26-chapter 26 example of integrated networking configuration

8/12/2019 26-Chapter 26 Example of Integrated Networking Configuration

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Operation ManualHONET MD5500 Multi-service Distribution Module

Table of Contents

Table of Contents

Example of Integrated Networking Configuration................................................................ 1

26. Net!or"in# Description.........................................................................................

26.2 Confi#uration $rocedure......................................................................................... %

26.2. Confi#urin# MD5500..................................................................................... %

26.2.2 Confi#urin# &'5000-.............................................................................. (

26.2.) Confi#urin# &'5000-2.............................................................................. 20

26.2.* Confi#urin# &'5000-).............................................................................. 2

26.2.5 Confi#urin# &'5000-*.............................................................................. 2*

26.2.6 +erif,in# Confi#uration esult................................................................... 26

Hua!ei Tecnolo#ies $roprietar,

i


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E/aple of 1nte#rated Net!or"in# Confi#uration

Example of Integrated Networking Configuration

Tis capter a"es use of e/aples of inte#rated net!or"in# confi#uration to introduce te

confi#uration process of te ain services provided b, te &'5000.

Tere are tree "inds of net!or"in# odes in te e/aples. 1n case tere is onl, one net!or"in#

ode adopted in te actual situation ,ou can refer to te relevant part.

1n case te &'5000 and te MD5500 are used to#eter to for te net!or" te narro!band

services sould be confi#ured on te MD5500. To describe te data relationsip bet!een te

different e3uipent in detail tis capter introduces te confi#uration coands of te MD5500.

26.1 Networking Description

4i#ure .2 is te net!or"in# dia#ra entioned above !ic includes tree "inds of

net!or"in# odes bet!een te MD5500 and te &'5000 as so!n in Table . .

Table 1.1 List of networking modes between the MD5500 and the UA5000

Networki

ng type

Networking description Cable connection

IMA

networkin

g mode

Broadband services of the

UA5000 are transmitted

upstream to the MD5500

through the IMA links and

narrowband services of the



through the !" links#

$he IMA subboard of the A%M board of the

UA5000&" is connected with the AIU board 'slot

0( of the MD5500#

$he %)* board of the UA5000&" is connected

with the +!, board 'slot -( of the MD5500#

Detachednetworkin

g mode of

broadban

d and

narrowba

nd

Broadband services of theUA5000 are transmitted


through the "55Mbit.s optical

interface and narrowband

services of the UA5000 are

transmitted upstream to the

MD5500 through the !" links#

$he A%M board of the UA5000&/ is connectedwith the AI+ board 'slot "0( of the MD5500#

$he %)* boards of the UA5000&/ are connected

with the +!, boards 'slots 5 and ( of the

MD5500#



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Networki

ng type

Networking description Cable connection

)% 1ingnetworkin

g mode

$he MD5500 and the UA5000form the network through )%

1ing# 2arrowband and

broadband services of the



together through circuit

emulation#

$he optical interface 0 of the A%M board of theUA5000&3 is connected with the optical interface

of the AI+ board 'slot ""( of the MD5500#

$he optical interface 0 of the A%M board of the

UA5000&- is connected with the optical interface

of the AI+ board 'slot "/( of the MD5500#

$he optical interface " of the A%M board of the

UA5000&3 is connected with the optical interface

" of the A%M board of the UA5000&-#

$he %)- board of the UA5000&3 is connected

with the +!, subboard of the A%M board of the

UA5000&3#

$he %)- board of the UA5000&- is connected

with the +!, subboard of the A%M board of the

UA5000&-#


2


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MD5500

&'5000-2

&'5000-) &'5000-*

E

NM

Mode

'$M

D

'

$

+(

$

+(

C

plitter '$M

'

'D

D

$+

*

$+

*

'$M

'D

D

$+*

$+*

'TM

+$ in# 622M

$TN

'$M

D

'

$

+(

$

+(

C

1M' E

&'5000-

'7

'7

'1C

'1C

CE

CE

CE

'1C

1$&

'1&

'1C

E$&

1$

')

2

D

$

$

$

T

T

T

$87

T

$87

$87

$87

$8

7

00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5 6 %

00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5 6 %

00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5 6 % 00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5 6 %

00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5 6 %

')

2

00 0 02 0) 0* 05 06 0% 0( 09 0 2 ) * 5

H8

C

'

Figure 1.2 Integrated networking diagram of the UA5000 and the MD5500

oe associated data of te MD5500 and te &'5000 in tis net!or"in# application is so!n in

Table 2. .

Table 2.1 Data planning

Equipmen

t

MD!! "#!!!$1 "#!!!$2 "#!!!$% "#!!!$&

4rame 2o# frame 0 frame " frame / frame 3 frame -

4rame tpe MD5500B UAM6)'7UBM( UAM6)'7UBM( UAM6)'7UBM( UAM6)'7UBM(

2M, "0#""#"0-#" "0#""#"0-#" "0#""#"0-#" "0#""#"0-#" "0#""#"0-#"

!$7

interface

"0#""#"0-#/ "8#/5-#38#" "8#/5-#38#" "8#/5-#38#" "8#/5-#38#"


)


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Equipmen

t

MD!! "#!!!$1 "#!!!$2 "#!!!$% "#!!!$&

0..0


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Equipmen

t

MD!! "#!!!$1 "#!!!$2 "#!!!$% "#!!!$&

)% 1ing >orkingentit9 0."".0

%rotection

entit9 0."/.0

>orking entit90."".0

%rotection entit9

0.""."

>orking entit90."".0

%rotection

entit9 0.""."

)%?9 "

)%I9 " / 3

"3

+hannel9

)%I;"

,ervice %)+9

)%I;" "3

)%?9 "

)%I9 " / 3 "3

+hannel9 )%I;"

,ervice %)+9)%I;" "3

%oint&to&%oint

'%%( channel9

)%I;"

%% %)%9 )%I;"

"3

)%?9 /

)%I9 5 =

"-

+hannel9

)%I;5

,ervice %)+9

)%I;5 "-

%% channel9

)%I;5

%% %)%9 )%I;5

"-

)%?9 /

)%I9 5 = "-

+hannel9 )%I;5

,ervice %)+9

)%I;5 "-

%rocess of

AD,L

service on

the

MD5500

$ransmitted

through AI+

board

$ransmitted

upstream after

the !%U

terminates %)+

$ransmitted

upstream after the

I%U terminates

%)+

$ransmitted

upstream after

the I%U

terminates %)+

Te t,pe of te frae ar"ed as $ in te net!or"in# dia#ra is $:*

;H1


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26.2 Configuration rocedure

26.2.1 Configuring !D""##

I. Confirming board

MD5500>enable

MD5500?configure terminal

MD5500;confi#=?board confirm #

II. Configuring $ %ing

Confi#ure ports 0@@0 and 0@2@0 of te MD5500 as +$ in# port. T!o +$As are confi#ured.

Te +$A !it vp:#roup:id of corresponds to te &'5000-). et te +$1 of te +$ as 2 )

and ) and set te +$1 of te cannel as .

Te +$A !it vp:#roup:id of 2 corresponds to te &'5000-*. et te +$1 of te +$ as 5 6 %

and * and set te +$1 of te cannel as 5.

MD5500;confi#=?&pring add # # #'11'# #'12'#

MD5500;confi#=?aps

MD5500;confi#-aps=?aps &pg 1 work(if #'11'# protect(if #'12'#

MD5500;confi#-aps=?aps &pl 1 1


MD5500;confi#-aps=?aps &pl 1 )

MD5500;confi#-aps=?aps &pl 1 1)

B

MD5500;confi#-aps=?aps c*annel 1 interface atm #'11'# w+leaf 1

MD5500;confi#-aps=?aps c*annel 1 interface atm #'12'# p+leaf 1

MD5500;confi#-aps=?aps enable 1

MD5500;confi#-aps=?aps &pg 2 work(if #'11'# protect(if #'12'#

MD5500;confi#-aps=?aps &pl 2 "


%


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MD5500;confi#-aps=?aps &pl 2 ,

MD5500;confi#-aps=?aps &pl 2 1-

B

MD5500;confi#-aps=?aps c*annel " interface atm #'11'# w+leaf 2

MD5500;confi#-aps=?aps c*annel " interface atm #'12'# p+leaf 2

MD5500;confi#-aps=?aps enable 2

MD5500;confi#-aps=?exit

III. Configuring I! ser&ice

'dd an 1M' #roup to te '1& board ;at slot 0= !it bot 1M' #roupinde/ and 1M' 1D of 0 cloc"

ode of CTC and 1M' frae len#t of 2(. 'fter tat add 1M' lin"s 0% to 1M' #roup 0.

MD5500;confi#=?interface aiu #'#

MD5500;confi#-if-aiu-0@0=?sub(interface ima

MD5500;confi#[email protected]=? ima group add # &ersion1.1 1 1 ctc # 12/

MD5500;confi#-if- [email protected]=?ima group mode clockmode # s0stem

MD5500;confi#[email protected]=? ima link add # #

MD5500;confi#[email protected]=? ima link add # 1

B

MD5500;confi#[email protected]=? ima link add # ,

MD5500;confi#[email protected]=? exit

MD5500;confi#-if-aiu-0@0=?exit

I$. Configuration N!

MD5500;confi#=?atmlan ip(address et*ernet 1#.11.1#-.2 2"".2"".2"".#

MD5500;confi#=?atmlan netif 1#."#.1.1 2"".2"".2"".#

MD5500;confi#=?atmlan ip(access 1#."#.1.1 1#."#.1.1# 2"".2"".2"".#

MD5500;confi#=?atmlan ip(access 1#.11.1#-.1 1#.11.1#-.2"" 2"".2"".2"".#


(


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MD5500;confi#=?atmlan firewall et*ernet

MD5500;confi#=?atmlan arp ipoa 1#."#.1.2 #'# groupindex # # 1## 2 2

MD5500;confi#=?atmlan arp ipoa 1#."#.1.) #'1#'# # 1## 2 2

MD5500;confi#=?atmlan arp ipoa 1#."#.1.- #'11'# 1 1## 2 2

MD5500;confi#=?atmlan arp ipoa 1#."#.1." #'11'# " 1## 2 2

MD5500;confi#=?nms name *uawei 1#.11.1#-.1 public pri&ate

MD5500;confi#=?nms acti&ate name *uawei

$. Configuring working mode and port mode of CE board

MD5500;confi#=?interface ces #'-

MD5500;confi#-if-ces-0@*=? runmode tdm

MD5500;confi#-if-ces-0@*=?crc- 16 off

MD5500;confi#-if-ces-0@*=?crc- 1, off

MD5500;confi#-if-ces-0@*=?crc- 1/ off

MD5500;confi#-if-ces-0@*=?crc- 1 off

MD5500;confi#-if-ces-0@*=?exit

MD5500;confi#=?interface ces #'"

MD5500;confi#-if-ces-0@5=? runmode tdm

MD5500;confi#-if-ces-0@5=?crc- 16 off

MD5500;confi#-if-ces-0@5=?crc- 1, off

MD5500;confi#-if-ces-0@5=?crc- 1/ off

MD5500;confi#-if-ces-0@5=?crc- 1 off

MD5500;confi#-if-ces-0@5=?exit

MD5500;confi#=?interface ces #'6

MD5500;confi#-if-ces-0@6=? runmode tdm

MD5500;confi#-if-ces-0@6=?exit


9


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$I. Configuring s0stem clock

MD5500;confi#=?clock source # bits# e1

MD5500;confi#=?clock source 1 bits1 e1

MD5500;confi#=?clock source 2 #'-'16

MD5500;confi#=?clock source ) #'"'16

MD5500;confi#=?clock priorit0 tdm #'1'2')

MD5500;confi#=?clock priorit0 sd* #'1'2')

$II. Configuring $" interfaces

MD5500;confi#=?interface &" #

MD5500;confi#-if-v5-0=? if(&" attribute an+&5 v52 0 0

MD5500;confi#-if-v5-0=? link add #'-'16 1

MD5500;confi#-if-v5-0=? link add #'-'1, )

MD5500;confi#-if-v5-0=? link add #'-'1/ "

MD5500;confi#-if-v5-0=? link add #'-'1 ,

MD5500;confi#-if-v5-0=? link add #'"'16 2

MD5500;confi#-if-v5-0=? link add #'"'1, -

MD5500;confi#-if-v5-0=? link add #'"'1/ 6

MD5500;confi#-if-v5-0=? link add #'"'1 /

MD5500;confi#-if-v5-0=?c(c*annel add #'-'16 tsno 16 13protc1+act 0

MD5500;confi#-if-v5-0=?c(c*annel add #'"'16 tsno 16 23protc1+std

MD5500;confi#-if-v5-0=?c(c*annel add #'-'1, tsno 16 )3protc2+act 1

MD5500;confi#-if-v5-0=?c(c*annel add #'"'1, tsno 16 -3protc2+std

MD5500;confi#-if-v5-0=? isdn(c*annel add isdn+ds 1

MD5500;confi#-if-v5-0=?reset

MD5500;confi#-if-v5-0=?exit


0


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$III. Configuring $Cs re4uired b0 inter(frame link between t*e !D""##

and t*e 5"###

Te +$1 correspondin# to ports 0@5@00@5@% is ) !ic is used to connect te &'5000-). Te

+$1 correspondin# to ports 0@6@00@6@% is * !ic is used to connect te &'5000-*.

MD5500;confi#=?p&c ces(udt #'6'# atm #'11'# &pi 1) &ci )2 rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'1 atm #'11'# &pi 1) &ci )) rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'2 atm #'11'# &pi 1) &ci )- rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6') atm #'11'# &pi 1) &ci )" rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'- atm #'11'# &pi 1) &ci )6 rx(cttr 1 upc off tx(cttr 1 up c off

MD5500;confi#=?p&c ces(udt #'6'" atm #'11'# &pi 1) &ci ), rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'6 atm #'11'# &pi 1) &ci )/ rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6', atm #'11'# &pi 1) &ci ) rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'/ atm #'11'# &pi 1- &ci )2 rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6' atm #'11'# &pi 1- &ci )) rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'1# atm #'11'# &pi 1- &ci )- rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'11 atm #'11'# &pi 1- &ci )" rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'12 atm #'11'# &pi 1- &ci )6 rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'1) atm #'11'# &pi 1- &ci ), rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'1- atm #'11'# &pi 1- &ci )/ rx(cttr 1 upc off tx(cttr 1 upc off

MD5500;confi#=?p&c ces(udt #'6'1" atm #'11'# &pi 1- &ci ) rx(cttr 1 upc off tx(cttr 1 upc off

I. dding frames

MD5500;confi#=?frame add 1 1/

MD5500;confi#=?frame add 2 1/

MD5500;confi#=?frame add ) 1/

MD5500;confi#=?frame add - 1/

MD5500;confi#=?frame add " 2



13/28


14/28



MD5500;confi#=?frame link start #'6'/ end -''#

MD5500;confi#=?frame link start #'6' end -''1

MD5500;confi#=?frame link start #'6'1# end -''2

MD5500;confi#=?frame link start #'6'11 end -'')

MD5500;confi#=?frame link start #'6'12 end -'1#'#

MD5500;confi#=?frame link start #'6'1) end -'1#'1

MD5500;confi#=?frame link start #'6'1- end -'1#'2

MD5500;confi#=?frame link start #'6'1" end -'1#')

MD5500;confi#=?frame link start -''16 end "''#

MD5500;confi#=?frame link start -''1, end "''1

MD5500;confi#=?frame link start -''1/ end "'1#'#

MD5500;confi#=?frame link start -''1 end "'1#'1

I. Configuring subscriber boards

MD5500;confi#=?board add 1') asl

MD5500;confi#=?board add 1'- asl

MD5500;confi#=?board add 1'6 dsl

B

MD5500;confi#=?board add 2') asl

MD5500;confi#=?board add 2'- asl

MD5500;confi#=?board add 2'6 dsl

B

MD5500;confi#=?board add )'- asl

MD5500;confi#=?board add )'6 asl

B

MD5500;confi#=?board add -'- asl


)


15/28



MD5500;confi#=?board add -'6 dsl

B

MD5500;confi#=?board add "') a)2

MD5500;confi#=?board add "'- a)2

MD5500;confi#=?board add "'6 dsl

B

MD5500;confi#=?board confirm 1

MD5500;confi#=?board confirm 2

MD5500;confi#=?board confirm )

MD5500;confi#=?board confirm -

MD5500;confi#=?board confirm "

II. Configuring test groups

MD5500;confi#=?test

MD5500;confi#-test=?testgroup set 1'2

MD5500;confi#-test=?testgroup set 2'2

MD5500;confi#-test=?testgroup set )'2

MD5500;confi#-test=?testgroup set -'2

MD5500;confi#-test=?exit

MD5500;confi#=?frame set 1 testgroup 1

MD5500;confi#=?frame set 2 testgroup 2

MD5500;confi#=?frame set ) testgroup )

MD5500;confi#=?frame set - testgroup -

MD5500;confi#=?frame set " testgroup -

III. Configuring E!5

MD5500;confi#=?emu add # *)#)esc 1 )# random

MD5500;confi#=?emu add 1 *)#)esc 2 )# random

MD5500;confi#=?emu add 2 *)#)esc ) )# random


*


16/28



MD5500;confi#=?emu add ) *)#)esc - )# random

I$. Configuring t*e t0pe of power suppl0 to be monitored 7suppose all

t*e power supplies are -/1# power suppl08

MD5500;confi#=?interface emu #

MD5500;confi#-if-)0)esc-0=?esc power powert0pe 23-/1#

MD5500;confi#-if-)0)esc-0=?exit

MD5500;confi#=?interface emu 1

MD5500;confi#-if-)0)esc-=?esc power powert0pe 23-/1#

MD5500;confi#-if-)0)esc-=?exit

MD5500;confi#=?interface emu 2

MD5500;confi#-if-)0)esc-2=?esc power powert0pe 23-/1#

MD5500;confi#-if-)0)esc-2=?exit

MD5500;confi#=?interface emu )

MD5500;confi#-if-)0)esc-)=?esc power powert0pe 23-/1#

MD5500;confi#-if-)0)esc-)=?exit

$. Configuring narrowband subscribers

MD5500;confi#=?narrow user

MD5500;confi#-narro!-user=?pstnuser add 1')'# # 1### telno 1######

B

MD5500;confi#-narro!-user=?pstnuser add 2')'# # 2### telno 2######

B

MD5500;confi#-narro!-user=?pstnuser add )'-'# # )### telno )######

B

MD5500;confi#-narro!-user=?pstnuser add -'-'# # -### telno -######

B

MD5500;confi#-narro!-user=?pstnuser add "')'# # "### telno "######

B


5


17/28



MD5500;confi#-narro!-user=?exit

$I. Configuring flow control parameters

MD5500;confi#=?traffic table index " sr&categor0 ubr tdt0pe noclpnocrcd&t clp#1cr 2#-/

cd&t 1####### enpDisc off eneDisc off

MD5500;confi#=?traffic table index 6 sr&categor0 ubr tdt0pe noclpnocrcd&t clp#1cr /###


&'5000;confi#=?traffic table index , sr&categor0 ubr tdt0pe noclpnocrcd&t clp#1cr

2#### cd&t 1####### enpDisc off eneDisc off

&'5000;confi#=?traffic table index / sr&categor0 cbr tdt0pe noClpNocr clp#1cr 2####

$II. Configuring E5 board

MD5500;confi#=?interface epu(fast(et*ernet #'1-'#

MD5500;confi#-if-fast-eternet-epu-0@*@0=? port np

MD5500;confi#-if-fast-eternet-epu-0@*@0=? mode 1##full

MD5500;confi#-if-fast-eternet-epu-0@*@0=? no s*utdown

MD5500;confi#-if-fast-eternet-epu-0@*@0=? exit

$III. Configuring subscriber data transmitted upstream t*roug* E5

MD5500;confi#=?p&c atm #''# &pi # &ci )2 atm #'1-'/ &pi # &ci 2"6 cast(t0pe p2p rx(cttr 6

upc off tx(cttr 6 upc off

MD5500;confi#=?interface epu(fast(et*ernet #'1-'#

MD5500;confi#-if-fast-eternet-epu-0@*@0=? p&c # 2"6

MD5500;confi#-if-pvc;0256==? no s*utdown

MD5500;confi#-if-pvc;0256==? exit

MD5500;confi#-if-fast-eternet-epu-0@*@0=? exit

B

I. Configuring oE subscriber data transmitted upstream t*roug*

I5

MD5500;confi#=?interface fast(et*ernet #'1"'#

MD5500;confi#-if-fast-eternet-0@5@0=? ip address 1#.1.1.1 2"".2"".2"".# @@Te interface


6


18/28



address is confi#ured accordin# to te planned data.

MD5500;confi#-if-fast-eternet-0@5@0=? ip address 1#.1.2.1 2"".2"".2"".# secondar0

MD5500;confi#-if-fast-eternet-0@5@0=? exit

MD5500;confi#=?ip route #.#.#.# #.#.#.# 1#.1.1.2 @@Te interface address is confi#ured

accordin# to te planned data.

MD5500;confi#=?p&c atm #'11'# &pi 1 &ci )2 atm #'1"'/ &pi # &ci 2"6 cast(t0pe p2p rx(cttr 6


MD5500;confi#=?interface &irtual(template 1

MD5500;confi#-if-virtual-teplate-=? ppp aut*entication c*ap

MD5500;confi#-if-virtual-teplate-=? exit

MD5500;confi#=?&pdn(group 1

MD5500;confi#-vpdn=?accept dialin oE &irtual(template 1

MD5500;confi#-vpdn=?exit

MD5500;confi#=?aaa

MD5500;confi#-aaa=?ip(pool 1 1#.1.1#.1 1# 2"".2"".2"".# @@Te 1$ address pool is

confi#ured accordin# to te planned data.

MD5500;confi#-aaa=?exit

MD5500;confi#=?interface atm #'1"'/.1

MD5500;confi#-if-at-0@5@(.=? p&c # 2"6

MD5500;confi#-if-pvc;0256==? protocol oE

MD5500;confi#-if-pvc;0256==? exit

MD5500;confi#-if-at-0@5@(.=? exit

MD5500;confi#=?user(group name *uawei @@Te user #roup is confi#ured accordin# to te

actual plannin#.

MD5500;confi#-user#roup-ua!ei=?use ip(pool 1

MD5500;confi#-user#roup-ua!ei=?dns primar0 1#.1#.1.1 @@Te 1$ address of DN is

confi#ured accordin# to te actual plannin#.

MD5500;confi#-user#roup-ua!ei=?ppp(user temp# 12)-"6

MD5500;confi#-user#roup-ua!ei=?exit


%


19/28



MD5500;confi#=?p&c atm #'11'# &pi 1 &ci )) atm #'1"'/ &pi # &ci 2", cast(t0pe p2p rx(cttr 6


MD5500;confi#=?interface atm #'1"'/.1

MD5500;confi#-if-at-0@5@(.=? p&c # 2",

MD5500;confi#-if-pvc;025%==? protocol oE

MD5500;confi#-if-pvc;025%==? exit

MD5500;confi#-if-at-0@5@(.=? exit

MD5500;confi#=?user(group name *uawei

MD5500;confi#-user#roup-ua!ei=?ppp(user temp1 12)-"6

MD5500;confi#-user#roup-ua!ei=?exit

B

. Configuring subscriber data transmitted upstream t*roug* IC

MD5500;confi#=?p&c ima #'# groupindex # &pi # &ci )2 atm #'1)'# &pi 1 &ci )2 cast(t0pe p2p

rx(cttr 6 upc off tx(cttr 6 upc off

B

MD5500;confi#=?sa&e

26.2.2 Configuring 5"###(1

I. Confirming board

&'5000>enable

&'5000?configure terminal

&'5000;confi#=?board confirm #

II. Configuring I! ser&ice

'dd an 1M' #roup to te '$M board !it bot 1M' #roupinde/ and 1M' 1D of 0 cloc" ode of

1TC and 1M' frae len#t of 2(. 'fter tat add 1M' lin"s 0% to 1M' #roup 0.

&'5000;confi#=?interface apm #'11

&'5000;confi#-if-ap-0@=?sub(interface ima

&'5000;confi#[email protected]=?ima group add # &ersion1.1 1 1 itc # 12/ 2 2 1


(


20/28



&'5000;confi#[email protected]=?ima group mode clockmode # line

&'5000;confi#[email protected]=?ima link add # #

&'5000;confi#[email protected]=?ima link add # 1

B

&'5000;confi#[email protected]=?ima link add # ,

&'5000;confi#[email protected]=?exit

&'5000;confi#-if-ap-0@=?exit

III. Configuring N!

&'5000;confi#=?atmlan ip(address et*ernet 16.2"-.).1 2"".2"".2"".#

&'5000;confi#=?atmlan netif 1#."#.1.2 2"".2"".2"".#

&'5000;confi#=?atmlan ip(access 1#."#.1.1 1#."#.1.1# 2"".2"".2"".#

&'5000;confi#=?atmlan ip(access 16.2"-.).1 16.2"-.).2"" 2"".2"".2"".#

&'5000;confi#=?atmlan firewall et*ernet

&'5000;confi#=?atmlan arp ipoa 1#."#.1.1 #'11 groupindex # # 1## 2 2

&'5000;confi#=?nms name *uawei 1#.11.1#-.1 public pri&ate

&'5000;confi#=?nms acti&ate name *uawei

&'5000;confi#=?atmlan ip(route 1#.11.1#-.# 2"".2"".2"".# 1#."#.1.1

&'5000;confi#=?atmlan ip(access 1#.11.1#-.1 1#.11.1#-.1# 2"".2"".2"".#

I$. Configuring s0stem clock

&'5000;confi#=?clock source # #'11'2

&'5000;confi#=?clock priorit0 #

$. Configuring flow control parameters

&'5000;confi#=?traffic table index " sr&categor0 ubr tdt0pe noclpnocrcd&t clp#1cr 2#-/


&'5000;confi#=?traffic table index 6 sr&categor0 ubr tdt0pe noclpnocrcd&t clp#1cr /###



9


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$I. Configuring subscriber data transmitted upstream t*roug* IC of t*e

!D""##

&'5000;confi#=?p&c adsl #')'# &pi # &ci )" ima #'11 groupindex # &pi # &ci )2 rx(cttr 6 upc

off tx(cttr 6 upc off

B

&'5000;confi#=?sa&e

26.2.) Configuring 5"###(2

I. Confirming board

&'5000>enable



II. Configuring N!


&'5000;confi#=?atmlan netif 1#."#.1.) 2"".2"".2"".#




&'5000;confi#=?atmlan arp ipoa 1#."#.1.1 #'11'# # 1## 2 2





III. Configuring s0stem clock

&'5000;confi#=?clock source # #'11'#

&'5000;confi#=?clock priorit0 #


20


22/28



I$. Configuring flow control parameters





$. Configuring subscriber data transmitted upstream t*roug* E5 of t*e

!D""##

&'5000;confi#=?p&c adsl #')'# &pi # &ci )" atm #'11'# &pi # &ci )2 cast(t0pe p2p rx(cttr 6


B

&'5000;confi#=?sa&e

26.2.- Configuring 5"###()

I. Confirming board

&'5000>enable




Confi#ure te ports 0@@0 and 0@@ of te &'5000-2 as +$ in# ports.

Confi#ure one +$A !it vp:#roup:id of . et te +$1 of te +$ as 2 ) and ) and set te

+$1 of te cannel as .

Confi#ure $$ cannel !it vp:#roup:id of 2 and +$1 of 5 correspondin# to te &'5000-).

&'5000;confi#=?&pring add # 1 #'11'# #'11'1

&'5000;confi#=?aps

&'5000;confi#-aps=?aps &pg 1 work(if #'11'# protect(if #'11'1

&'5000;confi#-aps=?aps &pl 1 1


&'5000;confi#-aps=?aps &pl 1 )


2


23/28



&'5000;confi#-aps=?aps &pl 1 1)

B

&'5000;confi#-aps=?aps c*annel 1 interface atm #'11'# w+leaf 1

&'5000;confi#-aps=?aps c*annel 1 interface atm #'11'1 p+leaf 1

&'5000;confi#-aps=?aps enable 1

&'5000;confi#-aps=?aps c*annel " interface atm #'11'# p2p 2

&'5000;confi#-aps=?aps c*annel " interface atm #'11'1 p2p 2

&'5000;confi#-aps=?exit

III. Configuring N!


&'5000;confi#=?atmlan netif 1#."#.1.- 2"".2"".2"".#




&'5000;confi#=?atmlan arp ipoa 1#."#.1.1 #'11'# 1 1## 2 2







&'5000;confi#=?clock source 1 #'11'1

&'5000;confi#=?clock priorit0 #'1

$. Configuring $C corresponding to frame link

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )2 ces(udt #'11'2 rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )) ces(udt #'11') rx(cttr 1 upc off tx(cttr 1 upc off


22


24/28



&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )- ces(udt #'11'- rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )" ces(udt #'11'" rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )6 ces(udt #'11'6 rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci ), ces(udt #'11', rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci )/ ces(udt #'11'/ rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1) &ci ) ces(udt #'11' rx(cttr 1 upc off tx(cttr 1 upc off









$II. Configuring $

&'5000;confi#=?p&p atm #'11'# &pi " atm #'11'1 &pi " cast(t0pe p2p rx(cttr , upc off tx(cttr ,

upc off

&'5000;confi#=?p&p atm #'11'# &pi 1- atm #'11'1 &pi 1- cast(t0pe p2p rx(cttr / upc off tx(

cttr / upc off

B

$III. Configuring oE subscriber data transmitted upstream t*roug*

I5 of t*e !D""##

&'5000;confi#=?p&c adsl #')'# &pi # &ci )" atm #'11'# &pi 1 &ci )2 cast(t0pe p2p rx(cttr 6


B

&'5000;confi#=?sa&e


2)


25/28



26.2." Configuring 5"###(-

I. Confirming board

&'5000>enable




Confi#ure te ports 0@@0 and 0@@ of te &'5000-) as +$ in# ports.

Confi#ure one +$A !it vp:#roup:id of 2. et te +$1 of te +$ as 5 6 % and * and set te+$1 of te cannel as 5.

Confi#ure $$ cannel !it vp:#roup:id of and +$1 of correspondin# to te &'5000-2.

&'5000;confi#=?&pring add # 2 #'11'# #'11'1

&'5000;confi#=?aps

&'5000;confi#-aps=?aps &pg 2 work(if #'11'# protect(if #'11'1

&'5000;confi#-aps=?aps &pl 2 "


&'5000;confi#-aps=?aps &pl 2 ,

&'5000;confi#-aps=?aps &pl 2 1-

B

&'5000;confi#-aps=?aps c*annel " interface atm #'11'# w+leaf 2

&'5000;confi#-aps=?aps c*annel " interface atm #'11'1 p+leaf 2

&'5000;confi#-aps=?aps enable 2

&'5000;confi#-aps=?aps c*annel 1 interface atm #'11'# p2p 1

&'5000;confi#-aps=?aps c*annel 1 interface atm #'11'1 p2p 1

&'5000;confi#-aps=?exit

III. Configuring N!



2*


26/28



&'5000;confi#=?atmlan netif 1#."#.1." 2"".2"".2"".#




&'5000;confi#=?atmlan arp ipoa 1#."#.1.1 #'11'# " 1## 2 2







&'5000;confi#=?clock source 1 #'11'1

&'5000;confi#=?clock priorit0 #'1

$. Configuring $C corresponding to frame link

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )2 ces(udt #'11'2 rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )) ces(udt #'11') rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )- ces(udt #'11'- rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )" ces(udt #'11'" rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )6 ces(udt #'11'6 rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci ), ces(udt #'11', rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci )/ ces(udt #'11'/ rx(cttr 1 upc off tx(cttr 1 upc off

&'5000;confi#=?p&c atm #'11'# &pi 1- &ci ) ces(udt #'11' rx(cttr 1 upc off tx(cttr 1 upc off







25


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$II. Configuring $

&'5000;confi#=?p&p atm #'11'# &pi 1 atm #'11'1 &pi 1 cast(t0pe p2p rx(cttr , upc off tx(cttr ,

upc off

&'5000;confi#=?p&p atm #'11'# &pi 1) atm #'11'1 &pi 1) cast(t0pe p2p rx(cttr / upc off tx(

cttr / upc off

B

$III. Configuring oE subscriber data transmitted upstream t*roug*

I5 of t*e !D""##

&'5000;confi#=?p&c adsl #')'# &pi # &ci )" atm #'11'# &pi " &ci )2 cast(t0pe p2p rx(cttr 6


B

&'5000;confi#=?sa&e

26.2.6 $erif0ing Configuration %esult

I. $erif0ing N!

MD5500>enable

MD5500?ping 9b 1#."#.1.2

MD5500?ping 9b 1#."#.1.)

MD5500?ping 9b 1#."#.1.-

MD5500?ping 9b 1#."#.1."

1n addition pin#in# te net!or" se#ent 0.50..0.50..5 fro te NM sould be

successful.

II. *owing clock

MD5500?s*ow clock mode tdm

MD5500?s*ow clock mode sd*

&'5000?s*ow clock mode


26


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'll cloc"s sould !or" in trace ode.

III. $erif0ing frame link

MD5500?s*ow frame info

Cec" if all fraes are in noral state.

I$. $erif0ing ser&ice

26-chapter 26 example of integrated networking configuration

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