connections.

DISADVANTAGES:

1010

iPASO DCN Guidelines

Only m

axim

um m

ultiple /28 subnet is only available.

Only PasolinkV4 PMC LAN with bridge function F/W

version 8.00 is supported.

Necessary to reconfigure the IP network and subnet mask for existing PasolinkV4 networks where

iPasolinkwill be inserted.

Configuring V4 in bridge m

ode using PNMTjinvolves configuring the HDLC portion adding difficulty

to the configuration.

Case 2:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

Se

ria

l

Connecting

Pasolink

V4

PMC

SerialbehindiPasolink

isvia

theNMS/RAportofV4

going

tothe

Async

port

of

iPasolinkwhichisNE2(P

PP

at19.2kbpslinespeed).

iPasolinkcanbeallocated

with

/26

subnet

and

Pasolink

V4

can

be

allocated/28subnet.

1111


iPasolink

isconfigured

using

LCT

Web

and

itcan

be

auto-discoverin

PNMS,

while

Pasolink

V4

mustbe

configured

using

NCT,and

thefirstV4in

theNE

cluster

will

become

CPMC.These

NCTfile

will

beuploadedto

PNMS,while

the

.cfgwill

will

be

downloaded

inthe

NEs.

Case 2:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

Se

ria

l

1212


Case 2:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

Se

ria

l

1313


ADVANTAGES:

Larger subnet mask (/26) can be allocated for iPasolinknetwork and includes PasolinkV4 network

(/28).

If existing PasolinkV4 of the customer is PMC Serial, then no need to replace it with PMC LAN.

DISADVANTAGES:

iPasolinknetwork and PasolinkV4 network are shown on a separate m

aps in PNMS logical

Case 2:

iPa

sois

GN

E,

Pa

so V

4 i

s P

MC

Se

ria

l

1414


iPasolinknetwork and PasolinkV4 network are shown on a separate m

aps in PNMS logical

connection view.

Auto-D

iscovery is lim

ited only to iPasolinkNEs.

Maybe necessary to re-configure the IP network and subnet for existing V4 networks where iPasolink

will be inserted.

Case 3:

Pa

solin

kV

4 w

ith

Use

r/W

S/S

C L

AN

is

GN

E

In

caseslikeiPasolinkwill

be

connected

behind

PasolinkV4,thenthis

isthe

supported

DCN

connection.

iPasolinkclusteris

norm

ally

hasthedirectaccessto

an

IPnetwork,

so

this

DCN

connection

isa

rare

case

design.

In such cases that there is

no possibility to connect an

1515


no possibility to connect an

IP network, it is possible to

get the SV through the

PasolinkV4 cluster, but V4

must have U

ser/WS/SC

LAN. Then the iPasolinkSV

signal will be carried

separately from the Pasolink

V4 signal.

Connection

isvia

CAT-5

LAN

cable,straightorcross

cable

as

shown

inthe

illustration.

Case 3:

Pa

solin

kV

4 w

ith

Use

r/W

S/S

C L

AN

is

GN

E

iPasolinkwill be created in

a separate subnet from the

PasolinkV4. There is no need

to re-configure the existing

PasolinkV4 network. But in

cases like both PasolinkV4

and iPasolinkare new

networks, then PasolinkV4

must be configured using NCT

while iPasolinkmust be

configured using LCT W

eb.

1616


PasolinkV4 m

ust be

equipped with W

S/SC LAN or

User LAN m

odule/cards.

Auto-D

iscovery in PNMS

will still be supported for

iPasolinknetwork while there

is a need to upload the NCT

map in PNMS for created V4

cluster or network.

The 1

stiPasolinkNE will

become the G

NE.

Case 5:

iPa

sois

GN

E,

Pa

solin

k+

/Mx

thro

ug

h L

AN

DCN C

onnection is using

CAT-5 LAN cable, straight or

cross as illustrated.

This DCN connection as

shown will only be supported if

Pasolink+/M

xis equipped

with the following bridge F/W

versions:

a). STM-1 (1.6.4)

b). PDH (1.2.1)

1717


b). PDH (1.2.1)

c). M

x(1.2.9)

Both iPasolinkand Paso

+/M

xcan be allocated same

subnetm

ask(/26).

PNMTjwill be use to

configure the IP address

settings for Pasolink+/M

x,

while LCT W

eb for iPasolink

and both Nescan be Auto-

Discover in PNMS.

Case 5:

iPa

sois

GN

E,

Pa

solin

k+

/Mx

thro

ug

h L

AN

1818


Case 5:

iPa

sois

GN

E,

Pa

solin

k+

/Mx

thro

ug

h L

AN

1919


Case 5:

iPa

sois

GN

E,

Pa

solin

k+

/Mx

thro

ug

h L

AN

ADVANTAGES:

Larger subnet mask (/26) can be allocated for both iPasolinkand Pasolink+/M

xnetwork.

iPasolinkand Pasolink+/M

xnetwork can be seen in one network at PNMS logical connection view.

Auto-D

iscovery function is supported for both iPasolinkand Pasolink+/M

x.

In cases such as the iPasolinkis use as the replacement / upgrade equipment for existing Pasolink

+/M

x, the same IP address can be utilized as long as the iPasolinkis the upstream or GNE.

2020


+/M

x, the same IP address can be utilized as long as the iPasolinkis the upstream or GNE.

DISADVANTAGES:

Only up to 62 NEs is supported for one network. Separate network creation and DCN will be

required for networks larger than 62 NEs.

CTRL F/W

upgrade m

aybe necessary.

Case 7:

Pa

solin

k+

/Mx

wit

h S

C L

AN

is

GN

E

In cases like this that

iPasolinkwill be connected

behind PasolinkV4, the

supported DCN connection is

as shown and illustrated. The

Pasolink+/M

xmust be

equipped by SC LAN

card/m

odule.

SC LAN of Pasolink+/M

x

will be connected to the NMS

2121


will be connected to the NMS

port of iPasolinkusing CAT-5

LAN cable, straight or cross

and the SV signal from the

iPasolinkwill pass through to

this SC LAN port.

The SV signal of the

iPasolink+/M

xand iPasolink

clusters will be carried

separately in the Pasolink

+/M

xradio.

Case 7:

Pa

solin

k+

/Mx

wit

h S

C L

AN

is

GN

E

The subnet/clusters are

separate in

the connection.

Wherein the Pasolink+/M

x

network can be existing or a

new network that can be

configured using NCT or

PNMTj(Bridge with Auto-

2222


PNMTj(Bridge with Auto-

Discovery), while iPasolink

will use LCT W

eb for IP

settings configuration and

Auto-D

iscovery in PNMS.

NOT SUPPORTED D

CN C

ONNECTIO

NS (LEGACY)

2323


NOT SUPPORTED D

CN C

ONNECTIO

NS (LEGACY)

Case 4:

Pa

solin

kV

4 P

MC

Se

ria

l is

GN

E

2424


Case 6:

iPa

solin

kis

GN

E,

Pa

solin

k+

/Mx

thro

ug

h V

.11

2525


Case 8:

Pa

solin

k+

/Mx

V.1

1 i

s G

NE

2626


Connecting iPasolinkto PasolinkNEO Equipments

2727



2828


SUPPORTED D

CN C

ONNECTIO

NS (PASO NEO) 2929


SUPPORTED D

CN C

ONNECTIO

NS (PASO NEO)


3030


PasolinkNEO SV can be carried through the iPasolinkmain traffic using VLAN. PasolinkNEO SV will

be extracted from the m

ain traffic VLAN in G

NE and in the PNMS.

Connection is using CAT-5 LAN cable, straight or cross from NEO NMS port to one of the iPasolink

FE/G

bEports in used. Both supports /26 network.

PasolinkNEO IP setting can be configured using NCT or PNMTj, while iPasolinklink will use LCT W

eb.

But both supports auto-discovery in PNMS.


3131


In this DCN connection type, PasolinkNEO SV can be carried through the iPasolink384kbps SV pipe.

On the G

NE side, both SV signal are extracted from the NMS port of iPasolink

Both support /26

network.

For physical back to back connections in

this scenario, please refer to the next slide.


3232



3333



3434



3535


Co

nn

ect

ing

iP

aso

link

(Up

stre

am

) to

Pa

solin

kN

EO

Eq

uip

me

nts

3636


Co

nn

ect

ing

iP

aso

link

(Do

wn

stre

am

) to

Pa

solin

kN

EO

Eq

uip

me

nts

3737


IP Subnet and Cluster will be separate in PNMS

Co

nn

ect

ing

iP

aso

link

(Do

wn

stre

am

) to

Pa

solin

kN

EO

Eq

uip

me

nts

3838


IP Subnet and Cluster will be same in PNMS.

RESTRICTIO

NS & NOT SUPPORTED D

CN

CONNECTIO

NS (PASO NEO)

3939


CONNECTIO

NS (PASO NEO)

NEO

(Root NE Bridge)

NEO

iPASO

iPASO

PNMS

jNEO

patter

n 1

10.8.61.1

10.8.61.2

10.8.61.3

10.8.61.4

10.8.61.5

10.8.61.65

10.8.61.66

10.8.61.67

10.8.61.68

192.168.1.1192.168.1.2

NM

S/N

E

Radio

Wired

iP

ASOLIN

Km

ust be locate

d in N

EO(R

oot NE B

ridge) netw

ork

.

iP

ASOLIN

Kcan n

ot be locate

d in N

EO(R

oot NE) or NEO(B

ranch N

E) netw

ork

.

Route

rSa

me su

bnet

-IP ad

dress

is an e

xample

.

4040


NEO

(Bra

nch N

E)

NEO

iPASO

iPASO

NEO

(Root NE)

NEO

iPASO

iPASO

PNMS

jNEO

(Branch NE)

NEO

iPASO

iPASO

patter

n 2 192.168.1.1

192.168.1.2

172.18.0.1

172.18.0.2

172.18.0.65

172.18.0.66

172.18.0.3

172.18.0.4

172.18.0.67

172.18.0.68

10.8.61.2

NM

S/N

E

NM

S/N

E

NM

S/N

E

10.8.61.6

172.18.0.5

10.8.61.1

TerimaKasih

4141


TerimaKasih

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