Page 1 Optical Line Terminals LTP-8X, LTP-4X Operation Manual Firmware version 3.30.0, Issue 9, 30.11.2017...
Page 2: Table Of Contents
Table of Contents Terms and Definitions ............................. 8 Revision History ............................... 9 Part I General ..............................11 Chapter 1. Introduction .......................... 12 Chapter 2. Intended Use ......................... 13 Chapter 3. Delivery Package ........................14 Chapter 4. Specifications ........................15 Chapter 5. Compatible SFP transceivers ....................
Page 3 10.4 Creating a Configuration Backup ....................40 10.5 Configuration Restore ....................... 41 10.6 Configuration Reset ........................41 Chapter 11. Network Settings ........................42 Introduction ............................42 11.1 Adjustment of Network Settings ....................42 Chapter 12. User Management ........................ 44 Introduction ............................44 12.1 User List Preview ........................
Page 4 Chapter 18. Interfaces Configuration ....................... 72 Introduction ............................72 18.1 Ethernet Interfaces Configuration ..................... 73 18.2 Configuring Storm Control ......................75 18.3 GPON Interfaces Configuration ....................76 18.4 Port Mirroring Configuration ..................... 77 Chapter 19. LLDP configuration ........................ 78 Introduction ............................78 19.1 LLDP configuration ........................
Page 5 25.1 Operating Principle ........................101 25.2 Model Configuration ....................... 104 Chapter 26. ONT Licensing ........................105 Introduction ............................105 26.1 Loading a License File to OLT ....................105 Chapter 27. EasyСonfig mode ......................... 107 27.1 LTP-X EasyMode ........................107 27.2 Software and hardware requirements ..................
Page 6 Introduction ............................163 34.1 VoIP Configuration in OMCI Management Domain ..............163 34.2 VoIP Configuration in RG Management Domain ..............164 Chapter 35. Management Configuration via TR-069 ................165 Introduction ............................165 35.1 Configuration of a TR-069 Inband Management Channel ............166 35.2 Configuration of a TR-069 OOB Management Channel ............
Page 7 Chapter 42. System environment configuration ..................187 Part VI Terminal Maintenance ......................189 Chapter 43. SFP Transceivers Replacement.................... 190 Chapter 44. Ventilation Units Replacement ................... 192 Chapter 45. OLT Firmware Update ......................194 Chapter 46. ONT Firmware Update ......................195 Introduction ............................
Page 8: Terms And Definitions
Terms and Definitions Constant bitrate Dynamic bandwidth allocation Firmware GPON Gigabit PON IGMP Internet Group Management Protocol Internet protocol Optical Line Terminal Optical Network Terminal Optical Network Unit SNTP Simple Network time protocol SNMP Simple Network Management Protocol Small Form-factor Pluggable Uniform Resource Identifier TFTP Trivial File Transfer Protocol...
Page 9: Revision History
Revision History Issue 9, 30.11.2017 — Added commands for LTP version R3.30.0 — Added chapters: • LLDP configuration • QoS WRR • ARP Inspection • Storm control • Access Control List and policy configuration — Added description of: • Collaboration of different cross-connect types •...
Page 10 — The manual was adjusted to the LTP R3.24.0 command system. Issue 3, 25.07.2014 — The manual was adjusted to the LTP-8X R3.20.2 command system. — Section 9.4 on group operations was added. — Chapter 36 describing operations with ONT configuration templates was added.
Page 11: Part I General
Part I General...
Page 12: Chapter 1. Introduction
(ONT). OLT converts Gigabit Ethernet and GPON interfaces and is used to connect a PON network with data communication networks of a higher level. The range of OLT GPON equipment produced by Eltex comprises of LTP-8X terminal with internal Ethernet switch with 8 GPON ports and RSSI function.
Page 13: Chapter 2. Intended Use
Chapter 2. Intended Use The LTP-8X/4X optical line terminal is designed to establish connection with upstream equipment and provide broadband access across passive optical networks. Ethernet connection is established through Gigabit uplink and 10G Base-X interfaces; GPON interfaces are used to connect to optical networks.
Page 14: Chapter 3. Delivery Package
Chapter 3. Delivery Package The standard delivery package includes: 1. An LTP-4X/8X optical line terminal. 2. A mounting set for 19'' rack. 3. An RS-232 DB9(F)—DB9(F) console cable for LTP rev. B; an RJ-45—DB9(F) console cable for LTP rev. С. 4.
Page 15: Chapter 4. Specifications
Chapter 4. Specifications Table 4. 1. Main Specifications of the Line Terminal Interfaces Number of Ethernet interfaces LTP-8X LTP-4X Connector RJ-45 Data rate, Mbps 10/100/1,000 duplex/half- 1,000/10,000 duplex duplex Standards 10/100Base-TХ/1000Base-T 1000 Base-X, 10 GBase-X Standards IEEE 802.1D, IEEE 802.1p, IEEE 802.1Q...
Page 16 Power supply options for LTP-4X/8X rev. C: – one AC/DC power supply; – two AC/DC hot swappable power supplies. Power consumption LTP-8X (HW version 1vX) not more than 20 W LTP-8X (HW version 2vX) not more than 55 W LTP-4X not more than 40 W Operating temperature range from +5 to +40°С...
Page 17: Chapter 5. Compatible Sfp Transceivers
Chapter 5. Compatible SFP transceivers Correct and error-free operation of GPON interface requires exact parameters to be chosen and set for each transceiver type. This can be done only under laboratory conditions by the terminal vendor. Table 5.1 lists SFP transceivers for which seamless terminal operation is guaranteed. DDMI (Digital Diagnostic Monitoring Interface) provides information on transceiver parameters, such as temperature, power voltage, etc.
Page 18: Chapter 6. Design
Fig. 6.2 – Front Panel of the LTP-4X Terminal Fig. 6.3 – Front Panel of the LTP-8X rev. C Terminal Table 6.1 – Description of the Connectors, LEDs, and Controls Located on the Front Panel of LTP-8X, LTP-4X/8X rev. B...
Page 19 10G/1G 0..1 interface for connection to IP networks 4 chassis for SFP modules of xPON 2.5 G (for LTP-4X) 8 chassis for SFP modules of xPON 2.5 G (for LTP-8X) Power indicator of the terminal Power Operating indicator of the terminal...
Page 20: Rear Panel
IP networks 4 chassis for SFP modules of xPON 2.5 G (for LTP-4X) 8 chassis for SFP modules of xPON 2.5 G (for LTP-8X) 4 electrical Ethernet and 4 optical interfaces are combined (Combo GE 4..7). The combo ports may have only one active interface at the same time.
Page 21 Table 6.3 lists rear panel connectors. fan0 fan1 Fig. 6.4 – Rear Panel of the LTP-4X/8X (DC) Optical Line Terminal fan0 fan1 Fig. 6.5 – Rear Panel of the LTP-4X/8X (AC) Optical Line Terminal fan0 fan1 Fig. 6.6 – Rear Panel of the LTP-4X/8X rev. C Optical Line Terminal with Two Power Modules Table 6.3 –...
Page 22: Light Indication
Light Indication The indicators located on the front panel show the status of the terminal. Indicator states are listed in Tables 6.4 and 6.5. Table 6.4 – Light Indication of LTP-8X, LTP-4X/8X rev. B Indicator Name Indicator Status Device Status...
Page 23: Temperature Sensors
Temperature Sensors 2 temperature sensors are used to measure temperature inside the terminal case. Fig. 6.7 shows the sensor location on PCB. Fig. 6.7 – Temperature Sensors Location Ventilation System The rear, front, and side panels of the terminal have ventilation grids for heat removal. The rear panel has two ventilation units installed (Fig.
Page 24: Chapter 7. Safety Precautions And Installation Procedure
Chapter 7. Safety Precautions and Installation Procedure Introduction This chapter describes installation of the terminal into a rack and connection to power supply. Safety Requirements General Any operations with the terminal should comply with the Safety Rules for Operation of Customers' Electrical Installations.
Page 25: Terminal Installation
2. PC and measurement instruments should be grounded prior to connection to the terminal. The potential difference between the terminal case and the cases of the instruments should be less than 1 V. 3. Prior to turning the terminal on, ensure that all cables are undamaged and securely connected. 4.
Page 26 Terminal Rack Installation To install the terminal to a rack: Step 1. Attach the terminal to the vertical guides of the rack. Step 2. Align mounting holes in the support bracket with the corresponding holes in the rack guides. Use the holes of the same level on both sides of the guides to ensure the terminal horizontal installation.
Page 27 Fig. 7.3 – Power Module Installation The LTP-4X rev. C and LTP-8X rev. C terminals can use one or two power modules. Installation of the second power module is necessary when the device operates under strict reliability requirements. In case of using two power supply modules, it is allowed to use different power plants for supplying (with different voltage).
Page 28 As for electric parameters, both places for power module installation are identical. In the context of device operation, the power module located closer to the edge is considered as the main module, and the one closer to the centre—as the redundant module. Power modules can be installed and removed without powering the device off.
Page 29: Getting Started With The Terminal
Part II Getting Started with the Terminal...
Page 30: Chapter 8. Connecting To Terminal Cli
Chapter 8. Connecting to Terminal CLI Introduction This chapter describes various connection methods for Command Line Interface (CLI) of the terminal. A serial port (hereafter—COM port) is recommended for preliminary adjustment of the terminal. Connecting to CLI via COM Port This type of connection requires PC either to have an integrated COM port or to be supplied with an USB- COM adapter cable.
Page 31: Connecting To Cli Via Telnet Protocol
Step 3. Press Enter. Log into the terminal CLI. Factory settings: login: admin, password: password. **************************************** Optical line terminal LTP-8X _REVC * **************************************** LTP-8X login: admin Password: ******** Eltex LTP-8X:rev.C software version 3.26.1 build 1347 on 12.12.2016 14:17 Technical support: http://eltex.nsk.ru/support Sat Jan...
Page 32 Step 4. Log into the terminal CLI. Factory settings: login: admin, password: password. Trying 192.168.1.2... Connected to 192.168.1.2. Escape character is ’^]’. ************************************** Optical line terminal LTP_8X_REVC ************************************** LTP-8X login: admin Password:******** Eltex LTP-8X:rev.C software version 3.26.1 build 1347 on 12.12.2016 14:17 Technical support: http://eltex.nsk.ru/support Sat Jan 1 21:19:02 LOCAL 2000 LTP-8X#...
Page 33: Connecting To Cli Via Secure Shell Protocol
Fig. 8.5 – Running the SSH Client Step 3. Log into the terminal CLI. Factory settings: login: admin, password: password. login: admin Password: ******** Eltex LTP-8X:rev.C software version 3.26.1 build 1347 on 12.12.2016 14:17 Technical support: http://eltex.nsk.ru/support Sat Jan 1 21:44:30...
Page 34: Chapter 9. Getting Started With Terminal Cli
Chapter 9. Getting Started with Terminal CLI Introduction CLI is the main means of communication between user and the terminal. This chapter considers general operations in CLI: commands grouping, automatic code completion, and history. CLI Views Hierarchy Views are used in the terminal CLI to group commands and optimize their length. Fig.
Page 35: Cli Automatic Code Completion
CLI command system allows user to work with CLI as fast as with graphical interface. For example, enter the ex command in the Top view and press Tab: LTP-8X# ex<Tab> LTP-8X# exit As this view has only one command with the ex prefix, CLI automatically completes it.
Page 36: Cli Command History
LTP-8X(config)# interface ont 0/0-127 LTP-8X(config)(if-ont-0/0-127)# fec Or view the list of active ones in the first 4 GPON channels: LTP-8X# show interface ont 0-3 ont online GPON-port 0 has no online ONTs GPON-port 1 has no online ONTs GPON-port 2 has no online ONTs GPON-port 3 has no online ONTs...
Page 37: Configuring The Terminal
Part III Configuring the Terminal...
Page 38: Chapter 10. Terminal Configuration
Chapter 10. Terminal Configuration Introduction A collection of all terminal settings is referred to as configuration. This chapter provides information on the parts which configuration consists of. It also defines lifecycle of configuration and describes main operations, which can be performed. 10.1 Configuration Structure The terminal configuration can be conventionally divided into 3 parts.
Page 39: Configuration Lifecycle
NVRAM at a specified time or at a specified time interval. The terminal allows this with the help of a configuration autosave mechanism. For daily autosave of the configuration, define a time when autosave should be implemented: LTP-8X(config)# config autosave hour 3 minute 44...
Page 40: Creating A Configuration Backup
Pass the uploaded terminal configuration fs://config and destination URI as parameters. LTP-8X# copy fs://config tftp://192.168.1.1/config Upload backup file to TFTP-server.. Configure a triggered upload to create backups automatically. Step 1. Go to the configure view and select the URI of the configuration backup.
Page 41: Configuration Restore
The copy command is used to restore the data. Define source URI as parameter and fs://config as restored configuration. LTP-8X# copy tftp://10.0.105.1/config fs://config Download file from TFTP-server.. Reading of the configuration file.. Configuration have been successfully restored (all not saved changes was lost) 10.6...
Page 42: Chapter 11. Network Settings
LTP-8X# configure terminal LTP-8X(config)# hostname LTP-8X-1 Step 3. Set the terminal IP address by using the management ip command. LTP-8X(config)# management ip 10.0.0.1 Step 4. Set the subnet mask by using the management netmask command. LTP-8X(config)# management mask 255.0.0.0 Step 5. Set the default gateway by using the management gateway command.
Page 43 Step 7. Set MAC addresses aging by using the gpon network mac-age-time command. Pass time in seconds as a parameter. LTP-8X(config)# gpon network mac-age-time 7200 Step 8. The network settings will change as soon as the configuration is applied. No terminal reboot is needed.
Page 44: Chapter 12. User Management
Level 15 users. Thus, the level of commands available to a user does not exceed the user's level. The levels of privileges can be modified as required. Step 1. Check the current settings of privileges by using the show privileges command. LTP-8X# show privileges Level Privileges !, exit...
Page 45 Step 2. Switch to the configure view. Set the required permissions corresponding to the level by using the privilege command, e. g. set permissions allowing Level 1 to view configuration of the internal switch: LTP-8X# configure terminal LTP-8X(config)# privilege 1 view-switch...
Page 46: User List Preview
12.1 User List Preview To view the list of terminal users, enter the show users command: LTP-8X(config)# do show users config Name Privilege root admin remote The admin and root users always exist and cannot be deleted or duplicated.
Page 47: Adding A New User
In order to operate effectively and safely, the terminal, as a rule, requires one or several additional users. To add a new user, enter the user command in the configure view: LTP-8X(config)# user operator LTP-8X(config)# do show users config Name Privilege...
Page 48: Deleting A User
12.5 Deleting a User To delete a user, enter the no user command in the configure view. Pass the user name as a parameter: LTP-8X# configure terminal LTP-8X(config)# no user operator...
Page 49: Chapter 13. Ааа Configuration
(the highest) will be used by default. Step 1. Configure IP address of radius/tacacs+ server. LTP-8X# configure terminal LTP-8X(config)# radius-server host 10.10.10.1 proirity 0 LTP-8X(config)# radius-server host 10.10.10.2 proirity 1 LTP-8X(config)# radius-server host 10.10.10.3 proirity 2 LTP-8X(config)# tacacs-server host 10.10.10.4 Step 2.
Page 50: Ааа Methods Configuration
LTP-8X(config)# radius-server key 12345678-r2 priority 2 LTP-8X(config)# tacacs-server key 12345678 Step 3. Define server response timeout. LTP-8X(config)# radius-server timeout 3 LTP-8X(config)# radius-server timeout 3 priority 1 LTP-8X(config)# radius-server timeout 3 priority 2 LTP-8X(config)# tacacs-server timeout 3 Step 4. Define a port for data exchange with the server (if necessary).
Page 51: Chapter 14. Services Configuration
This chapter describes configuration of integrated terminal services. 14.1 SNMPD Configuration To work with the Eltex.EMS management system, the terminal should be configured to work with Simple Network Management Protocol (SNMP). Step 1. Switch to the configure view. LTP-8X# configure terminal Step 2.
Page 52 To do this, use the ip snmp traps command. It is possible to configure several receivers of SNMP traps of the same version. LTP-8X(config)# ip snmp traps 192.168.1.13 type v2 LTP-8X(config)# ip snmp traps 192.168.1.113 type v1 Step 5. Check the entered data by using the show ip snmp command:...
Page 53: Ntpd Configuration
LTP-8X(config)# ip snmp user "rwuser" auth-password "rwpass" enc-password "rwencr" access rw LTP-8X(config)# ip snmp user "rouser" auth-password "ropass" enc-password "roencr" access ro Step 3. Check the configuration LTP-8X(config)# LTP-8X(config)# do show ip snmp users SNMP users ~~~~~~~~~~ User name permissions...
Page 54: Acsd And Dhcpd Configuration
Step 3. If necessary, set the IP address, server mask, and identifier of the management VLAN, which will be used to send packets between ACS and ONTs. By default, mask 21 is set, which enables 2,046 hosts per network. LTP-8X(config)# ip acs server ip 192.168.200.9 LTP-8X(config)# ip acs server mask 255.255.255.0 LTP-8X(config)# ip acs server vid 200 Step 4.
Page 55 Step 2. Configure the range of IP addresses to be assigned by the server with the ip dhcp server range command and specify the first and the last addresses of the range: LTP-8X(config)# ip dhcp server range 192.168.200.10 192.168.200.150 Step 3. Set the maximum lease time, during which the server allows clients to use the addresses, with the...
Page 56: Logd Configuration
14.4 LOGD Configuration System log collects terminal history data and allows its further display. Adjustment of system log operates with such terms as module, filter level, and output device. Fig. 14.1 – Terminal System Log Messages of the system log are grouped into modules according to their functions. Configuration of the following modules is possible: Table 14.1 –...
Page 57 Consider module configuration by the example of the pmchal-gpon module responsible for messages from the GPON subsystem. Other modules have similar configuration process. Step 1. Set the logging level with the help of the logging module pmchal-gpon loglevel command. LTP-8X(config)# logging module pmchal-gpon loglevel info...
Page 58 Step 2. To view information about modules, use the do show logging module pmchal-gpon command. LTP-8X(config)# do show logging module pmchal-gpon Log: Submodule [pmchal-gpon]: Log level: notice LTP-8X(config)# Step 3. Apply the configuration by using the commit command. LTP-8X(config)# do commit 14.4.2...
Page 59: Alarmd Configuration
LTP-8X(config)# logging rsh loglevel info LTP-8X(config)# logging file loglevel none Step 4. To view SYSLOG configuration, use the do show logging settings command. LTP-8X(config)# do show logging settings Log: Remote syslog: 192.168.1.43 Port: Size: 16384 Save logs between boots: true...
Page 60 ont_flapping ONT flapping download File download completed successfully / with errors battery_power Switch ONT to battery power battery_low ONT battery low Set in ONT lan_los ONT Ethernet port lost connection Configuration of the connected ONT ont_config valid/invalid file_delete File deleted successfully / with errors physical_layer_errors Physical layer errors on Ethernet ports physical_layer_block...
Page 61 Active Alarms Log Configuration Step 1. To configure the active alarms log, switch to the configure view. LTP-8X# configure Step 2. Use the alarm command to specify the necessary event parameters. Event types are listed in Table 14.4, the parameters and possible values are given in Table 14.5.
Page 62 LTP-8X(config)# alarm temperature severity critical LTP-8X(config)# alarm temperature in LTP-8X(config)# alarm temperature out LTP-8X(config)# alarm temperature ttl 0 Step 3. Apply the changes by using the do commit command. LTP-8X(config)# do commit...
Page 63: Chapter 15. Vlan Configuration
Step 1. Add tagged interfaces with the help of the tagged command. Pass interface type and number (or a range) as parameters. The interface types and numbers are given in Table 16.1, Chapter 16. LTP-8X(switch)(config-vlan)# tagged pon-port 0 – 1...
Page 64 (or a range) as parameters. LTP-8X(switch)(config-vlan)# forbidden 10G-front-port 0 – 1 LTP-8X(switch)(config-vlan)# forbidden front-port 0 , front-port 2 , front-port 3 Step 4. Disable IGMP snooping by using the no ip igmp snooping enable command if needed.
Page 65: Deleting A Vlan
LTP-8X(switch)(config-vlan)# ipv6 mld snooping querier enable LTP-8X(switch)(config-vlan)# ipv6 mld snooping querier fast-leave LTP-8X(switch)(config-vlan)# ipv6 mld snooping querier user-prio 4 LTP-8X(switch)(config-vlan)# ipv6 mld snooping querier dscp 40 Step 9. Configure MLD if needed.
Page 66: Chapter 16. Configuring Access Control List And Policy
Step 2. Configure rules and assign the list to a port LTP-8X(switch)(config-mac-al)# deny A8:f9:4B:00:AA:00 FF:FF:FF:FF:FF:00 any LTP-8X(switch)(config-mac-al)# deny any any vlan any cos 7 7 LTP-8X(switch)(config-mac-al)# permit A8:F9:4B:00:00:00 FF:FF:FF:00:00:00 any vlan 2 cos 4 4 LTP-8X(switch)(config-mac-al)# exit LTP-8X(switch)(config)# interface front-port 7...
Page 67 LTP-8X(switch)# configure LTP-8X(switch)(config)# ip access-list extended filter5 Step 2. Configure rules and assign the list to a port LTP-8X(switch)(config-ip-al)# deny tcp 10.10.5.0 255.255.255.0 any any any LTP-8X(switch)(config-ip-al)# permit tcp 10.10.0.0 255.255.0.0 any any any LTP-8X(switch)(config-ip-al)# exit LTP-8X(switch)(config)# interface front-port 7...
Page 68 Step 2. Configure rules and assign the list to a port LTP-8X(switch)(config-mac-al)# offset-list e1 l2 0 FF A8 l2 1 FF F9 l2 2 FF 4B LTP-8X(switch)(config-mac-al)# offset-list e2 l2 0 FF E0 l2 1 FF D9 l2 2 FF E3...
Page 69 Step 1. Create an access-list according to which the traffic will be classified. LTP-8X# switch LTP-8X(switch)# configure LTP-8X(switch)(config)# ip access-list extended sip-dhcp-acl LTP-8X(switch)(config-ip-al)# permit udp any 68 any 67 LTP-8X(switch)(config-ip-al)# permit udp any any any 5060 LTP-8X(switch)(config-ip-al)# exit Step 2. Create a traffic class...
Page 70: Chapter 17. Igmp And Mld Configuration In Terminal Switch
LTP-8X(switch)# configure LTP-8X(switch)(config)# Step 2. Enable IGMP snooping by using the ip igmp snooping command. LTP-8X(switch)(config)# ip igmp snooping Step 3. Enable MLD snooping by using the ip igmp snooping command. TP-8X(switch)(config)# ipv6 mld snooping Snooping is globally enabled in all VLANs.
Page 71: Enabling Report Proxy
VID pair. LTP-8X(switch)(config)# ip igmp proxy report range 224.0.0.0 239.255.255.255 from 200 to 98 Step 3. Enable MLD report proxy between VLANs with the help of the ipv6 mld proxy report enable command.
Page 72: Chapter 18. Interfaces Configuration
Chapter 18. Interfaces Configuration Introduction This chapter describes configuration of terminal interfaces. Terminal interfaces can be divided into two groups: Ethernet interfaces and GPON interfaces. Ethernet interfaces are used for terminal connection to operator's network core. GPON interfaces are used for ONT connections.
Page 73: Ethernet Interfaces Configuration
Quantity Range 10G-front-port [0..1] for LTP-8X front-port [0..7] front-port for LTP-4X [0..3] for PCB rev. 1 LTP-8X pon-port [0..1] for PCB rev. 2 LTP-4X [0..3] for PCB rev. 2 LTP-8X [0..7] 18.1 Ethernet Interfaces Configuration Step 1. Switch to the view of the interface (of interface group), which settings should be changed.
Page 74 LTP-8X(switch)(config-if)# bridging to front-port 1 Step 8. If needed, use the spanning-tree command group to adjust the STP protocol. LTP-8X(switch)(config-if)# spanning-tree enable...
Page 75: Configuring Storm Control
LTP-8X(switch)(config-if)# rate-limit uu 1000 2048 LTP-8X(switch)(config-if)# rate-limit bmc 1000 2048 logging LTP-8X(switch)(config-if)# rate-limit bc 1000 2048 logging shutdown 30 For manual enabling of the port after blocking by Storm Control, use the following command: LTP-8X(switch)# clear storm front-port 0...
Page 76: Gpon Interfaces Configuration
Pass time period in seconds as a parameter. LTP-8X(config)# gpon olt encryption LTP-8X(config)# gpon olt encryption key-update 60 Step 3. Specify ONT authentication method with the gpon olt authentication command. ONTs can be authenticated by password, serial number, or both.
Page 77: Port Mirroring Configuration
Step 7. Adjust time settings of optical transceivers if needed. LTP-8X(config)(if-gpon-0-7)# optics use-custom LTP-8X(config)(if-gpon-0-7)# optics ... Optical transceivers should be adjusted only by agreement with Eltex Service Centre. Step 8. Apply the configuration by using the commit command. LTP-8X(config)(if-gpon-0-7)# exit LTP-8X(switch)(config)# commit 18.4...
Page 78: Chapter 19. Lldp Configuration
Step 2. Configure mirroring and traffic analysis for any front port. LTP-8X(switch)(config)# mirror rx analyzer front-port 7 LTP-8X(switch)(config)# mirror tx analyzer front-port 7 Step 3. Apply the configuration by using the commit command. LTP-8X(switch)(config)# commit Chapter 19. LLDP configuration Introduction Lin Layer Discovery Protocol (LLDP) –...
Page 79 TTL = min(65535,LLDP-Timer * LLDP-HoldMultiplier) Step 5. Specify time for LLDP reinitialization: LTP-8X(switch)(config)# lldp reinit 3 Step 6. Specify, how often the device will send LLDP information update: LTP-8X(switch)(config)# lldp timer 60 Step 7. Set the value of a delay between further LLDP packet transmissions initiated by the changes of...
Page 80: Chapter 20. Configuring Arp-Inspection
Step 2. Activate arp inspection and add static entries LTP-8X(switch)(config)# ip arp-inspection LTP-8X(switch)(config)# ip arp inspection static-table 1.1.1.1 A8:F9:4B:11:11:01 LTP-8X(switch)(config)# ip arp inspection static-table 1.1.1.2 A8:F9:4B:11:11:10 vlan 10 Step 3. Configure trusted and untrusted interfaces LTP-8X(switch)(config)# interface front-port 7 LTP-8X(switch)(config-if)# no ip arp inspection trusted LTP-8X(switch)(config)# interface front-port 0 –...
Page 81: Weighted Round Robin (Wrr) Configuration
LTP-8X(switch)(config)# qos type 1 Step 3. Using qos map command, set rules for translation of 802.1p and DSCP/TOS to a queue number. Send field type and priorities lists as parameters: LTP-8X(switch)(config)# qos map 1 0-4,15,63 to 6 LTP-8X(switch)(config)# commit LTP-8X(switch)(config)# exit LTP-8X(switch)# show qos Priority assignment by 802.1p packet field...
Page 82 LTP-8X(switch)(config)# qos wrr enable 4 Step 2. The weight of each queue, starting with the 7th LTP-8X(switch)(config)# qos wrr queues 1 1 1 1 60 20 15 5 Step 3. Save the configuration LTP-8X(switch)(config)# commit LTP-8X(switch)(config)# exit LTP-8X(switch)# exit LTP-8X# save...
Page 83: Chapter 21. Lag Configuration
Chapter 21. LAG Configuration Introduction This chapter describes configuration of uplink interfaces aggregation. Link aggregation (IEEE 802.3ad) is a technology that allows multiple physical links to be combined into one logical link (aggregation group). Aggregation group has a higher throughput and is very reliable. Fig.
Page 84: Lag Configuration
LTP-8X(switch)# configure LTP-8X(switch)(config)# Step 2. Create a port-channel logical interface by using the interface port-channel command. As a parameter, pass the number of the interface being created. Up to ten logical interfaces can be created. LTP-8X(switch)(config)# interface port-channel 3 LTP-8X(switch)(config-if)#...
Page 85 The port-channel l4-long-hash command can be executed in the config view of the terminal switch. Step 8. Add physical interfaces into the logical one by using the channel-group command. As a parameter, pass the number of the logical interface. LTP-8X(switch)(config)# interface front-port 0 – 4 LTP-8X(switch)(config-if-range)# channel-group port-channel 3...
Page 86 Step 9. This step should only be performed for LACP configuration. Set a priority for a physical interface with the help of the lacp port-priority command if necessary. The no lacp port-priority command resets port priority to the default value of 32768; 1 is the highest priority. LTP-8X(switch)(config-if-range)# no lacp port-priority LTP-8X(switch)(config-if-range)# exit LTP-8X(switch)(config)# interface front-port 0...
Page 87: Chapter 22. Dhcp Relay Agent Configuration
Chapter 22. DHCP Relay Agent Configuration Introduction This chapter describes configuration of DHCP Relay Agent in the terminal. DHCP Relay Agent is used to provide a DHCP server with additional information about a received DHCP request. This may include information about the terminal running DHCP Relay Agent as well as information about the ONT, which sent the DHCP request.
Page 88: Dhcp Relay Agent Profiles Management
Step 3. Assign the newly created profile to a selected VLAN with the gpon olt profile dhcpra dhcp-ra-01 command. As a parameter, pass the VID, which requires individual configuration. LTP-8X(config)# gpon olt profile dhcpra dhcp-ra-01 vid 1000 Step 4. Check the changes by using the show gpon olt configuration command.
Page 89: Dhcp Relay Agent Profiles Configuration
22.2 DHCP Relay Agent Profiles Configuration Step 1. Switch to the corresponding DHCP Relay Agent profile. LTP-8X(config)# profile dhcp-ra dhcp-ra-01 Step 2. Enable DHCP traffic processing with the enable command. LTP-8X(config-dhcp-ra)("dhcp-ra-01")# enable Step 3. Enable insert/overwrite of DHCP option 82 with the help of the overwrite-option82 command if needed.
Page 90: Monitoring Active Dhcp Leases
LTP-8X(switch)(config-vlan)# ip address 192.168.209.240/24 Step 4. If the addresses of the DHCP servers are located after the router available after the specified L3 interface, configure a static route. LTP-8X# configure terminal LTP-8X(config)# ip route prefix 192.168.56.0 mask 24 gateway 192.168.209.5 LTP-8X(config)# do commit...
Page 91 Step 5. If VLAN in which interception of DHCP requests is implemented is the same as management VLAN of OLT (e.g. OLT connects to only one VLAN or traffic untagged), you need to explicitly enable redirection of DHCP requests on the VLAN; LTP-8X(switch)(config)# vlan 1209 LTP-8X(switch)(config-vlan)# ip dhcp relaying...
Page 92: Chapter 23. Pppoe Intermediate Agent Configuration
Chapter 23. PPPoE Intermediate Agent Configuration Introduction This chapter describes configuration of PPPoE Intermediate Agent of the terminal. PPPoE Intermediate Agent is used to provide BRAS with additional information about a received PADI request. This may include information about the terminal running PPPoE Intermediate Agent as well as information about the ONT, which sent the PADI request.
Page 93: Pppoe Intermediate Agent Profiles Configuration
If you need to disable limiting session for specified ONT (might be useful for SFP-ONU) and save limiting for others, define limiting globally in the profile and disable it in the 'interface ont' settings: LTP-8X(config-pppoe-ia)("pppoe-ia-00")# sessions-limit 8192 per-user 2 LTP-8X(config-pppoe-ia)("pppoe-ia-00")# exit LTP-8X(config)# interface ont 0/0 LTP-8X(config)(if-ont-0/0)# pppoe-sessions-unlimit Step 6.
Page 94: Monitoring Active Pppoe Sessions
To apply the changes, the OLT should be reconfigured. 23.2 Monitoring Active PPPoE Sessions Enabling PPPoE-IA allows active PPPoE sessions to be monitored. To view the list of sessions, use the following command: LTP-8X(config)(if-ont-0/4)# do show interface gpon-port 0 pppoe session PPPoE sessions (1): Serial GPON-port Ont ID...
Page 95: Chapter 24. Ip Source Guard Configuration
Step 1. Switch to the configure view. LTP-8X# configure terminal Step 2. Enable IP Source Guard and specify the mode. LTP-8X(config)# ip source-guard enable LTP-8X(config)# ip source-guard mode dynamic Step 3. Apply the changes by using the do commit command. LTP-8X(config)# do commit...
Page 96 After the IPSG mode has been enabled/disabled/changed, the OLT is reconfigured automatically. To add static matches, use the following command: LTP-8X(config)# ip source-guard bind ip <IP> mac <MAC> interface-ont <ONT> service <NUM> Where: IP—IP address of client equipment in the Х.Х.Х.Х format;...
Page 97 Mac: 00:22:B0:50:59:71 Interface-ont: Service: Vlan [10] Allowed Vlan [20] Allowed IP Source Guard Database will work only if automatic time synchronization is implemented via NTP...
Page 98: Part Iv Ont Configuration
Part IV ONT Configuration...
Page 99: Chapter 25. Service Models
Chapter 25. Service Models This chapter considers main terms and classification of service models. Introduction In general, a service model is based on a method, which describes how the services are provided: "VLAN for Subscriber" or "VLAN for Service". The "VLAN for Service" architecture means that a service VLAN (S-VLAN) is used to provide all users with a certain service.
Page 100 Fig. 25.1 – "VLAN for Subscriber" Service Model Architecture "VLAN for Service" Architecture The S-VLAN model has a separate VLAN for every service. Consider its operation on an example of an abstract S-VLAN 100 service. S-VLAN 100 is used between the OLT and service routers that is global for all subscribers in terms of this service.
Page 101: Operating Principle
The architecture of this service model is shown in Fig. 25.2. Fig. 25.2 – "VLAN for Service" Service Model Architecture 25.1 Operating Principle The "configuration model" concept is used for implementation of different service models in the terminal. A configuration model defines general principles for data communication channelling for both OLT and ONTs.
Page 102 Fig. 25.3 – Service Model 1 Chart A C-VLAN is used between an ONT and service routers (BRAS, VoIP SR) that encapsulate services for one subscriber (one ONT), such as VoIP, Internet, and IPTV unicast. An S-VLAN that is global for all subscribers (ONTs) is used for the TR-069 management service.
Page 103 Fig. 25.4 – Service Model 2 Chart Dedicated S-VLANs are used between the OLT and service routers (BRAS, VoIP SR) for each of the following services: VoIP, Internet, IPTV unicast, and TR-069. These S-VLANs are common for all subscribers (ONTs). Corresponding GEM ports are created for every OLT service between the ONTs and OLT. A dedicated MC-VLAN is used for multicast transmissions.
Page 104: Model Configuration
Fig. 25.5 Service Model 3 Chart Thus, the model implements "VLAN for Service". 25.2 Model Configuration Step 1. Check the current configuration with the help of the show gpon olt configuration command. LTP-8X# show gpon olt configuration: Datapath: Model: model2 Broadcast gem port:...
Page 105: Chapter 26. Ont Licensing
ONT Licensing Introduction By default, OLT supports only Eltex ONTs operation. To enable any third-party ONTs, OLT requires a license. To purchase the license, contact Eltex Marketing Department. If a third-party ONT is connected to OLT without a license, the following entry will be...
Page 106 IP—IP address of the TFTP server; PATH—path to the license file on the TFTP server. 2. Use CLI: LTP-8X# license set """<license>""" License successfully installed. Please reboot device for changes to make effect Where: license—full content of the license file including curly brackets.
Page 107: Chapter 27. Easyсonfig Mode
EasyMode allows providers to configure Triple-Play services promptly. EasyMode can be used for:  Knowing GPON technology and Eltex equipment;  Fast testing of the main capabilities of the equipment;  Automatic configuring of the equipment on a network.
Page 108: Chapter 28. Ont Configuration
Chapter 28. ONT Configuration Introduction This chapter describes general principles of ONT configuration. It also defines configuration profiles. ONT is configured with the help of a profile, which defines high-level expression of data communication channels. All operations related to channel creation are performed automatically. The way data communication channels are created depends on the selected service model.
Page 109: General Configuration Principles
28.1 General Configuration Principles Service is the key term of ONT configuration. This term completely includes a communication channel, through which data is transferred from the interfaces located on the front panel of the terminal (see Chapter 18) to users' ONT ports. There are two service profiles: cross-connect and dba. The cross-connect profile creates a GEM service port, the dba profile allocates an Alloc-ID for this ONT and associates a corresponding GEM port to the Alloc-ID.
Page 110: Ont Profiles Configuration
28.2 ONT Profiles Configuration 28.2.1 Cross-Connect Profile Configuration Step 1. To configure a cross-connect profile, first you need to specify whether the service will be routed (transmitted through an ONT router) or bridged (use bridge connection). This can be done by changing the model parameter.
Page 111: Re-Defining Of The Parameters Set In Cross-Connect Profile. Custom Parameters
Sometimes, it is necessary to define unique VLAN ID/802.1p tags for ONT. For solving this problem, you can use custom parameters instead of creating a profile. 28.3.1 Custom svid LTP-8X# configure terminal LTP-8X(config)# interface ont 0/0 LTP-8X(config)(if-ont-0/0)# service 0 custom svid 1234...
Page 112: Ont Configuration Procedure
LTP-8X# configure terminal LTP-8X(config)# interface ont 0/0 LTP-8X(config)(if-ont-0/0)# service 0 custom cvid 1234 If cross-connect profile defined on the specified service has 'tag-mode double-tagged', VLAN ID of the internal tag will be replaced. For 'single-tagged' service, VLAN ID of the single tag will be replaced.
Page 113 Step 3. Apply the configuration by using the commit command. LTP-8X(config)(if-ont-0/0)# do commit Step 4. View the ONT configuration by using the do show interface ont 0/0 configuration command. LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Description: ’’...
Page 114 Step 1. Assign a service model: LTP-8X# configure terminal LTP-8X(config)# gpon olt model 1 Step 2. Create an Internet cross-connect profile for the configuration. By default, the profile uses a routed service. Configure a U-VLAN with the help of the u-vid command (it equals 10 for the first service...
Page 115 Step 4. By analogy with the described above, create another cross-connect profile (UC_IPTV) for the second service and configure it with U-VLAN 11. LTP-8X(config)# profile cross-connect UC_IPTV LTP-8X(config-cross-connect)("UC_IPTV")# user vid 11 Step 5. Check the changes made. LTP-8X(config-cross-connect)("UC_IPTV")# do show profile cross-connect UC_IPTV Name: ’UC_IPTV’ Description: ’ONT Profile Cross Connect 2’...
Page 116 VLAN to send IGMP packets, and the rules for relaying multicast traffic in the downstream direction across the VLAN for the UC_IPTV service. LTP-8X(config)# profile ports Ports1 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 group 224.0.0.1 239.255.255.255 LTP-8X(config-ports)("Ports1")# veip upstream vid 11...
Page 117 LTP-8X(config)(if-ont-0/0)# service 1 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 1 profile cross-connect UC_IPTV LTP-8X(config)(if-ont-0/0)# profile ports Ports1 LTP-8X(config)(if-ont-0/0)# service 2 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 2 profile cross-connect management LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Description:...
Page 118 LTP-8X# switch LTP-8X(switch)# configure LTP-8X(switch)(config)# vlan 98 LTP-8X(switch)(config-vlan-range)# ip igmp snooping querier enable LTP-8X(switch)(config)# ip igmp snooping LTP-8X(switch)(config)# ip igmp proxy report range 232.1.0.1 232.1.0.100 from all to 98 LTP-8X(switch)(config)# ip igmp proxy report enable LTP-8X(switch)(config)# commit LTP-8X(switch)(config)# exit Bridged Mode Configure the Internet (PPPoE), IPTV unicast, and management services via the TR-069 protocol.
Page 119 11. LTP-8X(config)# profile cross-connect UC_IPTV LTP-8X(config-cross-connect)("UC_IPTV")# bridge LTP-8X(config-cross-connect)("UC_IPTV")# bridge group 11 Step 4. Check the changes made. LTP-8X(config-cross-connect)("UC_IPTV")# do show profile cross-connect UC_IPTV Name: ’UC_IPTV’ Description: ’ONT Profile Cross Connect 2’ Model:...
Page 120 LTP-8X(config)# profile ports Ports1 LTP-8X(config-ports)("Ports1")# port 0 bridge group 10 LTP-8X(config-ports)("Ports1")# port 1 bridge group 11 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 group 224.0.0.1 239.255.255.255 LTP-8X(config-ports)("Ports1")# port 1 multicast LTP-8X(config-ports)("Ports1")# port 1 igmp downstream vid 98 LTP-8X(config-ports)("Ports1")# port 1 igmp downstream tag-control remove-tag...
Page 121 LTP-8X(config)(if-ont-0/0)# service 1 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 1 profile cross-connect UC_IPTV LTP-8X(config)(if-ont-0/0)# service 2 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 2 profile cross-connect management LTP-8X(config)(if-ont-0/0)# profile ports Ports1 LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Description:...
Page 122 LTP-8X(config)(if-ont-0/0)# service 0 custom svid 200 LTP-8X(config)(if-ont-0/0)# service 1 custom svid 200 LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration Service [0]: Profile cross connect: Service1sh ONT Profile Cross Connect 1 Profile dba: AllServices ONT Profile DBA 1 Custom cross connect:...
Page 123 To assign an S-VLAN, use the outer vid 200 command: LTP-8X(config)# profile cross-connect Internet LTP-8X(config-cross-connect)("Internet")# user vid 200 LTP-8X(config-cross-connect)("Internet")# outer vid 200 Step 3. Check the changes made. LTP-8X(config-cross-connect)("Internet")# do show profile cross-connect Internet Name: 'Internet' Description: 'ONT Profile Cross Connect 1'...
Page 124 LTP-8X(config-cross-connect)("UC_IPTV")# do show profile cross-connect UC_IPTV Name: 'UC_IPTV' Description: 'ONT Profile Cross Connect 2' Model: ont-rg Bridge group: Tag mode: single-tagged Outer vid: Outer cos: unused Inner vid: U vid: U cos: unused Mac table entry limit: unlimited Type: general...
Page 125 VLAN to send IGMP packets, and the rules for relaying multicast traffic in the downstream direction across the VLAN for the UC_IPTV service. LTP-8X(config)# profile ports Ports1 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 group 224.0.0.1 239.255.255.255 LTP-8X(config-ports)("Ports1")# veip upstream vid 98...
Page 126 LTP-8X(config)(if-ont-0/0)# profile ports Ports1 LTP-8X(config)(if-ont-0/0)# service 2 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 2 profile cross-connect management LTP-8X(config)(if-ont-0/0)# service 3 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 3 profile cross-connect MC_IPTV LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Description:...
Page 127 LTP-8X# switch LTP-8X(switch)# configure LTP-8X(switch)(config)# vlan 98 LTP-8X(switch)(config-vlan-range)# ip igmp snooping querier enable LTP-8X(switch)(config)# ip igmp proxy report enable LTP-8X(switch)(config)# ip igmp proxy report range 232.1.0.1 232.1.0.100 from all to 98 LTP-8X(switch)(config)# ip igmp snooping LTP-8X(switch)(config)# commit LTP-8X(switch)(config)# exit Bridged Mode Configure the Internet (PPPoE), IPTV unicast, and management services via the TR-069 protocol.
Page 128 LTP-8X(config-cross-connect)("Internet")# outer vid 200 LTP-8X(config-cross-connect)("Internet")# user vid 200 Step 3. Check the changes made. LTP-8X(config-cross-connect)("Internet")# do show profile cross-connect Internet Name: 'Internet' Description: 'ONT Profile Cross Connect 1' Model: Bridge group: Tag mode: single-tagged Outer vid: Outer cos: unused Inner vid:...
Page 129 1. LTP-8X(config)# profile ports Ports1 LTP-8X(config-ports)("Ports1")# port 0 bridge group 10 LTP-8X(config-ports)("Ports1")# port 1 bridge group 11 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 group 224.0.0.1 239.255.255.255 LTP-8X(config-ports)("Ports1")# port 1 multicast LTP-8X(config-ports)("Ports1")# port 1 igmp downstream vid 98...
Page 130 LTP-8X(config)# profile cross-connect management LTP-8X(config-cross-connect)("management")# bridge LTP-8X(config-cross-connect)("management")# outer vid 9 LTP-8X(config-cross-connect)("management")# type management Step 12. Check the changes made. LTP-8X(config-cross-connect)("management")# do show profile cross-connect management Name: 'management' Description: 'ONT Profile Cross Connect 3' Model:...
Page 131 LTP-8X(config)(if-ont-0/0)# service 1 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 1 profile cross-connect UC_IPTV LTP-8X(config)(if-ont-0/0)# service 2 profile dba AllServices LTP-8X(config)(if-ont-0/0)# service 2 profile cross-connect management LTP-8X(config)(if-ont-0/0)# profile ports Ports1 LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Description:...
Page 132 LTP-8X# switch LTP-8X(switch)# configure LTP-8X(switch)(config)# vlan 98 LTP-8X(switch)(config-vlan-range)# ip igmp snooping querier enable LTP-8X(switch)(config)# ip igmp proxy report enable LTP-8X(switch)(config)# ip igmp proxy report range 232.1.0.1 232.1.0.100 from all to 98 LTP-8X(switch)(config)# ip igmp snooping LTP-8X(switch)(config)# commit LTP-8X(switch)(config)# exit 28.4.4 Tunnelling Configuration Usual profiles in the "single-tag"...
Page 133 VLAN 300 (multicast) and QinQ VLAN 1100 and 1200 (Internet) come to the uplink OLT. It is necessary to let them pass to the switch integrated in the OLT via SFP-ONU. In addition, a corporate client is connected to the splitter via SFP-ONU that sends a random set of VLANs to be passed to remote devices after removing tags of these VLANs at the ONT LAN port.
Page 134 Step 4. Set up the "address-table" profile by specifying the VLANs used for tunnels and assign the profile to GPON ports. profile address-table "at-tunnel" s-vlan 1100 use c-vlan s-vlan 1200 use c-vlan s-vlan 500 use c-vlan exit interface gpon-port profile address-table "at-tunnel" exit interface gpon-port profile address-table "at-tunnel"...
Page 135 The number of UVIDs processed in all selective-tunnel services on one ONT should not exceed 42. The VLANs used for tunnel services cannot be used for other types of services within one GPON channel. The tunnel service is the last one to be configured on the ONT, therefore the user-vid used by other services will not be processed by the tunnel service.
Page 136: Chapter 29. Dba Configuration
Chapter 29. DBA Configuration Introduction This chapter considers DBA configuration for ONT. GPON technology implies that all ONTs of one GPON channel use common communication medium (fibre). It is necessary to provide a mechanism that will ensure data transfer from all ONTs without collisions.
Page 137: Dba Profiles Assignment
There will be two T-CONTs on the ONT side corresponding to the allocations. Step 1. Each ONT should have two services in different T-CONTs. To do this, assign two dba profiles by using the profile dba command. LTP-8X(config)# profile dba ServiceInternet LTP-8X(config-dba)("ServiceInternet")# exit LTP-8X(config)# profile dba ServiceVoIP...
Page 138 Step 3. Assign the profiles to services by using the service <id> profile dba command. LTP-8X(config)(if-ont-0/0)# service 0 profile dba ServiceInternet LTP-8X(config)(if-ont-0/0)# service 1 profile dba ServiceVoIP You will have the following configuration: LTP-8X(config)(if-ont-0/0)# do show interface ont 0/0 configuration Service [0]: Profile cross connect: ServiceInternet...
Page 139 LTP-8X(config)(if-ont-0/1)# service 0 profile dba AllServices LTP-8X(config)(if-ont-0/1)# service 1 profile dba AllServices LTP-8X(config)(if-ont-0/1)# service 2 profile dba AllServices You will have the following configuration: LTP-8X(config)(if-ont-0/1)# do show interface ont 0/1 configuration Service [0]: Profile cross connect: ServiceInternet ONT Profile Cross Connect 0...
Page 140 350,080 For more information about SLA parameters, see Section 29.2. Step 1. Define two dba profiles by using the profile dba command. LTP-8X(config)# profile dba ServiceVoIP LTP-8X(config-dba)("ServiceVoIP")# exit LTP-8X(config)# profile dba OtherServices Step 2. Specify an individual allocations distribution scheme by using the allocation-scheme command.
Page 141: Dba Configuration
LTP-8X(config)(if-ont-0/0-1)# service profile ServiceVoIP LTP-8X(config)(if-ont-0/0-1)# service profile OtherServices You will have the following ONT configurations: LTP-8X(config)(if-ont-0/0-1)# do show interface ont 0/0-1 configuration ----------------------------------- [ONT0/0] configuration ----------------------------------- Service [0]: Profile cross connect: ServiceInternet ONT Profile Cross Connect 0 Profile dba: OtherServices...
Page 142 The bandwidth has a throughput in Kbps (1000 bps), which is rounded down to 64 Kbps. LTP-8X(config-dba)("dba-00")# bandwidth fixed 100000 LTP-8X(config-dba)("dba-00")# bandwidth guaranteed 0 LTP-8X(config-dba)("dba-00")# bandwidth besteffort Step 4. Check the set parameters. LTP-8X(config-dba)("dba-00")# do show profile dba dba-00 Name: 'dba-00' Description: 'ONT Profile DBA 0' Dba: Sla data:...
Page 143 The bandwidth has a throughput in Kbps (1000 bps), which is rounded down to 64 Kbps. LTP-8X(config-dba)("dba-00")# bandwidth guaranteed 100000 LTP-8X(config-dba)("dba-00")# bandwidth fixed LTP-8X(config-dba)("dba-00")# bandwidth besteffort 0 Step 4. Check the set parameters. LTP-8X(config-dba)("dba-00")# do show profile dba dba-00 Name: 'dba-00' Description: 'ONT Profile DBA 0' Dba: Sla data: Service class:...
Page 144 64 Kbps. LTP-8X(config-dba)("dba-00")# bandwidth fixed LTP-8X(config-dba)("dba-00")# bandwidth guaranteed 100000 LTP-8X(config-dba)("dba-00")# bandwidth besteffort 200000 Step 4. Check the set parameters. LTP-8X(config-dba)("dba-00")# do show profile dba dba-00 Name: 'dba-00' Description: 'ONT Profile DBA 0' Dba: Sla data: Service class: type5 Status reporting:...
Page 145 LTP-8X(config-dba)("dba-00")# bandwidth fixed LTP-8X(config-dba)("dba-00")# bandwidth guaranteed 0 LTP-8X(config-dba)("dba-00")# bandwidth besteffort 200000 Step 4. Check the set parameters. LTP-8X(config-dba)("dba-00")# do show profile dba dba-00 Name: 'dba-00' Description: 'ONT Profile DBA 0' Dba: Sla data: Service class: type5 Status reporting: Alloc size:...
Page 146 LTP-8X(config-dba)("dba-00")# bandwidth besteffort 1244000 Step 4. Check the set parameters. LTP-8X(config-dba)("dba-00")# do show profile dba dba-00 Name: 'dba-00' Description: 'ONT Profile DBA 0' Dba: Sla data: Service class: type5 Status reporting: Alloc size: Alloc period: Fixed bandwidth: 100000 Guaranteed bandwidth:...
Page 147: Chapter 30. Configuring Shaping
Step 2. Enable policer for necessary services LTP-8X(config-shaping)("shaping-00")# downstream policer 0 enable LTP-8X(config-shaping)("shaping-00")# downstream policer 1 enable LTP-8X(config-shaping)("shaping-00")# downstream policer 2 enable LTP-8X(config-shaping)("shaping-00")# downstream policer 3 enable Step 3. Specify parameters of a fixed band for service 0 LTP-8X(config-shaping)("shaping-00")# downstream policer 0 peak-rate 100000...
Page 148 LTP-8X(config-shaping)("shaping-00")# upstream broadcast 0 enable LTP-8X(config-shaping)("shaping-00")# upstream unicast 0 enable Step 3. Specify parameters of fixed bandwidth for each traffic type for service 0 LTP-8X(config-shaping)("shaping-00")# upstream multicast 0 commited-rate 500 LTP-8X(config-shaping)("shaping-00")# upstream multicast 0 peak-rate 600 LTP-8X(config-shaping)("shaping-00")# upstream broadcast 0 commited-rate 500 LTP-8X(config-shaping)("shaping-00")# upstream broadcast 0 peak-rate 600...
Page 149: Chapter 31. Rg Ont
Chapter 31. RG ONT Introduction This chapter considers issues related to configuration of Residential Gateway (RG) ONTs. The chapter introduces the notion of Bridged and Routed services. Consider the concept of OMCI and RG management domains. These terms are determined in TR-142 Issue 2.
Page 150 2. Local ONT configuration using WEB interface. 3. ONT configuration using the TR-069 protocol and auto configuration server (ACS). Contact ONT vendor for information about RG domain configuration. ONT is connected to RG using a Virtual Ethernet interface point (VEIP), which corresponds to the TR- 069 WAN interface (described in TR-098) on the RG side.
Page 151: Mixed Configuration
Port numbers and the internal structure are shown in Fig. 31.2. Step 1. Create a VLAN for services on the switch. VLAN configuration is described in detail in Chapter LTP-8X(switch)(config)# vlan LTP-8X(switch)(config-vlan)# tagged front-port 0 LTP-8X(switch)(config-vlan)# tagged pon-port 0 – 1 LTP-8X(switch)(config-vlan)# exit LTP-8X(switch)(config)# vlan LTP-8X(switch)(config-vlan)# tagged front-port 0 LTP-8X(switch)(config-vlan)# tagged pon-port 0 –...
Page 152 LTP-8X(config)(if-ont-0/0)# service 1 profile cross-connect OMCI-service LTP-8X(config)(if-ont-0/0)# service 1 profile dba basic LTP-8X(config)(if-ont-0/0)# profile ports 2RG-2OMCI Step 11. Use the show interface ont <id> configuration command to check the created configuration. LTP-8X(config)(if-ont-0/0-1)# do show interface ont 0/0-1 configuration ----------------------------------- [ONT0/0] configuration -----------------------------------...
Page 153 ONT Profile Ports 1 Step 12. Apply the changes by using the commit command. LTP-8X(config)(if-ont-0/0)# do commit As a result, you will have the mixed configuration of the ONT. One of the services is managed completely by the OMCI domain (the bridged service), LAN2 and LAN3 ports on the ONT are connected as bridges.
Page 154: Chapter 32. High Speed Internet Configuration
LTP-8X(config)# profile cross-connect ipv6_br LTP-8X(config-cross-connect)("ipv6_br")# bridge LTP-8X(config-cross-connect)("ipv6_br")# bridge group 10 LTP-8X(config-cross-connect)("ipv6_br")# outer vid 300 LTP-8X(config-cross-connect)("ipv6_br")# user vid 300 LTP-8X(config-cross-connect)("ipv6_br")# type multicast LTP-8X(config-cross-connect)("ipv6_br")# exit LTP-8X(config)# profile ports ipv6_br LTP-8X(config-ports)("ipv6_br")# port 0 multicast LTP-8X(config-ports)("ipv6_br")# port 0 bridge group 10 LTP-8X(config-ports)("ipv6_br")# exit LTP-8X(config)# exit LTP-8X# commit...
Page 155: Chapter 33. Multicast Configuration
Chapter 33. Multicast Configuration Introduction The chapter describes peculiarities of IPTV service configuration. Hosts and routers use the Internet Group Management Protocol (IGMP) to support multicasting. It provides all systems of a physical network with relevant information: which hosts are included in groups and which group corresponds to a host.
Page 156: Model 1 Multicast Configuration
Fig. 33.2 – IGMP Snooping Is Enabled As you may see from the Fig. 33.2, LTP-8X with enabled IGMP snooping translates multicast traffic only to the hosts, which are members of the IGMP group. IGMP proxy is an IGMP client and group router at the same time (IGMP router). On the one hand, proxy requests an upstream router for group channels;...
Page 157 LTP-8X(config-ports)("Ports1")# port 1 bridge group 1 Step 5. Enable multicasting and configure VLAN replacement rules for the ONT port: LTP-8X(config-ports)("Ports1")# port 1 multicast LTP-8X(config-ports)("Ports1")# port 1 igmp downstream vid 14 LTP-8X(config-ports)("Ports1")# port 1 igmp downstream tag-control replace-vid LTP-8X(config-ports)("Ports1")# port 1 igmp upstream vid 14 LTP-8X(config-ports)("Ports1")# port 1 igmp upstream...
Page 158 Commited rate: 1000000 Step 7. Assign the created profiles in the ONT. Configure a custom-cross-connect profile, specify S-VLAN 200, and apply the configuration: LTP-8X(config)# interface ont 0/0 LTP-8X(config)(if-ont-0/0)# service 0 profile cross-connect UsIGMP LTP-8X(config)(if-ont-0/0)# profile ports Ports1 LTP-8X(config)(if-ont-0/0)# service custom...
Page 159: Model 3 Multicast Configuration
LTP-8X(switch)(config-vlan)# exit Step 9. Configure IGMP proxy for IGMP packets transmission from VLAN 200 to VLAN 98. Apply the configuration. LTP-8X(switch)(config)# ip igmp proxy report enable LTP-8X(switch)(config)# ip igmp proxy report range 224.0.0.0 239.255.255.255 from 200 to 98 LTP-8X(switch)(config)# ip igmp snooping LTP-8X(switch)(config)# commit 33.2...
Page 160 Step 6. You also need to configure VLAN 98 multicasting and specify the group range: LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# igmp multicast dynamic-entry 0 group 224.0.0.0 239.255.255.255 LTP-8X(config-ports)("Ports1")# do show profile ports Ports1... LTP-8X(config-ports)("Ports1")# do show profile ports Ports1...
Page 161: Ipv6 Multicast Configuration
At Step 6, it is necessary: Step 1. Change the IP protocol to IPv6, set up VLAN 98 multicast, and specify the group range: LTP-8X(config-ports)("Ports1")# multicast ip version ipv6 LTP-8X(config-ports)("Ports1")# mld multicast dynamic-entry 0 vid 98 LTP-8X(config-ports)("Ports1")# mld multicast dynamic-entry 0 group ff15:0::1 ff15:0::ffff LTP-8X(config-ports)("Ports1")# do show profile ports Ports1...
Page 162 Step 2. Add VLAN 98 in the switch view and enable MLD snooping: LTP-8X# switch LTP-8X(switch)# configure LTP-8X(switch)(config)# vlan LTP-8X(switch)(config-vlan)# tagged front-port LTP-8X(switch)(config-vlan)# tagged pon-port 0 – 7 LTP-8X(switch)(config-vlan)# ipv6 mld snooping enable LTP-8X(switch)(config-vlan)# exit LTP-8X(switch)(config)# ipv6 mld snooping LTP-8X(switch)(config)# commit MLD snooping is not supported for Model 1.
Page 163: Chapter 34. Voip Configuration
LTP-8X(config-cross-connect)("VoIP")# bridge LTP-8X(config-cross-connect)("VoIP")# type iphost LTP-8X(config-cross-connect)("VoIP")# bridge group 2 LTP-8X(config-cross-connect)("VoIP")# iphost eid 1 Step 2. Check the changes made. LTP-8X(config-cross-connect)("VoIP")# do show profile cross-connect VoIP Type: iphost IP host index: Priority queue: Step 3. Apply the changes by using the commit command.
Page 164: Voip Configuration In Rg Management Domain
LTP-8X(config-cross-connect)("VoIP")# do commit 34.2 VoIP Configuration in RG Management Domain In case the VoIP client is located after the U point (i. e. in the RG management domain), the VoIP service has the same configuration procedure as all other routed services. The procedure is described in detail in...
Page 165: Chapter 35. Management Configuration Via Tr-069
Chapter 35. Management Configuration via TR-069 Introduction This chapter describes configuration of a data communication channel for the CPE management service via the TR-069 protocol. An ONT management channel can be established in one of the two modes: Inband and OutOfBand.
Page 166: Configuration Of A Tr-069 Inband Management Channel
Fig. 35.1 shows a part of the OMCI layout. Arrows show the traffic flow. Fig. 35.1 – TR-069 Inband Management Channel Step 1. Set the management type in the cross-connect profile. LTP-8X(config)# profile cross-connect TR069 LTP-8X(config-cross-connect)("TR069")# type management Step 2. Set the ont-rg model in the cross-connect profile.
Page 167 Step 3. Set the IP Host identifier to 0. LTP-8X(config-cross-connect)("TR069")# iphost eid 0 Step 4. Check the changes made show. LTP-8X(config-cross-connect)("TR069")# do show profile cross-connect TR069 Name: 'TR069' Description: 'ONT Profile Cross Connect 1' Model: Bridge group: Tag mode: single-tagged...
Page 168: Configuration Of A Tr-069 Oob Management Channel
Arrows show the traffic flow. Fig. 35.2 – TR-069 OutOfBand Management Channel Step 1. Set the management type in the cross-connect profile. LTP-8X(config)# profile cross-connect TR069 LTP-8X(config-cross-connect)("TR069")# type management Step 2. Set the ont model in the cross-connect profile. Specify a separate bridge group.
Page 169: Tr-069 Client Configuration
LTP-8X(config-cross-connect)("TR069")# bridge group 20 Step 3. Set the IP Host identifier to 0. LTP-8X(config-cross-connect)("TR069")# iphost eid 0 Step 4. Check the changes by using the show command. LTP-8X(config-cross-connect)("TR069")# do show profile cross-connect TR069 Name: ’TR069’ Description: ’ONT Profile Cross Connect 1’...
Page 170 LTP-8X(config-management)("management-00")# url http://acs.tele.com:9595/acs LTP-8X(config-management)("management-00")# username acs LTP-8X(config-management)("management-00")# password acsacs Step 3. Check the changes made. LTP-8X(config-management)("management-00")# do show profile management management-00 Name: 'management-00' Description: 'ONT Profile Management 0' Enable omci configuration: true Url: 'http://acs.tele.com:9595/acs' Username: 'acs' Password: 'acsacs' Step 4. Apply the changes by using the commit command.
Page 171: Chapter 36. Ont Configuration Templates
Step 2. Set the ONT configuration. Template configuration does not have any peculiarities and exactly follows the ONT configuration process described in Chapter 28. LTP-8X(ont-template)("HSI-100-CaTV")# service 0 profile dba AllServices LTP-8X(ont-template)("HSI-100-CaTV")# service 0 profile cross-connect Service1 LTP-8X(ont-template)("HSI-100-CaTV")# service 1 profile dba AllServices LTP-8X(ont-template)("HSI-100-CaTV")# service 1 profile cross-connect Service2...
Page 172: Ont Configuration Template Assignment
You can view the ONT configuration using the same command: show interface ont <id> configuration. You can distinguish the template parameters from the general ones by [T](Template) markers. In this example, Rf port state is the only general parameter. LTP-8X(config)(if-ont-0/0-10)# do show interface ont 0/0 configuration ----------------------------------- [ONT0/0] configuration...
Page 173 [T] Profile shaping: shaping-00 ONT Profile Shaping 0 [T] Profile ports: ports-00 ONT Profile Ports 0 [T] Profile management: unassigned Template: test ONT Template 1...
Page 174: Part V Terminal Monitoring
Part V Terminal Monitoring...
Page 175: Chapter 37. General
To view information on the current version of terminal firmware, use the show version command. LTP-8X# show version Eltex LTP-8X:rev.C software version 3.30.0 build ХХХХ on ХХ.ХХ.2017 ХХ:ХХ 37.2 Terminal Information Preview To view information about the terminal, use the show systemenvironment command.
Page 176: Information On Terminal Operating Time
PLD firmware version Power supply information Information about installed power modules 37.3 Information on Terminal Operating Time To view terminal operating time, use the show uptime command. LTP-8X# show uptime up 7 days, 20:11 37.4 Network Connection Check To check network connection, use the ping command. As a parameter, pass the IP address of the node to be checked.
Page 177: Chapter 38. Terminal Operation Log
Jan 1 00:01:11 LTP-8X pmchal: notice: [OLT] OLT initialized successfully Jan 1 00:01:11 LTP-8X pmchal: notice: [OLT] OLT0 FW version 2.3.37.1008 Jan 1 00:01:11 LTP-8X pmchal: notice: [OLT] OLT0 FW is up to date Jan 1 00:01:11 LTP-8X pmchal: notice: [OLT] OLT1 FW version 2.3.37.1008 Jan 1 00:01:11 LTP-8X pmchal: notice: [OLT] OLT1 FW is up to date The log messages can be filtered.
Page 178: Chapter 39. Active Alarms Log
To view the active alarms log, use the show alarms command. Pass an event type as a parameter (see Table 14.4) and/or their severity (see Table 14.5). You can view all active alarms by using the show alarm active all command. LTP-8X# show alarm active all Active alarms (1): Type...
Page 179: Chapter 40. Gpon Monitoring
Chapter 40. GPON Monitoring 40.1 GPON OLT State Step 1. To view the state of GPON OLT, use the show gpon olt state command: LTP-8X# show gpon olt state Device count: Gpon-ports per device: Driver version: 1.2.119 Device 0: Firmware version: 2.3.37.1036...
Page 180: Gpon Interface State
40.2 GPON Interface State Step 1. To view the state of GPON interfaces, use the show interface gpon-port <ID> state command. LTP-8X# show interface gpon-port 0-3 state Reading: ..Gpon-ports status information: Gpon-port: State: ONT count: ONT autofind: enabled enabled...
Page 181: Mac Table Preview
Step 2. To view the state of only one GPON interface, use the show interface gpon-port <ID> state command. That means you need to specify the interface number: LTP-8X# show interface gpon-port 0 state Reading: Gpon-port status information: Gpon-port: State:...
Page 182: Statistics For Gpon Interfaces
Statistics for OLT Ethernet Interfaces Step 1. To view statistics on Ethernet interfaces of the OLT (connected to the terminal switch), use the show interface gpon-port <ID> counters v-interface command. LTP-8X# show interface gpon-port 0 counters v-interface Downstream counters for channels: RX Alignment errors...
Page 183: Multicast Statistics
Step 1. To view statistics on MC streams, use the show interface gpon-port <ID> igmp groups command. As a parameter, pass the channel number or a range of channels. LTP-8X# show interface gpon-port 0-7 igmp groups All IGMP groups (104):...
Page 184: Chapter 41. Ont Monitoring
Step 1. To view active ONT configurations, use the show interface ont <ID> configured command. As an ID, pass the GPON port number or a range of numbers. LTP-8X# show interface gpon-port ont 2 configured ----------------------------------- GPON-port 0 ONT configured list...
Page 185: List Of Offline Onts
Step 1. To view the list of offline ONTs, use the show interface ont <ID> offline command. As an argument, specify the GPON interface number or a range of numbers. LTP-8X# show interface ont 0-7 offline ----------------------------------- GPON-port 0 ONT offline list...
Page 186: Ont Statistics
ONT Statistics To view ONT statistics, use the show interface ont 0/0 counters command. As parameters, specify the ONT ID and the type of requested statistics (see Table 35.2). LTP-8X# show interface ont 4/0 counters gem-port-nctp-performance-monitoring ----------------------------------- [ONT4/0] counters -----------------------------------...
Page 187: Chapter 42. System Environment Configuration
LTP-8X(config)# system fan min-speed 30 Set the table of rate levels starting from 0. LTP-8X(config)# system fan speed-table 16 27 39 51 64 76 88 100 If you need to change the level, use the following command LTP-8X(config)# system fan speed-level 4 70...
Page 188 LTP-8X(config)# system fan speed 50 Reset button configuration Reset button has 3 operating modes. disabled disabled reset-only only reboot enabled reset to factory settings and reboot LTP-8X(config)# system reset-button disabled...
Page 189: Part Vi Terminal Maintenance
Part VI Terminal Maintenance...
Page 190: Chapter 43. Sfp Transceivers Replacement
Chapter 43. SFP Transceivers Replacement SFP transceivers can be installed when the terminal is turned on or off. The front panel has pairs of slots: even slots in the upper line, odd slots at the bottom. SFP transceivers are symmetrically installed for each pair of slots. Step 1.
Page 191 Step 2. Remove the module from the slot. Fig. 43.4 – Removing SFP Transceivers...
Page 192: Chapter 44. Ventilation Units Replacement
Chapter 44. Ventilation Units Replacement The terminal design allows ventilation units replacement even when the terminal is on. Fig. 44.1 – Ventilation Unit. Installation to the Case To remove a ventilation unit, perform the following actions: Step 1. Use a screwdriver to remove the right screw fixing the ventilation unit to the rear panel (see Fig.
Page 193 To install a ventilation unit, perform the following actions: Step 1. Connect the pins of the unit with the connector in the device (Fig. 44.2). Step 2. Lay the connection cable in a special tray on the inner side of the unit. Step 3.
Page 194: Chapter 45. Olt Firmware Update
Step 1. Copy the firmware file into the root folder (or any other known folder) of the TFTP server. Step 2. Update the firmware by using the copy command. LTP-8X# copy tftp://user:pass@10.54.16.1/ltp-8x-3.3026.10.1349XXXX.fw.bin fs://firmware Downloading system firmware..............
Page 195: Chapter 46. Ont Firmware Update
TFTP server as parameters: LTP-8X# copy ftp://user:pass@10.54.16.1/ntp-rg-r3.24.1.854.fw.bin.bin fs://ont-firmware Download file from FTP-server Download successfully - speed: 2906533.000 bytes/sec during 1.008 seconds, total size 2929684 ..................ONT firmware vendor is Eltex Corporation, version 3.24.1.854 Write downloaded file to flash memory..................
Page 196: Ont Firmware Custom Update
ONT ID and the firmware update file: LTP-8X# schedule ont update 0/0 ntp-rg-r3.24.1.854.fw.bin Task created for [ONT0/0] To view scheduled tasks, use the schedule ont update firmware show command: LTP-8X# show schedule ont update Existing tasks (1): Serial Ch/ Id Operation...
Page 197: Ont Firmware Autoupdate
Create the update1 autoupdate rule. Pass the ONT type XXX, the current FW version YYY, and the file name ZZZ.bin as parameters. LTP-8X(config)# auto-update ont record update1 equipment-id TYPE fw-version match V1 filename V2.bin Record was added successfully The "match" keyword indicates that the ONT version number should match the specified number, in this case YYY.
Page 198 LTP-8X(config)# do show auto-update ont records Name EquipmentID FWVersion FileName Mode Downgrade update1 TYPE V2.bin global disable update2 TYPE V2.bin postpone enable Step 4. You can delete a created record by using the no auto-update ont record command and specifying...
Page 199: Appendix A-Connector Assignment Of Rs-232 Null-Modem Cable
Appendix A—Connector Assignment of RS-232 Null-Modem Cable LTP-8X, LTP-4/8X rev. B DB-9 socket DB-9 socket LTP-4/8X rev. C...

This manual is also suitable for:

Ltp-4x

ELTEX LTP-8X Operation Manual

Chapter 1. Introduction

Chapter 2. Intended Use

Chapter 3. Delivery Package

Chapter 4. Specifications

Chapter 5. Compatible SFP Transceivers

Chapter 6. Design

Chapter 7. Safety Precautions and Installation Procedure

Chapter 8. Connecting to Terminal CLI

Chapter 9. Getting Started with Terminal CLI

Chapter 10. Terminal Configuration

Chapter 11. Network Settings

Chapter 12. User Management

Chapter 13. ААА Configuration

Chapter 14. Services Configuration

Chapter 15. VLAN Configuration

Chapter 16. Configuring Access Control List and Policy

Chapter 17. IGMP and MLD Configuration in Terminal Switch

Chapter 18. Interfaces Configuration

Chapter 19. LLDP Configuration

Chapter 20. Configuring ARP-Inspection

Chapter 21. LAG Configuration

Chapter 22. DHCP Relay Agent Configuration

Chapter 23. Pppoe Intermediate Agent Configuration

Chapter 24. IP Source Guard Configuration

Chapter 25. Service Models

Chapter 26. ONT Licensing

Chapter 27. Easyсonfig Mode

Chapter 28. ONT Configuration

Chapter 29. DBA Configuration

Chapter 30. Configuring Shaping

Chapter 31. RG ONT

Chapter 32. High Speed Internet Configuration

Chapter 33. Multicast Configuration

Chapter 34. Voip Configuration

Chapter 35. Management Configuration Via TR-069

Chapter 36. ONT Configuration Templates

Chapter 37. General

Chapter 38. Terminal Operation Log

Chapter 39. Active Alarms Log

Chapter 40. GPON Monitoring

Chapter 41. ONT Monitoring

Chapter 42. System Environment Configuration

Chapter 43. SFP Transceivers Replacement

Chapter 44. Ventilation Units Replacement

Chapter 45. OLT Firmware Update

Chapter 46. ONT Firmware Update

Appendix A-Connector Assignment of RS-232 Null-Modem Cable

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