Wednesday, November 17, 2021

Contoh Config OLT ZTE C300/320 di ONT Mode Port: Vlan_Translate, QinQ, Trunk & Access

1. Vlan Translate QinQ To Access:
OLT-ZTE-C320#show run interface gpon-onu_1/4/1:21
Building configuration...
!
interface gpon-onu_1/4/1:21
  name RSO0766
  description Customer_Vlan-Translate
  tcont 6 name Internet_Vlan-Translate profile UP-100M
  gemport 6 name Internet_Vlan-Translate unicast tcont 6 dir both
  switchport mode hybrid vport 6
  service-port 6 vport 6 user-vlan 1490 vlan 1490 svlan 1479 
!
end

OLT-ZTE-C320#show onu running config gpon-onu_1/4/1:21
pon-onu-mng gpon-onu_1/4/1:21
  service Internet_Vlan-Translate gemport 6 vlan 1490
  vlan port eth_0/4 mode tag vlan 1490
  dhcp-ip ethuni eth_0/4 from-internet
!


2. Vlan QinQ Access:
OLT-ZTE-C320#show run interface gpon-onu_1/2/5:22
Building configuration...
!
interface gpon-onu_1/2/5:22
  name Internet-QinQ-Access
  description QinQ-Access
  tcont 1 name Acsata profile UP-200M
  tcont 1 gap mode2
  gemport 1 name Internet unicast tcont 1 dir both
  gemport 1 traffic-limit upstream DOWN-200M downstream DOWN-200M 
  switchport mode hybrid vport 1
  service-port 1 vport 1 user-vlan 1269 vlan 1269 
!
end

OLT-ZTE-C320#show onu running config gpon-onu_1/2/5:22
pon-onu-mng gpon-onu_1/2/5:22
  service Internet gemport 1 vlan 1269
  vlan port eth_0/4 mode tag vlan 1269
!



3. Vlan Trunk:
OLT-ZTE-C320#show run interface gpon-onu_1/3/9:22
Building configuration...
!
interface gpon-onu_1/3/9:22
  name Customer-Trunk
  description Customer-Trunk, Red Sapphire 3 No 38, 081908666324, 02/06/2020, FM
  tcont 3 name Internet-Trunk profile UP-100M
  tcont 4 name TV_Trunk profile UP-100M
  tcont 5 name OAM_Trunk profile UP-10M
  gemport 3 name Internet-Trunk unicast tcont 3 dir both
  gemport 3 traffic-limit upstream DOWN-100M downstream DOWN-100M 
  gemport 4 name TV_Trunk unicast tcont 4 dir both
  gemport 5 name OAM_Trunk unicast tcont 5 dir both
  switchport mode hybrid vport 3
  switchport mode hybrid vport 4
  switchport mode hybrid vport 5
  service-port 3 vport 3 user-vlan 1000 vlan 1000 
  service-port 4 vport 4 user-vlan 2000 vlan 2000 
  service-port 5 vport 5 user-vlan 32 vlan 32 
!
end

OLT-ZTE-C320#show onu running config gpon-onu_1/3/9:22
pon-onu-mng gpon-onu_1/3/9:22
  service Internet-Trunk gemport 3 vlan 1000
  service TV_Trunk gemport 4 vlan 2000
  service OAM_Trunk gemport 5 vlan 32
  vlan port eth_0/3 mode trunk
  vlan port eth_0/3 vlan 32,1000,2000
!


4. Config WIFI di ONT:
OLT-ZTE-C320#show run interface gpon-onu_1/1/1:3
Building configuration...
!
interface gpon-onu_1/1/1:3
  name SMP0001
  description David Gatot Subroto
  tcont 1 name FTTH-Simprug profile UP-20M
  tcont 2 name Smartmeter profile UP-1M
  gemport 1 name FTTH-Simprug unicast tcont 1 dir both
  gemport 1 traffic-limit upstream DOWN-20M downstream DOWN-20M 
  gemport 2 name Smartmeter unicast tcont 2 dir both
  gemport 2 traffic-limit upstream DOWN-1M downstream DOWN-1M 
  switchport mode hybrid vport 1
  switchport mode hybrid vport 2
  service-port 1 vport 1 user-vlan 673 vlan 673 
  service-port 2 vport 2 user-vlan 676 vlan 676 
!
end
OLT-ZTE-C320#show onu running config gpon-onu_1/1/1:3
pon-onu-mng gpon-onu_1/1/1:3
  service FTTH-Simprug gemport 1 vlan 673
  service Smartmeter gemport 2 vlan 676
  vlan port eth_0/1 mode tag vlan 673
  vlan port eth_0/2 mode tag vlan 676
  vlan port wifi_0/1 mode tag vlan 673
!

Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated]

Saturday, October 16, 2021

Erase Configuration Brocade CES 2024C: Awas Salah Pilih Menu!

JKT-CES-JKT-2#erase ?
flash                  Code flash (Jangan pilih ini, karena nanti Brocade-nya gak bisa Loading karena harus di-flash ulang)
startup-config  Startup config (Pilih ini jika ingin menghapus seluruh konfigurasi dan kembali ke menjadi settingan default)

JKT-CES-JKT-2#erase startup-config 
Erase startup-config Done
JKT-CES-JKT-2#reload
Checking for coherence...

Image coherence check: Can't open startup config file.
Warning: Image coherence check skipped due to insufficient info: MP/LP not booting from flash.
Are you sure? (enter 'y' or 'n'): y
Halt and reboot

NetIron CE 2000 Boot Code Version 5.5.0 
Enter 'a' to stop at memory test
Enter 'b' to stop at boot monitor
BOOT INFO: load monitor from code flash, cksum = 561c
BOOT INFO: verify flash files - max_code_flash_blocks[126].....
BOOT INFO: load image from primary copy........

Metro 24X1G Copper is detected.
.
.
.
NetIron CES 2024C#show version 
System: NetIron CES (Serial #: D42534J0N2,  Part #: 35701-004)
License: ME_PREM (LID: fJHKIJlFpH)
Boot     : Version 5.5.0T185 Copyright (c) 1996-2013 Brocade Communications Systems, Inc.
Compiled on Oct  9 2012 at 15:42:18 labeled as ceb05500
 (456370 bytes) from boot flash
Monitor  : Version 5.5.0T185 Copyright (c) 1996-2013 Brocade Communications Systems, Inc.
Compiled on Oct  9 2012 at 15:42:18 labeled as ceb05500
 (456370 bytes) from code flash
IronWare : Version 5.5.0dT183 Copyright (c) 1996-2013 Brocade Communications Systems, Inc.
Compiled on Oct  3 2013 at 13:52:26 labeled as ce05500d
 (16506381 bytes) from Primary
CPLD Version: 0x00000010
Micro-Controller Version: 0x0000000d
PBIF Version: 0x0159
800 MHz Power PC processor 8544 (version 8021/0023) 400 MHz bus
512 KB Boot Flash (MX29LV040C), 32 MB Code Flash (MT28F128J3)
512 MB DRAM
System uptime is 3 minutes 18 seconds 

NetIron CES 2024C#show run
Current configuration:
!
ver V5.5.0dT183
!
!
!
!

!
no spanning-tree
!
!
vlan 1 name DEFAULT-VLAN 

Config New ONT ZTE di OLT GPON Nokia (isam-release : R5.6.02c) : Mode QinQ Vlan Transparent

Configuration
leg:isadmin>#configure qos profiles bandwidth DOWN-33M committed-info-rate 0 assured-info-rate 0 excessive-info-rate 33000
leg:isadmin>#configure qos profiles shaper DOWN-33M committed-info-rate 0 committed-burst-size 0 excess-info-rate 33000 type singletokenbucketgpon
leg:isadmin>#configure qos profiles bandwidth UP-33M committed-info-rate 0 assured-info-rate 0 excessive-info-rate 33000 

leg:isadmin>#configure equipment ont interface 1/1/1/2/10 sernum ZTEG:C11948FD sw-ver-pland disabled (SN ONT ZTE dipisah dengan ":")
leg:isadmin>#configure>equipment>ont>interface>1/1/1/2/10$ desc1 Internet_Dedicated_30Mbps
leg:isadmin>#configure>equipment>ont>interface>1/1/1/2/10$ admin-state up
leg:isadmin>#configure equipment ont slot 1/1/1/2/10/1 plndnumdataports 4 plndnumvoiceports 0 planned-card-type ethernet
leg:isadmin>#configure interface port uni:1/1/1/2/10/1/1 admin-up (Port yang UP Port 1)
leg:isadmin>#configure qos interface 1/1/1/2/10/1/1 upstream-queue 0
leg:isadmin>#configure qos interface 1/1/1/2/10/1/1 queue 0 shaper-profile name:DOWN-33M
leg:isadmin>#configure qos interface 1/1/1/2/10/1/1 upstream-queue 0 bandwidth-profile name:UP-33M

leg:isadmin>#configure vlan id stacked:1402:0 mode residential-bridge
leg:isadmin>#configure>vlan>id>1031$ in-qos-prof-name name:Default_TC0

leg:isadmin>#configure bridge port nt:xfp:1 vlan-id stacked:1402:0 (Tag vlan ke arah Port Uplink)
leg:isadmin>#configure bridge port 1/1/1/2/10/1/1 max-unicast-mac 100
leg:isadmin>#configure bridge port 1/1/1/2/10/1/1 vlan-id 1031 tag single-tagged l2fwder-vlan stacked:1402:0 vlan-scope local (Tag vlan ke arah ont port 1)
leg:isadmin>#configure bridge port 1/1/1/2/10/1/1 pvid 1031

configure interface port vlan-port:1/1/1/2/10/1/1:1031
leg:isadmin>#configure>interface>port>vlan-port:1/1/1/2/10/1/1:1031# admin-up 

configure qos interface vlan:1/1/1/2/10/1/1:1031

Checking After Config
leg:alcatel-lucent-nokia-R5.6.02c:administrator>#info configure qos profiles bandwidth 
configure qos profiles
#---------------------------------------------------------------------------------------------------------------------------
echo "qos"
#---------------------------------------------------------------------------------------------------------------------------
bandwidth UP-50M committed-info-rate 0 assured-info-rate 0 excessive-info-rate 51200
exit
bandwidth DOWN-50M committed-info-rate 0 assured-info-rate 0 excessive-info-rate 51200
exit

leg:alcatel-lucent-nokia-R5.6.02c:administrator>#info configure equipment ont interface 1/1/1/1/5
configure equipment ont
#---------------------------------------------------------------------------------------------------------------------------
echo "equipment"
#---------------------------------------------------------------------------------------------------------------------------
interface 1/1/1/1/5 sw-ver-pland disabled
  desc1 "Customer ATM Bank Dunia"
  sernum HWTC:95670680
  subslocid WILDCARD
  fec-up disable
  sw-dnload-version disabled
  log-auth-pwd plain:******
  admin-state up
exit
#

Untuk Pengecekan dibawah ini dilakukan dengan mencari secara manual dengan "Info Configgure" (show run)
#---------------------------------------------------------------------------------------------------------------------------
echo "qos"
#---------------------------------------------------------------------------------------------------------------------------
qos
  interface vlan:1/1/1/1/5/1/1:stacked:1063:0
    ds-num-queue not-applicable
    ds-num-rem-queue not-applicable
    us-num-queue not-applicable
    oper-weight 0
    oper-rate 0
    gem-sharing not-applicable
    mc-scheduler-node none
    bc-scheduler-node none
  exit

  interface 1/1/1/1/5/1/1
    scheduler-node name:NGLT_Default
    cac-profile name:FD_ONTUniVideo
    ds-num-rem-queue not-applicable
    us-num-queue not-applicable
    oper-weight 50
    oper-rate 0
    mc-scheduler-node none
    bc-scheduler-node none
    queue 0
      priority 6
      weight 34
      oper-weight 34
      queue-profile name:NGLT_Default
      shaper-profile name:DOWN-50M
    exit

#---------------------------------------------------------------------------------------------------------------------------
echo "vlan"
#---------------------------------------------------------------------------------------------------------------------------
vlan
  broadcast-frames
  priority-policy port-default
  vmac-address-format
    host-id 0
  exit
  id stacked:1063:0 mode residential-bridge
    name QinQ_ATM-BANK-DUNIA
    in-qos-prof-name name:Default_TC0  exit
  exit

#---------------------------------------------------------------------------------------------------------------------------
echo "bridge"
#---------------------------------------------------------------------------------------------------------------------------
bridge
  port nt:xfp:1
    max-unicast-mac 2000
    vlan-id 1063
      l2fwder-vlan stacked:1063:0
      vlan-scope local
    exit
  port 1/1/1/1/5/1/1
    max-unicast-mac 100
    vlan-id stacked:1063:0
    exit
    pvid stacked:1063:0
  exit
  
#---------------------------------------------------------------------------------------------------------------------------
echo "interface"
#---------------------------------------------------------------------------------------------------------------------------
interface
  port uni:1/1/1/1/5/1/1
    admin-up
  exit
  port vlan-port:1/1/1/1/5/1/1:stacked:1063:0
    admin-up
    severity no-value
  exit

Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated]

Sunday, September 26, 2021

Switchport Backup Gigaethernet di ISCOM RAX711 dengan 2 Interface Akif

Jika ada 2 Interface Aktif di Switch Raisecom Seri ISCOM RAX711 maka untuk menghindari Looping maka salah satu Port harus dibuat menjadi Backup Interface:
ISCOM RAX711#show run interface nni 1-2
System current configuration in port mode:
!
interface gigaethernet 0/1
switchport trunk allowed vlan 1264-1265,1399,1700,1750
switchport backup gigaethernet 0/2 vlanlist 1264-1750
description TO-ISCOM-JAKSEL-1-Port-4
!
interface gigaethernet 0/2
switchport trunk allowed vlan 1264-1265,1399,1700,1750
description TO-ISCOM-JAKPUS_Port-4

Jika Interface yang aktif maka State-nya akan Forward sedangkan Interface yang tidak aktif State-nya akan Block:
ISCOM RAX711#show interface nni 1-2
Port Admin Operate Speed Duplex Active MAU type State
--------------------------------------------------------------------------------
Gi0/1 enable up(1000M/full) auto auto 1000BASE-X Forward
Gi0/2 enable up(1000M/full) auto auto 1000BASE-X Block

Untuk Mac-address hanya didapatkan dari Interface yang aktif:
ISCOM RAX711#show mac-address-table l2-address nni 1
Aging time: 300 seconds
Mac Address Port Vlan Flags
-------------------------------------------------------
B026.8015.7AAB Gi0/1 1264 dynamic
CC4E.244B.A100 Gi0/1 1265 dynamic
609C.9F86.A800 Gi0/1 1399 dynamic
2421.24A7.2674 Gi0/1 1750 dynamic
3C08.F63C.54AA Gi0/1 1750 dynamic


ISCOM RAX711#show mac-address-table l2-address nni 2
Aging time: 300 seconds
Mac Address Port Vlan Flags
-------------------------------------------------------
ISCOM RAX711#

Saturday, September 25, 2021

Upgrade System-Boot & Bootstrap ISCOM2100 Series

Googling di Yandex terkait Switch Raisecom ISCOM2100 Series yang sudah discontinued ternyata ada Update Firmware dan Bootsrap dari Situs berbahasa Ukraina, dimana untuk membaca situs tersebut saya harus menggunakan Extension Google Translate di Browser. 

Dari situs tersebut diinfokan bahwa Upgrade Firmware Raisecom ISCOM2100 Series Versi Tahun 2017 bisa memperbaiki issue SFP Compability. Kebetulan pernah ada Case dulu di Customer, dimana ketika pengecekan FO menggunakan Optical Meter normal namun ketika masuk perangkat itu bermasalah.

Untuk Upgrade Firmware, gunakan Kabel UTP dari Laptop kita dan koneksikan ke Switch 2100. Set IP di Laptop kita dan samakan Network-nya dengan IP di Switch Raisecom 2100. Untuk Upgrade saya menggunakan TFTP dan Aplikasinya dari Solarwinds TFTP Server dan File ROS ISCOM 2100 serta File Bootstrap-nya ISCOM2100 disimpan di Folder C:/TFTP-Root

BEFORE UPGRADE
Raisecom#show version 
Raisecom Operating System Software
Copyright (c) 2006-2015 Raisecom
Product name: ISCOM2110EA-MA-WP 
ROS  Version ROS_4.15.1036.ISCOM2110EA-MA-WP.002.20151008.(Compiled Oct  8 2015, 16:54:41)
Bootstrap  Version Bootstrap_3.1.7.ISCOM2110EA-MA-WP.0.20150820
FPGA Version 
Hardware ISCOM2110EA-MA-WP. Version Rev.B.1


PROGRESS UPGRADE
Raisecom#download system-boot tftp 192.168.1.200 ISCOM2100-1_ROS_4.15.1319_20170925      
Waiting....Start 
Getting from source ...Done
Writing to destination...Size 5672K / 5672K
Success!

Raisecom#download bootstrap tftp 192.168.1.200 ISCOM2100-1_BOOTSTRAP_3.1.11_20170704     
Waiting....Start 
Getting from source ...Done
Writing to destination...Size  367K /  367K
Success!

Raisecom#reboot now
Rebooting ... 

AFTER UPGRADE
Raisecom#show version
Raisecom Operating System Software
Copyright (c) 2006-2015 Raisecom
Product name: ISCOM2110EA-MA-WP
ROS Version: ROS_4.15.1319_20170925(Compiled Sep 25 2017, 10:37:27)
Bootstrap Version: Bootstrap_3.1.11.ISCOM2110EA-MA-WP.0.20170704
Hardware Version: B.00

Referensi:
https://support.deps.ua/index.php?/Knowledgebase/Article/View/400/137/firmware-raisecom-iscom2100-iscom2828-series--ros_4151319iscom2100-100220170925

Thursday, September 23, 2021

Pengertian dari Maximum Transmission Unit (MTU)

MTU adalah Maximum Transmission Unit. MTU adalah istilah dalam teknologi informasi yang merujuk kepada ukuran paket data terbesar yang dapat ditransmisikan melalui sebuah media jaringan. Ukuran default MTU adalah 1500 bytes, namun tergantung juga dengan teknologi jaringan yang digunakan. Contohnya adalah dalam jaringan berbasis teknologi Ethernet, ukuran MTU maksimum adalah 1500 bytes. Adalah tugas lapisan data-link yang harus menentukan ukuran MTU.

Setting MTU biasanya dilakukan pada perangkat networking semacam Switch, Router dan sebagainya. Sangat jarang melakukan setting MTU secara manual pada workstation atau host. Jika IP layer menerima paket yang akan diteruskan ke dalam jaringan, maka perangkat akan mengkalkulasi ukuran paket jika ditambahkan dengan 20 bytes ip header. Jika ternyata paket yang akan dikirimkan memiliki ukuran MTU yang lebih besar dari MTU perangkat yang menerima paket tersebut, maka paket akan difragmentasi, atau dipotong menjadi ukuran yang lebih kecil.

Nilai MTU yang besar memungkinkan untuk mengirimkan data lebih cepat, bayangkan jika Anda punya banyak data kemudian dikumpulkan jadi satu box besar. Maka kita cukup mengirimkan semua data satu kali menggunakan satu box besar. Namun jika untuk ukuran box kecil, maka kita perlu mengirim beberapa kali. Nilai MTU besar tidak kemudian selalu berefek baik. Semakin panjang MTU, semakin tidak reliable proses pengiriman data. Jika ada kerusakan paket dalam pengiriman maka seluruh paket yang rusak akan dikirim ulang oleh protokol TCP (Transmission Control Protocol).

Yang terjadi perangkat yang dituju tidak dapat menerima karena ukuran paket terlalu besar. Kenapa bisa demikian, padahal perangkat lawan memiliki setting MTU 1500 ?. Ukuran 1500 adalah ukuran paket data sebelum ditambahkan header. Maka kita bisa hitung berapa ukuran data tepat agar paket ping bisa diterima.

1500 = 20 (IP header) + 8 (ICMP header) + Data
Data = 1500 - 20 (IP header) - 8 (ICMP header)
Data = 1472

Jika kita coba ping dengan size 1472, maka paket bisa diterima dengan baik. Tetapi jika size-nya 1473 maka akan RTO:
Service lain biasanya juga menambahkan header dengan nilai tertentu, misalnya VPN PPTP dan PPPOE. Service ini akan menambahkan pptp header dan checksum, sedangkan PPPoE menambahkan PPPoE header, PPP ID, DST & SRC Address.

PPTP :
Data = 1500 - 20 (IP Header) - 28 (PPTP Header) - 2 (Checksum) = 1450

PPPOE :
Data = 1500 - 6 (PPPoE Header) - 2 (PPP ID) - 12 (DST & SRC Adress) = 1480

Perhitungan seperti diatas juga berlaku ketika menggunakan service lain. Bisa disimpulkan bahwa dengan bertambahnya ukuran ip header, maka ukuran data pada yang ditrasmisikan juga semakin kecil. Ukuran miminum MTU adalah 576 bytes.

Contoh penerapan MTU dalam Network

Kapan Jumbo Frames seharusnya digunakan?
Gunakan Jumbo Frames hanya bila Anda memiliki Dedicated Network atau VLAN, dan Anda dapat mengonfigurasi MTU 9000 pada semua perangkat, untuk meningkatkan kinerja. 
Contoh:
1. Storage Area Network (SAN) atau jaringan penyimpanan yang terpisah. 
2. Layanan IPTV dengan Protocol IGMP/Multicast. 
Semua Perangkat yang dilewati harus menggunakan MTU 9000 karena jika ada perbedaan MTU pada Perangkat yang terkoneksi traffic bisa tidak tembus.  
Namun tidak juga semua Perangkat support Jumbo Frame (yang MTU-nya lebih dari 1500) terutama Perangkat jadul. 

Maximum Transmission Unit (MTU) di Jaringan Wireless
Nilai default MTU adalah 1500 byte. MTU menset berapa panjang paket yang dapat dikirim melalui sebuah interface / device. Semakin panjang MTU, semakin tidak reliable proses pengiriman data. Jika ada kerusakan paket dalam pengiriman maka seluruh paket yang rusak akan dikirim ulang oleh protokol TCP (Transmission Control Protocol). Bayangkan, jika kita menggunakan jaringan wireless internet yang banyak gangguan semakin panjang MTU maka akan semakin sering proses pengiriman ulang paket (retry) dilakukan. Hal ini akan sangat menghambat proses pengiriman data.
Agar proses pengiriman packet menjadi andal, sebaiknya MTU di turunkan.

Koneksi OSPF Network bisa Drop jika MTU tidak sama
ketika kita mengimplementasikan Koneksi Routing Dynamic semisal OSPF di Cisco, ketika MTU di Interface tidak sama maka akan mengakibatkan koneksi Down. Solusinya adalah MTU-nya dibuat sama.

Referensi:
1. Sumber: http://www.mikrotik.co.id/artikel_lihat.php?id=218
2. https://lms.onnocenter.or.id/wiki/index.php/Maximum_Transmission_Unit_(MTU)_di_Jaringan_Wireless


Saturday, September 18, 2021

LACP-Static pada Raisecom 2924

Ilustrasi 2 Switch yang menggunakan 2 Link Port-channel

Link Aggregation Control Protocol (LACP) adalah bagian dari protokol IEEE 802.3ad, dan Anda dapat menggabungkan 2 tautan Ethernet menjadi satu tautan logical dengan 2 perangkat jaringan. Dalam mode LACP statis, Anda perlu membuat Interface port-channel secara manual dan menambahkan interface channel ke interface port, dan LACP memilih interface aktif dan tidak aktif dengan menegosiasikan parameter agregasi menggunakan paket LACP.
Raisecom-2924(config)#interface port-channel 1
Raisecom-2924(config-aggregator)#mode lacp-static

Raisecom-2924#
interface port-channel 1
mode lacp-static
!
interface port 16
switchport trunk native vlan 4031
switchport trunk allowed vlan 103,114
switchport mode trunk
channel group 1
description TO_SW-RING-AGGR_P3&P13
!

interface port 26
switchport trunk native vlan 4031
switchport trunk allowed vlan 103,114
switchport mode trunk
channel group 1
description media-type fiber TO_SW-RING-AGGR_P3&P13
!

Friday, August 20, 2021

Menambahkan Card GTGO & SMXA/UPLINK di GPON OLT ZTE C320

GPON-OLT-ZTE-C320(config)#add-rack rackno 1 racktype ?
  C320Rack  C320 Control rack
  ETSI21    ETSI21 Control rack
  IEC19     IEC19 Control rack
GPON-OLT-ZTE-C320(config)#add-rack rackno 1 racktype C320Rack

GPON-OLT-ZTE-C320(config)#add-shelf rackno 1 shelfno 1 shelftype ?
  C320_SHELF     C320 shelf
  ETSI_SHELF     C300 shelf type B-21
  ETSI_SHELF_EX  C300 slave shelf type B-21
  IEC_SHELF      C300 shelf type A-19
  IEC_SHELF_EX   C300 slave shelf type A-19
GPON-OLT-ZTE-C320(config)#add-shelf rackno 1 shelfno 1 shelftype C320_SHELF

GPON-OLT-ZTE-C320(config)#add-subcard rackno 1 shelfno 1 slotno 3 subcardno 1 ?
  CKWSA   Uplink optical and clock daughter card
  MAPP    MAPP SubCard
  UCDC/1  Uplink optical and clock daughter card
  UCDC/2  Uplink optical and clock daughter card
  UCDC/3  Uplink optical and clock daughter card
  UCDC/4  Uplink optical and clock daughter card
GPON-OLT-ZTE-C320(config)#add-subcard rackno 1 shelfno 1 slotno 3 subcardno 1 UCDC/1
GPON-OLT-ZTE-C320(config)#add-subcard rackno 1 shelfno 1 slotno 4 subcardno 1 UCDC/1

GPON-OLT-ZTE-C320(config)#add-card rackno 1 shelfno 1 slotno 1 ?
  CICC    Common Interface Card
  CICG    Common Interface Card
  CICK    Common Interface Card
  CTBB    32 ports E1 balance interface card
  CTEUA   Type A 32 ports E1 un-balance interface card
  CTLA    2 STM-1 ports CES interface card
  CTTB    32 ports T1 interface card
  CTUB    32 ports E1 unbalance interface card
  ETGH    16-port  EPON PON card
  ETGO    8-port EPON OLT line card
  ETTD    2-port 10G EPON symmetry PON card
  ETTO    Type D 8 ports EPON OLT line card
  ETTQ    10G EPON PON card
  ETTS    2-port 10G EPON PCM PON card
  ETXD    2-port 10G EPON unsymmetry PON card
  FTGH    Type A 16 ports GE PTP Ethernet interface card
  FTGHA   Type A 16 ports GE PTP Ethernet interface card
  FTGK    48-ports PTP Ethernet interface card
  FUFQ    4FE Fiber Uplink Card
  GDFO    8-ports ethernet uplink inteface card
  GDFOU   8-ports ethernet P2P Card
  GTGH    16-port  GPON PON card
  GTGO    8-port GPON OLT line card
  GTGQ    4-port GPON OLT line card
  GTTO    Type K 8-port XGPON OLT line card
  GTXD    XG-GPON OLT line card
  GTXO    8 ports XGPON OLT line card
  GTXQ    XG-GPON OLT line card
  GTXT    Gpp asic test card
  GUFQ    4GE Fiber Uplink Card
  GUSQ    2GE Fiber & 2GE Electrical Uplink Card
  GUTQ    4-port Electrical Uplink Card
  HDTT    2-ports 10GE and 8-ports GE PTP Ethernet interface card
  HUGQ    2-port GE and 2-port FE optical Ethernet interface card
  HULQ    2-port 10GE and 2-port FE optical Ethernet interface card
  HUTQ    2-port 10GE and 2-port GE optical Ethernet interface card
  HUVQ    2-port 10GE and 2-port GE optical Ethernet interface card
  HUWQ    2-port 10GE and 2-port GE optical Ethernet interface card supporting SyncE
  OMFT    OMFT OLT line card for test
  OMOA    OMOA   card
  OMQA    OMQA   card
  PRAM    AC Power Card
  PRWG    General Power Card
  RTDMRG  Multiple Service Card
  VSWEC   VSWEC card
  WTBS    2-port 10G EPON WDM PON card
  XDTD    2-port 10GE optical Ethernet interface card
  XDTS    1-port 10GE optical Ethernet interface card
  XUTQ    4-port 10GE optical Ethernet interface card
  XUXQ    4-port 10GE optical Ethernet interface card
GPON-OLT-ZTE-C320(config)#add-card rackno 1 shelfno 1 slotno 1 GTGO


GPON-OLT-ZTE-C320#show card 
Rack Shelf Slot CfgType RealType Port    HardVer SoftVer         Status
-------------------------------------------------------------------------------
1    1     1    GTGO    GTGOG    8       120301  V1.2.5P3        INSERVICE    
1    1     3    SMXA    SMXA     3       131201  V1.2.5P3        INSERVICE    
1    1     4    SMXA    SMXA     3       131201  V1.2.5P3        STANDBY 

GPON-OLT-ZTE-C320#show card slotno 1
Config-Type   : GTGO      Status              : INSERVICE
Real-Type     : GTGOG     Serial-Number       : 275537301673
Port-Number   : 8         BootROM-VER         : V1.2.3P3  2013-03-05 14:11:46
PCB-VER       : 120301    Software-VER        : V1.2.5P3  2015-01-05 03:47:57
Cpld-VER      : V1.5      
Phy-Mem-Size  : 512MB     Main-CPU            : PowerPC Processor
Cpu-Usage     : 7%        Cpu-Alarm-Threshold : 100%
Mem-Usage     : 22%       Mem-Alarm-Threshold : 100%
Last restart reason: Power-off
Uptime        : 47547 Day , 11 Hours , 31 Minutes , 2 Second 

GPON-OLT-ZTE-C320#show card slotno 3 
Config-Type   : SMXA      Status              : INSERVICE
Real-Type     : SMXA      Serial-Number       : 704325200449
Port-Number   : 3         BootROM-VER         : V4.0.11  2016-05-11 12:07:39
PCB-VER       : 131201    Software-VER        : V1.2.5P3  2015-01-05 03:50:18
Cpld-VER      : V1.4      
Phy-Mem-Size  : 1024MB    Main-CPU            : PowerPC Processor
Cpu-Usage     : 2%        Cpu-Alarm-Threshold : 100%
Mem-Usage     : 31%       Mem-Alarm-Threshold : 100%
Last restart reason: Power-off
Uptime        : 1316 Day , 22 Hours , 22 Minutes , 10 Second 
Subcard 1  :
Config-Type   : UCDC/1               Real-Type    : UCDC/1
Status        : INSERVICE            Port-Nummber : 3

GPON-OLT-ZTE-C320#show card slotno 4 
Config-Type   : SMXA      Status              : STANDBY
Real-Type     : SMXA      Serial-Number       : 704423900736
Port-Number   : 3         BootROM-VER         : V4.0.11  2016-05-11 12:07:39
PCB-VER       : 131201    Software-VER        : V1.2.5P3  2015-01-05 03:50:18
Cpld-VER      : V1.4      
Phy-Mem-Size  : 1024MB    Main-CPU            : PowerPC Processor
Cpu-Usage     : 1%        Cpu-Alarm-Threshold : 100%
Mem-Usage     : 31%       Mem-Alarm-Threshold : 100%
Last restart reason: Power-off
Uptime        : 1316 Day , 22 Hours , 26 Minutes , 41 Second 
Subcard 1  :
Config-Type   : UCDC/1               Real-Type    : UCDC/1
Status        : INSERVICE            Port-Nummber : 3

Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated]

Mengenal Bagian Hardware OLT GPON ZTE C320

1. Gambar OLT GPON C320 dengan keterangan sebagai berikut: Fan/Kipas, Slot 1 diisi dengan Card GTGH (16 Port SFP), Slot 2  diisi dengan Card GTGH (16 Port SFP), Slot 3 diisi dengan Power Supply (PRAM), Slot 4 diisi dengan SMXA atau UPLINK


2. Gambar Card GTGO yang dipasang di OLT C320 dengan 8 Port



3. Gambar SMXA atau UPLINK, ada 2 Jenis: A11 untk Card dengan UPLINK 1 Gbps (GE) dan A31 dengan UPLINK 10Gbps (XGE) 

Referensi: 
- Sumber Gambar dari Akun Youtube MEDIA KIOS

Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated]

Saturday, August 14, 2021

Konfigurasi Service IPTV di OLT ZTE C300 dengan IGMP-Multicast

OLT-ZTE-C300#show run interface gpon-onu_1/2/8:12
Building configuration...
!
interface gpon-onu_1/2/8:12
name Customer-VVIP
description Internet-Service-TV
tcont 4 name Internet-Service profile UP-100M
tcont 5 name TV_Service profile UP-100M
tcont 6 name OAM_Service profile UP-10M
gemport 4 name Internet-Service unicast tcont 4 dir both
gemport 4 traffic-limit upstream DOWN-100M downstream DOWN-100M
gemport 5 name TV_Service unicast tcont 5 dir both
gemport 6 name OAM_Service unicast tcont 6 dir both
switchport mode hybrid vport 4
switchport mode hybrid vport 5
switchport mode hybrid vport 6
service-port 4 vport 4 user-vlan 1000 vlan 1000
service-port 5 vport 5 user-vlan 2000 vlan 2000
service-port 6 vport 6 user-vlan 32 vlan 32
!
end

OLT-ZTE-C300#show onu running config gpon-onu_1/2/8:12
pon-onu-mng gpon-onu_1/2/8:12
service Internet-Service gemport 4 vlan 1000
service TV_Service gemport 5 vlan 2000
service OAM_Service gemport 6 vlan 32
vlan port eth_0/3 mode trunk
vlan port eth_0/3 vlan 32,1000,2000
!

OLT-ZTE-C300(config)#igmp  mvlan 2000 source-port xgei_1/19/1
OLT-ZTE-C300(config)#igmp mvlan 2000 receive-port gpon-onu_1/2/8:12 vport 5

OLT-ZTE-C300(config)#igmp  enable
OLT-ZTE-C300(config)#igmp  mvlan 2000
OLT-ZTE-C300(config)#igmp  mvlan 2000 work-mode snooping
OLT-ZTE-C300(config)#igmp  Mvlan 2000 Group 230.0.0.0 to 230.0.0.255
OLT-ZTE-C300(config)#igmp  Mvlan 2000 Group 231.0.0.0 to 231.0.0.255
OLT-ZTE-C300(config)#igmp  Mvlan 2000 Group 231.0.1.0 to 231.0.1.255
OLT-ZTE-C300(config)#igmp  Mvlan 2000 Group 232.0.0.0 to 232.0.0.255

OLT-ZTE-C300(config)#gpon 
OLT-ZTE-C300(config-gpon)#onu profile igmp IGMP_Service

OLT-ZTE-C300#show igmp 
IGMP global parameters:
----------------------------------------------------
IGMP is globally enable.
IGMP log is disable.
Snooping aging time is 300 seconds.
Span vlan is enable.
Bandwidth control is disable.
Host tracking is disable.
Robustness variable is 2.
General query interval is 125(second).
Query max response time is 100(0.1second).
Last member query interval is 10(0.1second).
Last member query count is 2.
Unsolicited report interval is 10 seconds.
Non match group is forward.
Intermode status is disable.
Prejoin interval is 120(second).
Igmp version-mode v1 is accept.
Igmp version-mode v2 is accept.
Igmp version-mode v3 is accept.
General query gemport mode is unicast.

Catatan untuk Layanan Internet Protokol TV (IPTV) yang menggunakan Protokol IGMP:

1. Internet Group Management Protocol (IGMP) 
IGMP merupakan salah satu protokol jaringan dalam kumpulan protokol Transmission Control Protocol / Internet Protocol (TCP/IP) yang bekerja pada lapisan jaringan untuk menginformasikan router-router IP tentang keberadaan group-group jaringan multicast. Apabila sebuah router mengetahui bahwa terdapat beberapa host dalam jaringan terhubung secara lokal yang tergabung ke dalam group multicast tertentu, router akan menyebarkan informasi dengan menggunakan protokol IGMP kepada router lainnya dalam sebuah internetwork sehingga pesan-pesan multicast diteruskan ke router yang sesuai. IGMP kemudian digunakan untuk memelihara keanggotaan group multicast di dalam subnet lokal untuk sebuah alamat IP multicast

IGMP Snooping
IGMP snooping is the process of listening to Internet Group Management Protocol (IGMP) network traffic to control delivery of IP multicasts. Network switches with IGMP snooping listen in on the IGMP conversation between hosts and routers and maintain a map of which links need which IP multicast transmission. Multicasts may be filtered from the links which do not need them, conserving bandwidth on those links.


2. IP Multicast
IP Multicast adalah metode pengiriman datagram dari satu transmisi ke Grup Penerima atau disebut Point To Multi Point. Dalam layanan IPTV, Multicast adalah proses mengirim paket data audio atau video pada waktu yang bersamaan kepada banyak pengguna layanan audio atau video. Semua pelanggan akan menerima sinyal yang sama pada waktu yang sama. 

Keunggulan dalam penggunaan multicast, sebagai berikut:
a. Meringankan beban kerja host, karena tidak perlu melakukan replika data.
b. Kebutuhan bandwith tidak bergantung pada jumlah host. Seberapa jumlah host yang
terlibat, bandwith yang dibutuhkan akan tetap sama

Kelemahan dalam penggunaan multicast, sebagai berikut:
a. Memerlukan standar baru pada suatu protokol IP dan protokol data layer agar bisa mengirim
dan menerima data.
b. Perlu menggunakan mekanisme protokol baru untuk mengatur alokasi multicast sebagai group
dalam suatu jaringan.


Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated] dan Artikel lainnya terkait Routing dan Switching di List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]

Friday, July 23, 2021

Tentang Koneksi Internet lewat Indihome atau ISP Berbasis FTTH, Kelebihan dan Kekurangannya!

 

(Klik Gambar Untuk Tampilan Resolusi Tinggi)

Dini Hari Melek akibat minum Kopi akhirnya menggambar Topology FTTH dan akhirnya diposting di Blog ini agar lebih detail menjelaskannya.

###
Jaringan Internet berbasis Fiber To The Home (FTTH) semisal Indihome dan lainnya, saat ini begitu booming di Indonesia. Jangankan ISP besar, sekelas RT/RW Net pun sekarang sudah memakai GPON OLT. Ya karena banyak keuntungan menggunakan Jaringan berbasis FTTH salah satunya adalah "Hemat Kabel Optik", dimana jika sebelumnya satu kabel FO untuk satu Customer. Sekarang, 1 Jalur FO bisa dipecah-pecah menjadi banyak Customer jika menggunakan GPON OLT.

Trus bagaimana sebenarnya pengguna Internet FTTH terkoneksi ke Internet? 
Customer Internet berbasis FTTH mendapatkan layanan Triple Play yaitu Internet (Data), TV dan Voice (Phone). Namun layanan yang digunakan dipakai Customer biasanya hanya 2 saja yaitu Internet dan TV. Padahal dalam Layanan Indihome, itu sebenarnya ada layanan buat Nelpon dan gratis sekian menit jika menelpon sesama pengguna PSTN (Public switched telephone network) atau Jaringan telepon tetap. Namun layanan ini kerap tidak dipakai oleh Customer, dengan berbagai alasan (sudah banyak yang gak punya Telepon untuk PSTN :D).

Layanan TV dan Internet Customer FTTH sebenarnya kalau disisi Konfigurasi GPON OLT itu dipecah, Biasanya Pihak ISP memecahnya dengan membedakan Vlan untuk Internet dan TV. Ada kalanya Internet mati tapi TV bisa, atau kebalikannya. Karena disisi GPON OLT, untuk Konfigurasi Layanan TV itu harus menggunakan Service Multicast sementara layanan Internet tidak.

Keuntungan Internet menggunakan Layanan berbasis FTTH (Based On Experiences):
1. Buat Customer biasanya lebih murah
2. Customer bisa tahu kalau Jaringan Optic-nya bermasalah, karena jika Indikator di ONT merah maka ketahuan bahwa jaringannya sedang bermasalah (entah itu putus atau ketekuk Optic-nya)
3. Nilai Optic Minimum dari ONT (perangkat yang ada di Customer) ke arah GPON OLT (Perangkat disisi ISP) bisa mencapai -28dBm (jika -29dBM biasanya sudah Low Warning untuk Optic-nya). Untuk Customer Internet yang FO-nya tidak menggunakan GPON OLT, biasanya dibawah -20dBm. Kalau diatas itu bisa bermasalah.
4. Buat Pihak ISP, jika ingin memberikan level Prioritas dengan level Bandwith dari VIP atau Customer biasa bisa dilakukan. Karena disisi konfigurasi GPON OLT bisa dibedakan proritas Customer untuk pengaturan Bandwith. 
5. Layanan TV lebih jernih dan tidak akan terganggu oleh Cuaca (TV Parabola dan TV Satelit masih bisa ada gangguan jika ada Hujan apalagi Deras dan berangin)

Kekurangan Internet menggunakan Layanan berbasis FTTH (Based On Experiences):
1. Jika pengguna di sebuah area sudah banyak maka kualitas bandwith akan menurun. Karena kemampuan FTTH untuk menarik kabel FO sampai ke rumah-rumah dengan secara luas, maka ketika Customer semakin banyak, maka akan terjadi degradasi kualitas bandwith. Karena ketika pengguna sudah sangat banyak, biasanya tercekik ke arah Upstream Internet (karena ada kapasitas maksimal biasanya untuk tiap GPON OLT disisi Metro-E), Apalagi untuk daerah diluar Jabodebabek.
2. Untuk kekurangan lainnya, saya belum menemukan yang menonjol banget sehingga gak usah ditulis :D


Temukan Artikel lainnya tentang GPON OLT dan FTTH di --> List All Articles About GPON OLT Huawei - ZTE - Alcatel Lucent in This Blog [Updated]

Non Config Command in Ciena 5162

Warning: It's just Personal Note !!!

CIENA-5162> show system components (To Check Ciena Hardware Version)

CIENA-5162> show software (Check Software Version - Running package version-SAOS)

CIENA-5162> show license (To Check Available License)

CIENA-5162> log view events (Check Log)

CIENA-5162> show system clock (To See Clock and Date)

CIENA-5162> show system uptime (Check Uptime)

CIENA-5162> show xcvrs (Check Port Status)

CIENA-5162> show xcvrs xcvr 41 (Check Detail Port and Optical)

CIENA-5162> show ospf areas 

CIENA-5162> show ospf instance

CIENA-5162> show ospf interfaces

CIENA-5162> show ospf neighbors

CIENA-5162> search cli keyword <keyword> (To Search with Keyword)

CIENA-5162> show ip interfaces brief (To See IP interface)

CIENA-5162> user who (To See All Users)

CIENA-5162> user whoami (To See Our Privilege User)

CIENA-5162> show forwarding-domains (To See Available Sercvices, Such as VPLS)

CIENA-5162> show mac-fdbs forwarding-domain <TAB> (To See Mac Based on VPLS)

     fd-DCN             fd-LL-BPD          fd-vlan1000        remote-fd          untagged_p41                         

CIENA-5162> show pseudowires

CIENA-5162> show pseudowires pseudowire 21410802

CIENA-5162> show l2vpn-services

CIENA-5162> show l2vpn-services l2vpn vlan1000

CIENA-5162> ping ip destination 10.48.5.2

Temukan Artikel lainnya terkait Routing dan Switching di List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]

Friday, July 16, 2021

Make Path - Tunnel - L2VPN PW-Class (VPLS & VLL) In Cisco ASR 9006

Warning: It's just Personal Note !!!

Make Path:

explicit-path name TO-JKT-CES-1-PRI
index 1 next-address strict ipv4 unicast 10.49.1.54
index 2 next-address strict ipv4 unicast 10.49.1.6
index 3 next-address strict ipv4 unicast 10.49.4.242
index 4 next-address strict ipv4 unicast 10.49.3.94
!

explicit-path name TO-JKT-CES-1-SEC
index 1 next-address loose ipv4 unicast 10.48.1.6
!

Make Tunnel:
interface tunnel-te129
description TUN-JKT-CES-1
ipv4 unnumbered Loopback0
signalled-name TUN-JKT-CES-1
destination 10.48.1.6
path-protection
!
path-option 10 explicit name TO-JKT-CES-1-PRI
path-option 20 explicit name TO-JKT-CES-1-SEC
!

L2VPN PW-Class:
l2vpn
pw-class VPLS-TO-CES-1
encapsulation mpls
preferred-path interface tunnel-te 129
!
!

Make VPLS:
RP/0/RSP0/CPU0:JKT-C-1(config)#l2vpn
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn)#bridge group VPLS-LL_SW-10G
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-bg)#bridge-domain VPLS_LL_CUSTOMER_21010741
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-bg-bd)#vfi VPLS_LL_CUSTOMER_OFFICE
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-bg-bd-vfi)#neighbor 10.48.1.6 pw-id 21010741
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-bg-bd-vfi-pw)#pw-class VPLS-TO-CES-1

Konfigurasi yang terpasang:
 bridge group VPLS-LL_SW-10G
  bridge-domain VPLS_LL_CUSTOMER_21010741
   mtu 9000
   interface TenGigE0/0/0/0.741
   !
   vfi VPLS_LL_CUSTOMER_21010741
    neighbor 10.48.1.6 pw-id 21010741
     pw-class VPLS-TO-CES-1
    !
   !
  !

Buat Sub Interface untuk VPLS yang kita buat:
interface TenGigE0/0/0/0.741 l2transport
 description VPLS_LL_GASTRA_OFFICE
 encapsulation dot1q 741
 rewrite ingress tag pop 1 symmetric
!

------------------------------------------------------------------------------------------------------------------

Membuat Koneksi VLL

RP/0/RSP0/CPU0:JKT-C-1(config)#l2vpn
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn)#pw-class VLL-TO-JKT-C-2
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-pwc)#encapsulation mpls
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-pwc-mpls)#transport-mode vlan
RP/0/RSP0/CPU0:JKT-C-1(config-l2vpn-pwc-mpls)#preferred-path interface tunnel-te 2

Hasil Konfigurasi:
pw-class VLL-TO-JKT-C-2
  encapsulation mpls
   transport-mode vlan
   preferred-path interface tunnel-te 2
  !
 !
 
p2p vll_p2p_core_jkt_to_bdg
   interface TenGigE0/0/0/1.3591
   neighbor ipv4 10.48.0.2 pw-id 11113591
    pw-class VLL-TO-JKT-C-2
   !
  !

interface TenGigE0/0/0/1.3591 l2transport
 description VLL_P2P_CORE_JKT_TO_BDG
 encapsulation dot1q 3591
 rewrite ingress tag pop 1 symmetric
 mtu 9018 
!

Non Config Command Cisco ASR 9006

Warning: It's just Personal Note !!!

RP/0/RSP0/CPU0:JKT-C-1#show inventory (Check Device Attached to Port)

RP/0/RSP0/CPU0:JKT-C-1#show interfaces brief (Show Interface with MTU and Bandwith Capacity)

RP/0/RSP0/CPU0:JKT-C-1#show interfaces description (Show interface)

RP/0/RSP0/CPU0:JKT-C-1#show mpls interfaces 

RP/0/RSP0/CPU0:JKT-C-1#show mpls traffic-eng topology path destination 10.48.1.6 (Ted Path)

RP/0/RSP0/CPU0:JKT-C-1#show ospf neighbor

RP/0/RSP0/CPU0:JKT-C-1#show controllers tenGigE0/0/0/18 (Show Optic)

RP/0/RSP0/CPU0:JKT-C-1#show mpls traffic-eng tunnels brief role head | in 10.48.1.6 (Show and Search LSP with IP)

RP/0/RSP0/CPU0:JKT-C-1#show mpls traffic-eng tunnels role head signame | in JKT-C- (Show and Search LSP with Name)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn xconnect group VLL-LL_SW-10G (Show VLL Connection)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn forwarding bridge-domain location 0/RP0/CPU0 (Show All VPLS)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn forwarding bridge-domain mac-address location 0/0/CPU0  (Show Mac Address All)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn forwarding bridge-domain VPLS-LL_SW-10G:VPLS_LL_CUSTOMER_21010741 mac-address location 0/0/CPU0 (Show Mac Address Per VPLS)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn bridge-domain bd-name VPLS_MNGMT_21210097 (Show VPLS with Name)

RP/0/RSP0/CPU0:JKT-C-1#show l2vpn bridge-domain pw-id 21010741 (Show VPLS with VPLS ID)

Temukan Artikel lainnya terkait Routing dan Switching di List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]

Monday, March 22, 2021

Change mpls tunnel in mpls l2-vpn @CIENA 5160

Warning: It's just Personal Note !!!

EXISTING:
JKT-CNA-5160>
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! VIRTUAL-SWITCH MPLS-VC ATTACHMENT:
!
virtual-switch ethernet attach mpls-vc VPLS-INET-21012004 vs VPLS-INET-21012004

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! L2-VPN STATIC and DYNAMIC PSEUDOWIREs
!
mpls l2-vpn create dynamic-vc VPLS-INET-21012004 pw-id 21012004 peer 10.48.0.3 te-tunnel TUN-C-1-PRI mtu 9000 (Tunnel that will be replaced)
mpls l2-vpn set dynamic-vc VPLS-INET-21012004 customer CUSTOMER-INET


EXECUTE:
JKT-CNA-5160*>virtual-switch ethernet detach mpls-vc VPLS-INET-21012004 (Remove VPLS from Virtual Switch)
JKT-CNA-5160*>mpls l2-vpn delete vc VPLS-INET-21012004 (Remove existing l2-vpn)

JKT-CNA-5160*>mpls l2-vpn create dynamic-vc VPLS-INET-21012004 pw-id 21012004 peer 10.48.0.3 te-tunnel TUN-C-1-PRI2 mtu 9000 (Insert New Tunnel)
JKT-CNA-5160*>mpls l2-vpn set dynamic-vc VPLS-INET-21012004 customer CUSTOMER-INET
JKT-CNA-5160*>virtual-switch ethernet attach mpls-vc VPLS-INET-21012004 vs VPLS-INET-21012004
JKT-CNA-5160*>configuration save


Thursday, February 18, 2021

Configuration For OSPF Network CIENA 5160

Warning: It's just Personal Note !!!

CIENA-5160>
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! NETWORK CONFIG: vlans
!
vlan create vlan 139-140


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! IP INTERFACE CONFIG:
!
interface create loopback 0 ip 10.48.1.25
interface create ip-interface TO-CNA-JKT ip 10.49.2.130/30 mtu 9198 ip-forwarding on vlan 140 network-type point-to-point


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! PORT CONFIG: ports
!
port set port 24 max-frame-size 9216 description TO-CNA-JKT


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! NETWORK CONFIG: vlan members and attributes
!
vlan add vlan 140 port 24
vlan remove vlan 127 port 24
!
vlan rename vlan 140 name P2P-TO-CNA-JKT


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! NETWORK CONFIG: vlan translation
!
port set port 24 acceptable-frame-type all pvid 140 egress-untag-vlan 140 untagged-data-vid 140


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! MPLS TE Interface Attributes
!
mpls traffic-eng set ip-interface TO-CNA-JKT link-cost 100


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! RSVP-TE/GMPLS-RSVP-TE INTERFACE
!
rsvp-te set ip-interface TO-CNA-JKT advertised-label implicit-null


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! MPLS/GMPLS RSVP-TE INTERFACES
!
rsvp-te enable ip-interface 0
rsvp-te enable ip-interface TO-CNA-JKT


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! OSPF
!
ospf instance create ospf-instance OSPF_JKT
ospf instance disable ospf-instance OSPF_JKT
ospf instance set ospf-instance OSPF_JKT router-id 10.48.1.25
ospf instance enable ospf-instance OSPF_JKT
ospf instance set ospf-instance OSPF_JKT rfc-1583-compatible on
!


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! OSPF AREA
!
ospf area create area-ip 0.0.0.42 ospf-instance OSPF_JKT type normal


!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! OSPF INTERFACE
!
ospf interface attach ip-interface 0 area 0.0.0.0 ospf-instance OSPF_JKT
ospf interface set ip-interface 0 cost-metric 1
ospf interface attach ip-interface TO-CNA-JKT area 0.0.0.0 ospf-instance OSPF_JKT
ospf interface set ip-interface TO-CNA-JKT bfd-monitor enable cost-metric 10
ospf interface attach ip-interface OAM area 0.0.0.42 ospf-instance OSPF_JKT
ospf interface set ip-interface OAM passive


CIENA-5160> ospf neighbor show ospf-instance OSPF_JKT
+---------------------------------OSPF NEIGHBOR TABLE---------------------------------+
| IpAddr          | RouterID     |Pri |State  | Interface         |DeadTime|
+---------------+---------------+---+-------+--------------------------------+--------+
|10.49.1.122   |10.48.1.80    |1    |Full    |TO-CNA-JKT |35 |
+---------------+---------------+---+-------+--------------------------------+--------+

Monday, February 15, 2021

Popular CLI CIENA 5160 (Config Mode)

Warning: It's just Personal Note !!!

CIENA-5160>chassis reboot now
CIENA-5160>user create user <name> access-level <level> echoless-password max-session-limit <1-12> --> (create user and set admin privilege, password, maximum session limit)
CIENA-5160>system set host-name <name> -->
CIENA-5160>arp flush
CIENA-5160>interface local set ip <X.X.X.X/sm>
CIENA-5160>interface set gateway <X.X.X.X>

CIENA-5160>port set port <1-24> max-frame-size <512-12288>
CIENA-5160>port set port <1-24> description <description>
CIENA-5160>port set port <1-24> acceptable-frame-type <all/tagged-only/untagged-only>
CIENA-5160>port set port <1-24> speed <ten/hundred/gigabit/ten-gig/auto> duplex <half/full>

CIENA-5160>vlan create vlan <vlan ID>
CIENA-5160>vlan rename vlan <vlan ID> name <name>
CIENA-5160>vlan add vlan <vlan ID> port <1-24>
CIENA-5160>vlan remove vlan <vlan ID> port <1-24>

CIENA-5160>ospf instance create ospf-instance <ospfname>
CIENA-5160>ospf instance set ospf-instance <ospfname> router-id x.x.x.x

CIENA-5160>rsvp-te path create rsvp-path <pathname-pri >
CIENA-5160>rsvp-te path set rsvp-path <pathname-pri> index 1 ip <x.x.x.x>
CIENA-5160>rsvp-te path set rsvp-path <pathname-pri> index 2 ip <y.y.y.y>

CIENA-5160>rsvp-te path create rsvp-path <pathname-sec>
CIENA-5160>rsvp-te path set rsvp-path <pathname-sec> index 1 ip 3.3.3.3 hop-type loose

CIENA-5160>mpls tunnel create rsvp-ingress <tunname-pri> dest-ip <x.x.x.x> explicit-tunnel-path <pathname-pri>
CIENA-5160>mpls tunnel create rsvp-ingress <tunname-sec> dest-ip <x.x.x.x> explicit-tunnel-path <pathname-sec> backup-tunnel <pathname-pri>

CIENA-5160>mpls l2-vpn create dynamic-vc <vplsvcname> pw-id <vplsid> peer x.x.x.x te-tunnel <tunname-pri>
CIENA-5160>mpls l2-vpn create dynamic-vc <qnqvcname> pw-id <vplsid> peer x.x.x.x te-tunnel <tunname-pri> pw-mode spoke

CIENA-5160>virtual-switch show
CIENA-5160>virtual-switch ethernet create vs <vsname> mode vpls
CIENA-5160>virtual-switch ethernet attach mpls-vc <vplsvcname> vs <vsname>
CIENA-5160>virtual-switch ethernet add vs <vsname> port <1-24> vlan <vlan ID> ingress-l2-transform pop egress-l2-transform push-8100.<vlan ID>
CIENA-5160>virtual-switch ethernet create vs <qnqname> mode vpls
CIENA-5160>virtual-switch ethernet attach mpls-vc <qnqvcname> vs <qnqname>
CIENA-5160>virtual-switch ethernet add vs <qnqname> port 23
CIENA-5160>virtual-circuit ethernet set port <1-24> vlan-ethertype 9100

Temukan Artikel lainnya terkait Routing dan Switching di List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]

Wednesday, January 27, 2021

Popular CLI CIENA 5160 (For Checking - Non Config Mode)

Warning: It's just Personal Note !!!

CIENA-5160>config show   -->                     (show run)

CIENA-5160>chassis show device-id   -->     (show device type, serial number, MAC address information) 

CIENA-5160>chassis show power   -->         (show device power supply module status, serial number)

CIENA-5160>chassis show fans   -->             (show device fans speed and information)

CIENA-5160>chassis show mac   -->             (show device chassis and interfaces MAC address)

CIENA-5160>system show uptime   -->         (show device uptime duration)

CIENA-5160>system show date   -->             (show device date)

CIENA-5160>system show time   -->             (show device time) 

CIENA-5160>user show   -->                         (show user account list, privilege, and current active users)

CIENA-5160>software show   -->                 (show device OS software version)

CIENA-5160>software license show   -->     (show device activated license and license key)

CIENA-5160>arp show   -->                          (show ARP table)

CIENA-5160>interface show   -->                 (show IP management interface information)

CIENA-5160>flow show mac-addr   -->        (show MAC address table)

CIENA-5160>port xcvr show   -->                 (show inserted SFP transceiver type & vendor)

CIENA-5160>port xcvr show port <1-24> diagnostics   --> (show transceiver diagnostic)

CIENA-5160>port show status   -->                (show port description, state, uptime& speed)

CIENA-5160>port show statistic active   -->  (show active port traffic statistic)

CIENA-5160>mpls l2-vpn show   -->             (show pseudowire table and virtual circuit next hop)

CIENA-5160>vlan show   -->                         (show vlan ID, name, and member port)

CIENA-5160>ospf area show ospf-instance <ospfname>   --> (show OSPF instance area table and status)

CIENA-5160>ospf neighbor show ospf-instance <ospfname>   --> (show OSPF area neighbor)

CIENA-5160>Log flash view   -->                   (show logging)

CIENA-5160>Alarm show history   -->           (show alarm)


Temukan Artikel lainnya terkait Routing dan Switching di List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]


Tuesday, January 26, 2021

List All Articles Routing & Switching CIENA/CISCO/RAISECOM/BROCADE in This Blog [Updated]

Warning: It's just Personal Note !!!

CIENA 5160
1. Setting Limit Bandwith Ciena 5160
2. Change MTU in CIENA 5160
3. Create "Route Path - MPLS Tunnel - MPLS L2-VPN" CIENA 5160
4. Popular CLI CIENA 5160 (For Checking - Non Config Mode)
5. Popular CLI CIENA 5160 (Config Mode)
6. Configuration For OSPF Network CIENA 5160
7. Change mpls tunnel in mpls l2-vpn @CIENA 5160

CIENA 5162

Brocade CES-CER-MLX
1. Reset Config Brocade CES 2024C (Family CES/CER 2000) with OS 5.*** To Factory Default

CISCO

RAISECOM
 
JUNIPER
 

Sharing Tentang Nework

Tuesday, January 19, 2021

Change Cam-Partition Usage Brocade MLX From 750K IP To 1000K IP

Warning: It's just Personal Note !!!

Cam Partition Profile Brocade MLX
1. cam-partition profile ipv4 (Max IP 1048576)
2. cam-partition profile multi-service-4 (Max IP 786432)

Case BEFORE:
Brocade_MLX#sho cam-partition usage
CAM partitioning profile: multi-service-4
Slot 1 XPP20SP 0:
            [IP] 786432(size),      45(free), 099.99%(used)

PROGRESS:
telnet@Brocade_MLX(config)#cam-partition profile ipv4

AFTER:
Brocade_MLX#sho cam-partition usage
CAM partitioning profile: ipv4
Slot 1 XPP20SP 0:
            [IP]1048576(size),  256049(free), 075.58%(used)


Add New Module in Brocade MLXe-8

Warning: It's just Personal Note !!!

1. Show Module To Check Existing Module and Check Available Module:
telnet@MLXe-8#show module 
Module                                                                          Status                       Ports    Starting MAC    
M1 (left ):BR-MLX-MR2-X Management Module      Active                        
M2 (right):BR-MLX-MR2-X Management Module     Standby(Ready State)
F1: NI-X-HSF Switch Fabric Module                           Active                
F2: NI-X-HSF Switch Fabric Module                           Active                
F3: NI-X-HSF Switch Fabric Module                           Active                
S1: BR-MLX-10Gx8-X 8-port 10GbE (X) Module     CARD_STATE_UP            8        cc4e.241b.8d00
S2: BR-MLX-1GFx24-X 24-port 1GbE SFP Module  CARD_STATE_UP            24       cc4e.241b.8d30
S3: Configured as NI-MLX-10Gx8-M 8-port 10GbE (M) Module (11)
S4: 
S5:
S6:
S7:
S8:

2. We Add New Module To Slot 4 and See The suitable Series Module: 
MLXe-8(config)#module 4 ?
  br-mlx-2-port-100g-x          BR-MLX-100Gx2-X 2-port 100GbE Module
  br-mlx-24-port-10g-dm       BR-MLX-10Gx24-DM 24-port 10GbE Module
  br-mlx-24-port-1gc-x          BR-MLX-1GCx24-X 24-port 10/100/1000Base-T Copper  Module
  br-mlx-24-port-1gf-x           BR-MLX-1GFx24-X 24-port 1GbE SFP Module
  br-mlx-4-port-10g-x            BR-MLX-10Gx4-X 4-port 10GbE Module
  br-mlx-8-port-10g-x          BR-MLX-10Gx8-X 8-port 10GbE (X) Module
  ni-mlx-2-port-10g               NI-MLX-10Gx2 2-port 10GbE Module
  ni-mlx-20-port-1g-100fx    NI-MLX-1Gx20-SFP 20-port 1GbE-100FX Module
  ni-mlx-20-port-1g-copper   NI-MLX-1Gx20-GC 20-port 10/100/1000 Copper Module
  ni-mlx-4-port-10g               NI-MLX-10Gx4 4-port 10GbE Module
  ni-mlx-48-port-1g-mrj21    NI-MLX-1Gx48-T 48-port 10/100/1000Base-T MRJ21 Module
  ni-mlx-8-port-10g-d           NI-MLX-10Gx8-D 8-port 10GbE (D) Module
  ni-mlx-8-port-10g-m          NI-MLX-10Gx8-M 8-port 10GbE (M) Module
  ni-x-1-port-oc192               NI-X-OC192x1 1-port OC192 STM64 Module
  ni-x-2-port-oc192               NI-X-OC192x2 2-port OC192 STM64 Module
  ni-x-2-port-oc48                 NI-X-OC48x2 2-port OC48/12 STM16/STM4 Module
  ni-x-4-port-oc48                 NI-X-OC48x4 4-port OC48/12 STM16/STM4 Module
  ni-x-8-port-oc48                 NI-X-OC48x8 8-port OC48/12 STM16/STM4 Module
  ni-xmr-2-port-10g               NI-XMR-10Gx2 2-port 10GbE Module
  ni-xmr-20-port-1g               NI-XMR-1Gx20 20-port 1GbE Module
  ni-xmr-20-port-1g-100fx    NI-XMR-1Gx20-SFP 20-port 1GbE/100FX Module
  ni-xmr-20-port-1g-copper   NI-XMR-1Gx20-GC 20-port 10/100/1000 Copper Module
  ni-xmr-4-port-10g          NI-XMR-10Gx4 4-port 10GbE Module

3. Config and Enter:
MLXe-8(config)#module 4 br-mlx-8-port-10g-x

4. Save Config:
MLXe-8#write memory
...........................Write startup-config done.

5. Check Module That Just Added (Module is loading in several minutes):
MLXe-8#show module 
Module                                                                     Status                       Ports    Starting MAC    
M1 (left ):NI-MLX-MR Management Module        Active                        
M2 (right):NetIron XMR Management Module      Standby(Init State)
F1: NI-X-HSF Switch Fabric Module                      Active                
F2: NI-X-HSF Switch Fabric Module                      Active                
F3: NI-X-HSF Switch Fabric Module                      Active                
S1: Configured as NI-MLX-10Gx8-M 8-port 10GbE (M) Module (11)
S2: BR-MLX-1GFx24-X 24-port 1GbE SFP Module        CARD_STATE_UP                24       cc4e.241b.8d30
S3: NI-MLX-10Gx8-M 8-port 10GbE (M) Module           CARD_STATE_UP                8        cc4e.241b.8d60
S4: BR-MLX-10Gx8-X 8-port 10GbE (X) Module        CARD_STATE_SW_LOADED         0        cc4e.241b.8d90

6. If success, Status CARD_STATE_UP: