IP-DSLAM ISAP-2100 Series
Digital Subscriber Line Access Multiplexer
Craft Interface Operation Manual
Version 1.0
2009/04
OPNET Technologies Co., Ltd.
3F, No.5, Industry E. Rd. IX, Science-Based Industrial Park, Hsinchu, Taiwan, R.O.C. (TEL) 886-3-5788693 (FAX) 886-3-5772320
Table of Contents
Chapter 1
Preface... 1
1.1 Purpose...1
1.2 Organization...1
1.3 Conventions ...1
Chapter 2
ISAP-2100 User Interface ... 3
2.1 User Interface Mode...3
2.2 Access via Console Port ...3
2.3 Access using the Telnet Session...4
2.4 Control Keys ...4
2.5 Menu Tree...6
Chapter 3
Quick Start-up ... 7
3.1 Configure System Connection ...8
3.1.1 Display LAN Setting... 10
3.2 Modify Relay Agent Setting ...11
3.2.1 Processes for Setting Binding Port ... 12
3.3 Enable IGMP Mode...14
3.4 Configure ATM Traffic for QoS ...17
3.4.1 Display ATM Traffic Setting... 17
3.4.2 QoS Types-Shaping... 19
3.4.3 QoS Types-Policing ... 21
3.5 VCL Setting ...25
3.5.1 Display VCL Setting... 25
3.5.2 Add & Modify VCL Setting ... 26
3.6 Set Ethernet Port ...28
3.6.1 Activate Ethernet Port... 28
3.6.2 Display Status of Ethernet Port ... 31
3.7 Set ADSL Port ...32
3.7.1 Modify ADSL Port ... 32
3.7.2 Display of ADSL Port Setting... 34
3.8 Activate ADSL Port...35
3.8.1 Activate ADSL Port ... 35
3.8.2 Display Line Configuration of ADSL Port ... 36
3.9 Write System Flash ...38
Chapter 4
Provision Menu ... 39
4.1 Bundle Profile Menu...42
4.1.1 Add VCL into Bundle Profile ... 42
4.1.2 Mapping Specified ADSL Ports to Bundle Profile ... 43
4.1.3 Delete VCL from Bundle Profile ... 44
4.2.1 Configure VPMT ... 45
4.2.2 Mapping Specified ADSL Port to VPMT Profile ... 47
4.2.3 Display VPMT Profile... 49
4.2.4 Delete VPMT Profile ... 50
4.3 ADSL Line Profile Menu ...51
4.3.1 Configure Line Profile ... 51
4.3.2 Display Line Profile ... 54
4.3.3 Delete ADSL Line Profile ... 54
4.3.4 Apply ADSL Line Profile ... 55
4.3.5 Display ADSL Port Mapping & Line Profile ... 56
4.4 ADSL Alarm Profile ...57
4.4.1 Configure/Modify ADSL Alarm Profile ... 57
4.4.2 Display Alarm Profile ... 61
4.4.3 Delete Alarm Profile... 61
4.4.4 Apply ADSL Alarm Profile... 62
4.4.5 Display ADSL Port & Alarm Profile... 63
4.5 Forwarding Table Menu...64
4.5.1 Set Forward Entry... 64
4.5.2 List Forward Entry ... 65
4.5.3 Delete Forward Entry... 65
4.6 MAC Filter Menu ...66
4.6.1 Add MAC Filter ... 66
4.6.2 List MAC Filter ... 67
4.6.3 Delete MAC Filter ... 67
4.7 DFC AccGroup Filter Menu ...68
4.7.1 Modify AccGroup Filter ... 68
4.7.2 List AccGroup Filter ... 69
4.7.3 Delete AccGroup Filter ... 69
4.8 VLAN Config Menu ...70
4.8.1 Add VLAN… ... 70
4.8.2 Display VLAN... 71
4.8.3 Delete VLAN ... 71
4.9 IGMP Config Menu...72
4.9.1 Add IGMP Router Port... 72
4.9.2 List IGMP Router Port... 73
4.9.3 Delete IGMP Router Port... 73
4.9.4 Add IGMP ACL ... 74
4.9.5 List IGMP ACL ... 74
4.9.6 Delete IGMP ACL ... 75
4.9.7 Add IGMP Member ... 76
4.9.8 List IGMP Member... 76
4.9.9 Delete IGMP Member ... 77
4.10 Age Timer Config Menu ...77
4.10.1 Modify Age Timer... 77
4.10.2 Display Age Timer... 78
Chapter 5
Alarm Menu ... 79
5.1 List Current Alarms...79
5.3 Clear Alarm History ...80
5.4 Modify Severity and Reporting ...81
5.5 List Severity and Reporting ...82
5.6 Reset Severity and Reporting ...86
Chapter 6
Status Menu ... 87
6.1 List System Status...87
6.1.1 List Temperature ... 87
6.1.2 List Fan Status ... 88
6.1.3 List LED Status ... 88
6.1.4 List External Alarm... 89
6.2 List Ethernet Port Status ...90
6.3 List Forwarding Table ...91
6.4 List ADSL Port Status ...91
Chapter 7
PM Statistic Menu ... 92
7.1 List Ethernet Statistic Menu...92
7.2 List ADSL Statistic Menu ...93
7.2.1 List 15m PM Data ... 93
7.2.2 List 24h (Day) PM Data ... 95
7.2.3 Clear PM Data ... 96
Chapter 8
Testing Menu... 97
8.1 SELT TEST Menu ...99
8.1.1 List SELT Test ... 99
8.1.2 Stop SELT Test ... 100
8.2 DELT TEST Menu ...100
8.2.1 Process DELT Test ... 100
8.2.2 List DELT Test... 101
8.2.3 Stop DELT Test ... 102
8.3 OAM F5 Loopback Test Menu...102
8.3.1 Send OAM Loopback ... 102
8.3.2 Display OAM Loopback ... 103
8.3.3 Clear OAM Loopback ... 103
Chapter 9
Administration Menu ... 104
9.1 Display Version Information Menu ...105
9.2 Date and Time Menu...105
9.2.1 Display Date and Time ... 105
9.2.2 Set Date Menu... 106
9.2.3 Set Time Menu ... 106
9.3 Networks Menu ...107
9.3.1 List SNMP Access Communities ... 107
9.3.2 Modify SNMP Access Communities ... 107
9.3.3 List SNMP Trap Communities ... 108
9.4 Load Factory Default (*) ...109
Chapter 10
Remote Upgrade ... 110
10.1 Cable Linkage ... 110
10.2 Remote Upgrade Procedure ... 110
10.2.1 Remote Upgrade Command ...111
10.2.2 Reboot Device ... 112
10.2.3 Error Message Displayed about Loading... 112
Chapter 11
Example of Q-in-Q Setting ... 114
11.1 Configuration Q-in-Q mode ... 114
List of Figures
Figure 3-1 Elapsed Time of Power Management Example ... 37 Figure 10-1 Cable Linkage ...110
List of Tables
Table 3-1 Configure system IP, Gateway, Mask...8
Table 3-2 Display system IP, Gateway, Mask ... 10
Table 3-3 Modify Relay Agent ID...11
Table 3-4 Variance Table of DHCP Option 82 Circuit ID ...11
Table 3-5 Display Relay Agent ... 12
Table 3-6 Enable IGMP Mode ... 14
Table 3-7 Display IGMP Mode ... 16
Table 3-8 Display ATM Traffic... 17
Table 3-9 Modify & add ATM Traffic ... 18
Table 3-10 Parameters for Shaping ... 20
Table 3-11 Parameters for Policing... 22
Table 3-12 Sub Parameters for Policing ... 23
Table 3-13 Display VCL Setting ... 25
Table 3-14 Add & Modify VCL ... 26
Table 3-15 Set Ethernet Port... 28
Table 3-16 Display Status of Ethernet Port ... 31
Table 3-17 Activate ADSL Port... 32
Table 3-18 Display Status of ADSL Port... 34
Table 3-19 Activate ADSL Port... 35
Table 3-20 Display Line Configuration ADSL Port ... 36
Table 3-21 Write System Flash ... 38
Table 4-1 Submenus of Provision ... 40
Table 4-2 Add a Bundle Profile ... 42
Table 4-3 Mapping Bundle Profile to a ADSL port... 43
Table 4-4 Delete VCL from Bundle Profile ... 44
Table 4-5 Display Bundle Profile ... 44
Table 4-6 Configure VPMT... 45
Table 4-7 Mapping Bundle Profile to a ADSL port... 47
Table 4-8 Display VPMT Profile ... 49
Table 4-9 Delete VPMT Profile... 50
Table 4-10 Modify ADSL Port Interface Parameters ... 51
Table 4-11 Display line profile ... 54
Table 4-12 Delete ADSL Line Profiles ... 54
Table 4-13 Apply ADSL Line Profile ... 55
Table 4-14 Display ADSL Port & Line Profile ... 56
Table 4-15 Configure/Modify ADSL Alarm Profile ... 57
Table 4-16 Display Alarm Profile ... 61
Table 4-17 Delete Alarm Profile ... 61
Table 4-18 Mapping Alarm Profile to ADSL Port ... 62
Table 4-19 Display Alarm Profile ... 63
Table 4-21 List Forwarding Table ... 65
Table 4-22 Delete Forward Entry ... 65
Table 4-23 Add MAC Filter ... 66
Table 4-24 List MAC Filter... 67
Table 4-25 Delete MAC Filter ... 67
Table 4-26 Modify AccGroup Filter... 68
Table 4-27 List AccGroup Filter ... 69
Table 4-28 Delete AccGroup Filter ... 69
Table 4-29 Add VLAN... 70
Table 4-30 Display VLAN ... 71
Table 4-31 Delete VLAN... 71
Table 4-32 Add IGMP Router Port ... 72
Table 4-33 List IGMP Router Port ... 73
Table 4-34 Delete IGMP Router Port ... 73
Table 4-35 Add IGMP ACL ... 74
Table 4-36 List IGMP ACL... 74
Table 4-37 Delete IGMP ACL ... 75
Table 4-38 Add IGMP Member... 76
Table 4-39 List IGMP ACL... 76
Table 4-40 Delete IGMP Member... 77
Table 4-41 Modify Age Timer... 77
Table 4-42 Delete Age Timer... 78
Table 5-1 Submenus of Provision ... 79
Table 5-2 List Current Alarms... 79
Table 5-3 List Alarm History ... 80
Table 5-4 Clear Alarm History ... 80
Table 5-5 Modify Severity and Reporting ... 81
Table 5-6 List Severity and Reporting ... 82
Table 5-7 Alarm Description ... 83
Table 5-8 Alarm Threshold Description... 84
Table 5-9 List Severity and Reporting ... 86
Table 6-1 Submenus of Status ... 87
Table 6-2 List Temperature Staus... 87
Table 6-3 List Fan Staus... 88
Table 6-4 List LED Staus... 88
Table 6-5 List External Alarm ... 89
Table 6-6 List Ethernet Port Staus ... 90
Table 6-7 List ADSL Port Staus ... 91
Table 6-8 List ADSL Port Staus ... 91
Table 7-1 Submenus of PM Statistic Menu ... 92
Table 7-2 List Ethernet Statistic... 92
Table 7-3 List 15m PM Data-Line PM ... 93
Table 7-4 List 15m PM Data- Path PM... 94
Table 8-1 Set SELT Testing ... 99
Table 8-2 List SELT Testing... 99
Table 8-3 Stop SELT Testing ... 100
Table 8-4 Set DELT Testing... 100
Table 8-5 List DELT Testing ... 101
Table 8-6 Stop DELT Testing ... 102
Table 8-7 Send OAM Loopback ... 102
Table 8-8 Display Test Result... 103
Table 8-9 Clear Test Result ... 103
Table 9-1 Administrtion Menu ... 104
Table 9-2 Display Version Information Menu ... 105
Table 9-3 Display Date and Time Menu ... 105
Table 9-4 Set Date Menu ... 106
Table 9-5 Set Time Menu ... 106
Table 9-6 List SNMP Access Communities Menu... 107
Table 9-7 Modify SNMP Access Communities Menu... 107
Table 9-8 List SNMP Trap Communities Menu ... 108
Table 9-9 Modify SNMP Trap Communities Menu ... 108
Table 9-10 Delete SNMP Trap Communities Menu ... 109
Chapter 1
Preface
This preface introduces the following items:
● Purpose ● Organization ● Conventions
1.1 Purpose
The purpose of this guide is to provide detailed information and description of ISAP-2100 series IP-DSLAM, which includes software configuration and other specific features.
1.2 Organization
This guide contains the following information:
● Preface
● ISAP-2100 User Interface ● Initialing the ISAP-2100
● Managing the GE Network Uplink Interface ● Managing the ADSL Subscriber Line Interface ● Managing the Bridge Interface
● Managing the VLAN Services ● Managing the Multicast Services ● Managing the System Filter
● Diagnosis and Performance Monitoring ● Appendix
1.3 Conventions
This section describes the conventions used in this guide.
OpnetView –Application Software system for Element Management System (EMS), it provides controlling specific IP-DSLAM (Node Element) in the network through IP network with SNMP Protocol, it provide GUI interface for host (PC) to establish point-to-point communication with remote DSLAM through Server. Regarding
Features of Opnet View are list as following:
● Provide ability to perform NE (nodes) and ports configuration. ● Provide monitoring of the status at specific NE (nodes).
● Provide ability to perform specific functions e.g. Software download (Upgrade), diagnostics.
● Provide ability to filter (enable/disable) alarm report generation and trap forward. ● Provide ability to assign a severity level to each monitored alarm conditions. CIT (Craft Interface Terminal) connection with a local console or Telnet through in-band or out-band IP interface.
Chapter 2
ISAP-2100 User Interface
This chapter describes the ISAP-2100 user interface, the instructions describes how to using the command-line interface, and also describes the command editing and command history features that enable you to recall previous command entries and edit previously entered commands.
● User Interface Mode
● Access via the Console Port ● Access using the Telnet Session
● Command Syntax and Operating Regulation
2.1
User Interface Mode
The ISAP-2100 provides the user access mode to allow user to access, it requires a password with remote Telnet access.
2.2
Access via Console Port
Access to menu mode via the Console Port by appling the hyper terminal directly connected with the following procedure:
Step 1 Set the communication parameters of hyper terminal as follows:
Table 2-1 ISAP-2100 Console Management Setting
Parameter Setting Baud rate 115200 Data bits 8 Parity None Start bits 1 Stop bits 1
Step 2 Connect the hyper terminal to the ISAP-2100 front panel via Console port.
Step 3 Press <Enter>.
2.3
Access using the Telnet Session
Remotely access Telnet session onto the assigned IP address of the Network uplink interface.
If the IP address has been modified and saved, the Telnet session onto the system will be down. It is necessary to assign the new IP address again.
The IP address assigned on Network uplink interface must not be in use with another device on the same network segment to avoid a conflict.
The Telnet session required a username and password to access, the default username and password shown on as below:
Root A/C
User Name: root
Password: opnet
Admin A/C
User Name: admin
Password: admin
2.4 Control
Keys
There are some special functional key are available to operate ISAP-2100 series easily. Control keys are listed as below table.
Table 2-2 Command History and Editing
Control Key Descriptions
> View the next available selection, same as ] . ] View the next available selection, same as >. < View the previous available selection, same as [.
Control Key Descriptions
? Help! Display valid range and available value. * Return to Main Menu.
A or a List all current alarms. B or b Back to previous menu.
ENTER Execute the selected command.
11. ADSL L1 Config Submenu 1. Apply ADSL Line Profile 2. Apply ADSL Alarm Profile 3. List ADSL Profile Mapping 4. List ADSL Profile Mapping 5. Display ADSL Line
Configuration
14. IGMPConfig Submenu 1. Modify IGMP Config (*) 2. Display IGMP Config 3. List IGMP Router Port 4. Add IGMP Router Port 5. Delete IGMP Router Port 6. List IGMP ACL 7. Add IGMP ACL 8. Delete IGMP ACL 9. List IGMP Member 10. Add IGMP Member 11. Delete IGMP Member 7. Forwarding Table Submenu 1. Set Forward Entry 2. List Forward Entry 3. Delete Forward Entry 1./2./3./4./5./6. Profile ubmenu
1. List Profiles 2. Modify Profiles 3. Delete Profiles
10.ENET Config 12. ADSL L2 Config Submenu 1. Display Settiing 2. Modify Setting
9. DFC AccGroup Filter Submenu 1. List DFC Accelerate Group 2. Modify DFC Accelerate Group 3. Delete DFC Accelerate Group
13. VLAN Submenu 1. List VLAN 2. Add VLAN 3. Delete VLAN 15. Age Timer Config
Submenu
Display Age Time Modify Age Time
8. MAC Filter Submenu 4. List MAC Filter 5. Add MAC Filter 6. Delete MAC Filter
2.5 Menu
Tree
Provisioning Menu Testing Menu1. QoS Profile Menu 2. VCL Profile Menu 3. Bundle Profile Menu 4. VPMT Profile Menu 5. ADSL Line Profile Menu 6. ADSL Alarm Profile Menu 7. Forwarding Table Menu 8. MAC Filter Menu
9. DFC AccGroup Filter Menu 10. ENET Config Menu 11. ADSL L1 Config Menu 12. ADSL L2 Config Menu 13. VLAN Config Menu 14. IGMP Config Menu 15. Age Timer Config Menu
Alarm Menu
PM Statistic Menu
1. List Current Alarms 2. List Alarm History 3. Clear Alarm History 4. List Severity and Reporting 5. Modify Severity and Reporting 6. Reset Severity and Reporting
1. SELT (Single End Line Test) Test Menu 2. DELT (Dual Ends Line Test) Test Menu 3. OAM F5 Loopback Test Menu
1. List Ethernet Statistic 2. List ADSL Statistic Menu Status
Menu
1. List System Status Menu 2. List ENET Port Status 3. List Forwarding Table 4. List ADSL Port Status
1.List System Status Submenu 1. Temperature 2. FAN 3. LEDS 4. External Alarm Administration Menu
1. Display version Information 2. Date and Time Menu 3. Network Menu 4. Write System Flash 5. Load Factory Default (*) 6. Remote Upgrade 7. Reboot
Remarks: (*) Reboot device after setting
3.Network Configuration Submenu 1. Display LAN Setting
2. Modify LAN Setting (*)
3. List SNMP Access Communities 4. Modify SNMP Access Communities 5. List SNMP Trap Communities 6. Modify SNMP Trap Communities 7. Delete SNMP Trap Communities 8. Display Relay Agent Setting (*) 9. Modify Relay Agent Setting 2.List ADSL Statistic Submenu
1. List 15m PM Data 2. List 24h (Day) PM Data 3. Clear PM Data
Chapter 3
Quick Start-up
This chapter describes following processes to start-up device continually. The brief description will be illustrated as below table.
Step Chapter Purpose Directory Note
1st 3.1
● Set IP, Gateway, Mask ● Set Ethernet type
Default: Fast Ethernet
● Set optional modes: link aggregation, Default: Off ● Set Host VLAN ID for SNMP
management
6. Administration Menu> 3.Network
Menu>2. Modify LAN Setting (*) 1
2nd 3.2
Optional function: see Note. ● Modify relay agent for Binding
port.
6. Administration Menu> 3.Network Menu> 9. Modify Relay Agent Setting (*)
1 2
3rd 3.3
Optional function: see Note ● Enable IGMP, Default: Off ● Set IGMP Version/ IGMP
ACL Mode
1.Provisioning Menu >14.IGMP Config Menu>1.Modify IGMP Config (*)
1 2
4th 3.4 Set ATM traffic QoS 1.Provisioning Menu>1.Qos Profile Menu>2.Modify Profiles
5th 3.5 Set VCL profile 1.Provisioning Menu >2.VCL Profile Menu>2.Modify Profiles
6th 3.6 Set Ethernet ports 1.Provisioning Menu >10.ENET Config Menu>2.Modify Setting
7th 3.7 Set ADSL ports 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting 8th 3.8 ADSL Line Activate 1.Provisioning Menu >11.ADSL L1
Config Menu>5.ADSL Line Configuration 9th 3.9 Write System flash 6. Administration Menu> 4.Write System
Flash Menu
Note:
1:Reboot device to activate required settings (see commands with sign *). Recommend that above settings could be set together then execute “Write System flash”. reboot Finally reboot device once at convenience.
3.1 Configure
System
Connection
Assign the specified IP to each ISAP series product. Finishing this step, it would be dominated via all kind operations (CIT, Telnet and SNMP).
Note: This setting will not be recovered as default setting even though “Load Factory Default” has been executed.
Table 3-1 Configure system IP, Gateway, Mask
Directory 1: Main Menu > 1.Administration > 2.Network Menu> 2. Modify LAN Setting
Purpose: Configure the Internet connection about IP, gateway and mask.
Example:
Network Configurations >>> [1]: 2
Modify LAN Setting (*)
Modify LAN Setting? [No]: Yes Link Aggregation [OFF]: OFF
Ethernet Type [Giga Auto]: Giga IP Address [10.0.99.98]: 10.0.99.98 Network Mask [255.255.0.0]: 255.255.0.0 Default Gateway [10.0.1.250]: 10.0.1.250
LinkAgg MAC Address[00:00:00:00:00:00]: 00:00:00:00:00:00
Host VLAN ID [16]:7 (Noted:Add same VID into specified Ethernet port)
Modify LAN Setting? [No]: No
Parameters Descriptions
Link Aggregation Combine 2 Ethernet ports’ traffic as link aggregation. Valid option includes:
1. On: Enable link aggregation.
2. Off (Default): Disable link aggregation
Ethernet Type Configure the Ethernet type which needs to be consistent with DTE or Modem. Valid option includes as below:
1. Fast Ethernet (Default): Specify Fast Ethernet 10/100 BASE-T. 2. Giga: Specify Gigabit Ethernet 1000 BASE-T/X and
IP Address It specifies the IP address to be deployed for this NE. Network Mask It specifies the mask to be deployed for this NE. Default Gateway It specifies the gateway to be deployed for this NE.
Host VLAN ID It specifies a reserved VID for SNMP/ Telnet management purpose. Noted: Add same VID into specified Ethernet port if it needs to be applied as shown onDirectory 43.
Default: 16
Add VLAN about HOST VLAN ID
Following step enables user to add a VID 7 to be applied in Ethernet port 1 if “Host VLAN ID” deal with SNMP / Telnet management packets.
Directory 43: 1.Provisioning Menu >13.VLAN Config Menu >2.Add VLAN
Purpose: Configure or modify a VLAN.
Example:
LAN Menu >>> [1]: 2 Add VLAN
Select Port Type (ENET/ADSL) [ENET]: ENET Select ADSL port index [1]: 1
VLAN ID [0]: 7
TAGGED (ON/OFF) [OFF]: ON
Add VLAN ID 7? (YES/NO) [No]: Yes Add done.
3.1.1 Display LAN Setting
Table 3-2 Display system IP, Gateway, Mask
Directory 2: Main Menu > 1.Administration > 2.Network Menu> 2. Display LAN Setting
Purpose: Display data about system IP, Gateway, Mask. Example:
Network Configurations >>> [2]: 1
Display LAN Setting LAN Setting
--- Ethernet Type :Fast Ethernet IP Address :10.0.99.98 Network Mask :255.255.0.0 Default Gateway :10.0.1.250 Host VLAN ID : 7
3.2 Modify
Relay
Agent
Setting
The 2nd step enables users to modify “Relay Agent ID” for binding port setting if Binding Port needs to be applied.
Table 3-3 Modify Relay Agent ID
Directory 3: 1.Provisioning Menu >6.Admininstration Menu>3.Network Menu>9.Modify
Relay Agent Setting
Purpose: Modify Relay Agent ID to apply binding port setting
Example:
Network Menu >>> [1]: 9
Modify Relay Agent Setting (*)
Modify Relay Agent Setting? [No]: Yes
Enter Circuit ID: []:Circuit 1-${Line}/${VPI}:${VCI}/${Vid} Modify Relay Agent Setting? [No]: Yes
Parameters Descriptions
Circuit ID It specifies unique ID to distinguish which devices that traffic come from. Combination format: string- ${Line}:${VPI}:${VCI}:${Vid} (refer to Table 3-4). Acceptable signs include: “/”,”,”,”: “,”\” and so on.
Default: Null
Table 3-4 Variance Table of DHCP Option 82 Circuit ID
Input Variance Description Remark
Characters String Length: 255 characters
${Line} Line Display Channel (1~N)
${VPI} VPI 0~4095
${VCI} VCI 1~65535
${Vid} VLAN ID of the bridge port
VLAN ID (Default VID would be applied if no VLAN ID has been set.)
Table 3-5 Display Relay Agent
Directory 4: 1.Provisioning Menu>6.Admininstration Menu>3.Network Menu>8.List
Relay Agent Setting
Purpose: Display relay agent setting.
Example:
Network Menu >>> [1]: 8
Display Relay Agent Setting Relay Agent Setting
---
Circuit ID: : Circuit 1-${Line}/${VPI}:${VCI}/${Vid}
3.2.1 Processes for Setting Binding Port
After finishing “Relay Agent Setting”, following steps need to be processed: The step 1: add “DHCP” and “PPPOE” into a new group index (ex.ID:2) of DFC AccGroup Filter (refer to Directory 40: 1.Provisioning Menu >9.DFC AccGroup Filter Menu >2.Modify DFC Accelerate Group).
The step 2: Assign specified ADSL port (ex.1) to apply that group ID index (2) of DFC AccGroup Filter (refer to Directory 13: 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting) see below example.
Directory 13: 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting
Purpose: Configure the specified ADSL Port to apply desired parameters, such as
Example:
ADSL L2 Config Menu >>> [1]: 2
Modify Setting
Select ADSL port index [1]: 1
Modify ADSL Port 1? (YES/NO) [No]: Yes Ingress filter (ON/OFF) [ON ]: ON
Input tag (UNTAGGED/TAGGED/ALL/NONE) [ALL]: ALL Output tag (YES/NO) [NO]: NO
Max mac (1~4096) [10]: 10
VPMT mode (NO VPMT/SINGLE VC/MULTI VC) [NO VPMT]: NO VPMT VPMT scheduling (Strict-Priority/Mixed) [Strict-Priority]: Strict-Priority
VLAN stacking mode (ON/OFF) [OFF]: OFF VLAN tunneling mode (ON/OFF) [OFF]: OFF DFC Group index [0]: 2
DFC AccGroup index [0]:2 (Modify this parameter via command Directory 40:
1.Provisioning Menu >9.DFC AccGroup Filter Menu >2.Modify DFC Accelerate Group) Protocol based VLAN (YES/NO) [NO]: NO
TX Profile type (VCL/BUNDLE/VPMT) [VCL]: VCL TX Selected Profile index [1]: 1
RX Profile type (VCL/BUNDLE) [VCL]: VCL RX Selected Profile index [1]: 1
Modify ADSL Port 1? (YES/NO) [No]: Yes Modify done.
3.3
Enable IGMP Mode
The 3rd step enables users to run IGMP. It is necessary to rebooting ISAP-2100 after finishing below settings:
Table 3-6 Enable IGMP Mode
Directory 5: 1.Provisioning Menu >14.IGMP Config Menu>1.Modify IGMP Config (*)
Purpose: (A) Activate IGMP mode.
(B) Select IGMP version which includes 1/2/3.
(C) Select the mode of Access Control List (ACL) to be dealed with.
Example:
IGMP Menu >>> [1]: 1
Modify IGMP Config (*)
Modify IGMP Setting? (YES/NO) [No]: Yes IGMP Enable (ON/OFF) [OFF]: ON
Version [2]: 2 Acl Mode [ON ]: ON Filter Mode [ON ]: ON Proxy Mode [ON ]: ON
Robustness Variable [0]: 0 Max Router Ports [10]: 10
Modify IGMP Setting? [No]: Yes Modify done.
This command will effect after system reboot!(YES/ON)[No]:Yes Are you sure write settings to system flash(NV-RAM)?[No]:Yes Processing.. It takes about 5 seconds to write settings! Write settings to system flash completed.
Parameters Descriptions
IGMP Enable (ON/OFF) [OFF]
To enable or disable IGMP mode. (ON/OFF) specifies valid option includes:
1. On: Enable IGMP mode. 2. Off: Disable IGMP mode [OFF] stands for Default: OFF
version
1: It specifies IGMP version 1 which refers to RFC 1112 and RFC 2236 for information on IGMP version 1.
2: It specifies IGMP version 2 (typically setting) which supports IGMP Query, Report and Leave packets transferred between IP multicast router/switches andd IP multicast host to learn the IP mulicast group membership.
3: It specifies IGMP version 3, which supports “souce filtering”, which enables a multicast receiver host to signal to a router which groups it want to receive multicast from, and from which souce this traffic is expected.
A c l m o d e Valid option includes:
1. On: Enable Acl mode 2. Off: Disable Acl mode Filter Mode Valid option includes:
1. On: Enable filter mode 2. Off: Disable filter mode
Default: ON
Proxy Mode Enable or Disable IGMP proxy mode which divides the network into two parts, router (upstream) side and hosts (downstream) side. For the hosts’ side, it functions as an IGMP router. On the other hand, the router treats the proxy as it was one host which registered for some multicast groups.Valid option includes:
1. On: Enable proxy mode. 2. Off: Disable proxy mode.
Default: ON
Robustness Variable
It specifies how many former packets will be resent for recovering missing IGMP packets.
The default robustness variable value is 2.
Valid rang: 0~10. Default: 0
Max Router Ports
It specifies maximum number of router ports.
Valid rang: 1~10. Default: 10
Table 3-7 Display IGMP Mode
Directory 6: 1.Provisioning Menu >14.IGMP Config Menu>2.Display IGMP Config
Purpose: Display IGMP setting after finish setting. Below example is the default
setting about IGMP
Example:
IGMP Menu
>>> [1]: 2
Display IGMP Config IGMP Setting
--- IGMP Enable :OFF
--- Version :2
ACL Mode :ON Filter Mode :ON Proxy Mode :ON Robustness Variable :0 Max Router Ports :10
3.4
Configure ATM Traffic for QoS
The 4th step enables users to configure and modify the ATM traffic QoS. However, this step could be skipped if no advanced requirements compare to default setting (see Table 3-8 ). As for other special QoS applications, refer to & Chapter 3.4.2, Chapter 3.4.3.
This session contains the following information: ● Unshaped Traffice Configuration
3.4.1 Display ATM Traffic Setting
Table 3-8 Display ATM Traffic
Directory 7: 1.Provisioning Menu>1.Qos Profile Menu>1. Display Profiles
Purpose: Display the information about a specified ATM traffic. For this case,
Example: indicates details of default value QoS-1.
Example:
QoS Profile Menu >>> [1]: 1 List Profiles Index Name --- 1 QoS-1 2 QoS-2
Show Profile, index.name [1.QoS-1]: 1.QoS-1 QoS Profile Index : 1
QoS Name : QoS-1
QoS Type : BEST-EFFORT, Unshaped Weight :1
Parameters Descriptions
QoS profile name
It indicates name of QoS profile. Press hot key “[“ or “ ]” to select required QoS name to be displayed.
Table 3-9 Modify & add ATM Traffic
Directory 8: 1.Provisioning Menu>1.Qos Profile Menu>2.Modify Profiles
Purpose: Modify & add ATM traffic profiles.
Example:
QoS Profile Menu >>> [1]: 2
Modify Profiles
Select an index [1]: 2 Modify profile 2? [No]: Yes QoS Name [QoS-2]: QoS-2
QoS Type [SHAPING-UNSHAPED]: SHAPING-UNSHAPED Weight [1]: 3
QoS Profile Index : 2 QoS Name : QoS-2
QoS Type : BEST-EFFORT, Unshaped Weight :3
Write profile 2? (YES/NO) [No]: Yes Modify done.
Parameters Descriptions
Select an
index It specifies the index no. of QoS to be added or modified. It specifies the type of traffic. Valid option includes as below and illustrates in Chapter 3.4.2 & 3.4.3.
SHAPING-UNSHAPED SHAPING-PCR, SHAPING-SCR, SHAPING-GFR SHAPING-VBR NRT, SHAPING-UBR
PLUS,
SHAPING-WFQ, SHAPING-CIR SHAPING-CIR EIR,
POLICING-CBR, POLICING-VBR, POLICING-ABR,
QoS type
POLICING-GFR, POLICING-UBR Weight It specifies fair queuing according to weight setting in time of
congestion. Valid option: 1~7
3.4.2 QoS Types-Shaping
ATM Quality of Service (QoS) provides the best service on a per-flow guarantee. It used to fix cell sizes and built-in traffic management (traffic shaping). This allows you to fine-tune the levels of services on the priority of the traffic flow.
Shaping prevents congestion in network system by monitoring outbound transmission traffic for excess bit rate. It contains follwing items:
Shaping
Types Description
Related Parameters
PCR
Peak Cell Rate Pea Cell Rate (PCR) is the maximum rate at which the sender can send cells. This parameter may be lower (not higher) than the maximum line speed. 1 ATM is equal to 53 bytes, so a maximum speed of 832 Kbps gives a maximum PCR of 1962 cells/sec.
Pcr, Cdvt
SCR
Sustained Cell Rate
Sustained Cell Rate (SCR) is the mean cell of each bursty traffic source. Specifies the maximum average rate at which cells can be sent over the virtual connection.
Pcr, Scr, Mbs, Cdvt
GVR
Guaranteed Frame Rate: A guaranteed frame rate (GFR) connection is defined by a set of dual leaky buckets. GFR traffic parameters to the leaky bucket algorithm (MCR is similar to SCR, and BT is a function of PCR, MCR and MBS). The GFR connection is inserted to the GFR scheduler queue.
Pcr, Scr, Mbs, Cdvt
VBR-NRT Variable Bit Rate (none real time) Pcr, Scr, Mbs,Cdvt UBR-plus Unspecified Bit Rate
Mcr, Pcr, Cdvt, ✼Pcr_priority, ✼Mcr_Priority
WFQ
Weighted Fair Queuing (WFQ) is a packet scheduling technique allowing guaranteed bandwidth services. The purpose of WFQ is to let several sessions share the same link. WFQ is an approximation of Generalized Processor Sharing (GPS) which, as the name suggest, is a generalization of Processor Sharing (PS).
Weight, Weight fraction
CIR
Rate (CIR) Configuration: Frame relay connections are often given a committed information rate (CIR) and an allowance of burstable bandwidth known as the extended information rate (EIR). The provider guarantees that the connection will always support the CIR rate, and
sometimes the EIR rate should be adequate bandwidth.
Cir, ✼Cir_polling, Cbs
CIR-EIR
CIR EIR (CIR) Configuration: Frames that are sent in excess of the CIR are marked as discard eligible (DE) which means they can be dropped should congestion occur within the frame relay network. Frames sent in excess of the EIR are dropped immediately.
Cir, ✼Cir_polling, Cbs, Eir,
✼Eir_polling
Valid range of above Parameters (excluded ✼): 0~255 ✼ Valid option includes “Yes”,” No”.
Table 3-10 Parameters for Shaping
Parameters Descriptions
pcr Peak cell rate [cells/sec]
Valid range: 0~255, Default: 0
scr Sustained cell rate.
Valid range: 0~255, Default: 0
mbs Maximum burst size.
Valid range: 0~255, Default: 0
cdvt Cell delay variation tolerance.
Valid range: 0~255, Default: 0
polling_speed / autod
It specifies polling mode/speed for this VCL. Determines the treatment of this channel when its data queue is null.
3.4.3 QoS Types-Policing
Policing prevents congestion in network system by monitoring inbound traffic for excess bit rate. It contains follwing:
Policing
Types Description Related Parameters
CBR Constant Bit Rate
1. Sub Type (see Table 3-12
Sub Parameters for Policing)
◎Option of Sub Type
include: CBR1, CBR1-D, VBR1, VBR1-D, VBR2, VBR2-D, VBR3, VBR3-DT, ABR, ABR-D, GFR1-D, GFR2, GFR2-D, UBR1, BR1-D, UBR2, UBR2-D, BR2-DT, 2.Pcr 3.Cdvt 4.Ppd VBR
Variable Bit Rate:
The Variable Bit Rate (VBR) ATM traffic class is used with bursty connections that used to VBR traffic class can be grouped into real time (rt-VBR) or non-real time (nrt-VBR) connection.
1.Sub Type (see Table 3-12 Sub Parameters for Policing) 2.Pcr 3.Cdvt 4.Ppd 5.Scr 6.Mbs ABR
Available Bit Rate
ABR connections are used for burst, non-real time traffic such as file transfer in an ATM network. The ABR service category is used by connections that do not require a static amount of bandwidth that is continuously available during the connection lifetime. For ABR service, available bandwidth varies in the network, and feedback is used to control the source rate in response to bandwidth changes. The feedback is conveyed to the source through specific Resource Management (RM) cells.
1.Sub Type(see Table 3-12 Sub Parameters for Policing)
2.Pcr 3.Cdvt 4.Ppd,
UBR
Unspecified Bit Rate:
The Unspecified Bit Rate (UBR) ATM traffic class is similar to the ABR traffic class for bursty data transfers. However, while ABR gives subscribers a set amount of bandwidth, UBR doesn’t gurarantee any bandwidth and only delivers traffic when the network has spare bandwidth
1.Pcr 2.Cdvt 3.Ppd
GFR
Guaranteed Frame Rate:
A guaranteed frame rate (GFR) connection is defined by a set of dual leaky buckets. The first leaky bucket enforces the peak bandwidth by the Peak Cell Rate (PCR) parameter. The second leaky bucket enforces the Minimum Cell Rate (MCR) and the Maximum Burst Size (MBS). Additional parameters are defined as Maximum Frame Size (MFS).
1.Pcr 2.Scr 3.Mbs 4.Cdvt 5.Polling
Table 3-11 Parameters for Policing
Parameters Descriptions
pcr Peak cell rate [cells/sec]
Valid range: 0~255, Default: 0
scr Sustained cell rate.
Valid range: 0~255, Default: 0
mbs Maximum burst size.
Valid range: 0~255, Default: 0
cdvt Cell delay variation tolerance.
Valid range: 0~255, Default: 0
polling_speed
/ autod> It specifies polling mode/speed for this VCL. Determines the treatment of this channel when its data queue is null.
Table 3-12 Sub Parameters for Policing
Sub Parameters Descriptions
CBR1 Constant Bit Rate; count non-conformant-cells CBR1-D Sustained cell rate; discard non-conformant-cells VBR1 Variable Bit Rate mode 1; count non-conformant-cells
VBR1-D Variable Bit Rate mode 1; discard PCR or SCR non-conformant-cells
VBR2 Variable Bit Rate mode 2 ; count non-conformant-cells
VBR2-D Variable Bit Rate mode 2; discard PCR or SCR non-conformant-cells VBR3 Variable Bit Rate mode 3; count non-conformant-cells
VBR3_DT Variable Bit Rate mode 3; discard PCR non-conformant-cells and tag SCR non-conformant-cells
ABR Available Bit Rate (only PCR is supported) ; count non-conformant-cells
ABR-D Available Bit Rate (only PCR is supported) ; discard non-conformant-cells
GFR1-D Guaranteed Frame Rate mode 1; discard non-conformant and ineligible cells
GFR2 Guaranteed Frame Rate mode 2; count non-conformant-cells GFR2-D Guaranteed Frame Rate mode 2; discard non-conformant-cells UBR1 Unspecified Bit Rate mode 1; count non-conformant-cells UBR1D Unspecified Bit Rate mode 1; discard non-conformant-cells UBR2 Unspecified Bit Rate mode 2; count non-conformant-cells UBR2-D Unspecified Bit Rate mode 2; discard non-conformant-cells UBR2-DT Unspecified Bit Rate mode 2; discard non-conformant-cells
Example: of QoS Policing:
QoS Profile Menu >>> [1]: 2
Modify Profiles
Select an index [1]:4
Modify profile 4? (YES/NO) [No]: Yes QoS Name [QoS-4]: QoS-4
QoS Type [SHAPING-UNSHAPED]: POLICING-UBR Sub type [VBR2-D]:CBR1
Pcr [0]: 30 Cdvt [232]: 210 Pbd [0]: 33
QoS Profile Index : 4 QoS Name : QoS-4
QoS Type : CLASS-C, Policing UBR Sub type : CBR1
Pcr : 30 Cdvt : 210 Ppd : 33
Write profile 4? (YES/NO) [No]: Yes Modify done.
3.5 VCL
Setting
The 5th step enables users to configure and modify a VCL if default VCL profile can not meet requirements. However, this step could be skipped if there is no advanced requirement.
3.5.1 Display VCL Setting
This menu enables users to view the detailed VCL setting. Below table displays default value of VCL-1.
Table 3-13 Display VCL Setting
Directory 9: 1.Provisioning Menu >2.VCL Profile Menu>1.List Profiles
Purpose: Display the details of VCL.
Example: VCL Profile Menu >>> [1]: 1 List Profiles Index Name --- 1 VCL-1
Show Profile, index.name [1.VCL-1]: 1.VCL-1 VCL Profile Index : 1
VCL Profile Name : VCL-1 VCL VPI : 0 VCL Rx QoS Index : 1 VCL Tx QoS Index : 1 VCL Cross Connect ID: 0 VCL VCI : 35 VCL Priority : 0 VCL Encapsulation : LLC VCL VLAN ID : 16
3.5.2 Add & Modify VCL Setting
Table 3-14 Add & Modify VCL
Directory 10: 1.Provisioning Menu >2.VCL Profile Menu>2.Modify Profiles
Purpose: Add & Modify the VCL profile.
Example:
VCL Profile Menu >>> [2]: 2
Modify Profiles
Select an index [1]: 2
Modify profile 2? (YES/NO) [No]: Yes VCL Name [VCL-2]: VCL-2
VCL VPI (0~255) [0]: 1
VCL Rx QoS Profile Index [1]: 255 VCL Tx QoS Profile Index [1]: 255 VCL Cross Connect ID [0]: 65535 VCL VCI (0~65535) [35]: 35 VCL Priority (0~7) [0]: 7 VCL Encapsulation (VCMUX/LLC): [LLC] VCL VLAN ID (0~4094)[16]:5 VCL Profile Index : 2 VCL Profile Name : VCL-2 VCL VPI : 1 VCL Rx QoS Index : 1 VCL Tx QoS Index : 1 VCL Cross Connect ID: 0 VCL VCI : 35 VCL Priority :7 0
VCL Encapsulation (VCMUX/LLC): [LLC] VCL VLAN ID : 5
Write profile 2? [No]: Yes
Parameters Descriptions
index It specifies VCL profile index. Press hot key “[“ or “ ]” to select required QoS name.
VCL Name It specifies VCL name Press hot key “[“ or “ ]” to select required QoS name. Default: VCL-1
VCL VPI It specifies a virtual path identity. Valid range: 0~255.
Default: 0
VCL Rx QoS Profile Index
It specifies the received traffic index which refered to the rx traffic descriptor for policing. Valid range: 0~255.
Default: 1
VCL Tx QoS Profile Index
It specifies the transmitted traffic index which refered to tx traffic descriptor for shaping. Valid range: 0~255.
Default: 1
VCL Cross
Connect ID It specifies the cross connection index which is meanless for ATM-IP conversion. It only meanful for ATM switch.
Valid range: 0~65535. Default: 0
VCL VCI It specifies the Virtual connection identity. Valid range: 0~65535.
Default: 35
VCL Priority It specifies the priority. Valid range: 0~7
Default: 0
VCL
Encapsulation
Specified a method of Logical Link Control (LLC)to be complied with Modem’s setting.
1. LLC (Default): It means "LLC Encapsulation" method which allows multiplexing of multiple protocols over a single ATM virtual connection (VC).
2. Vcmux: It means VC Multiplexing which creates a binding
between an ATM VC and the type of the network protocol carried on that VC. Thus, there is no need for protocol identification information to be carried in the payload of each AAL5
CPCS-PDU. This reduces payload overhead and can improve efficiency by reducing the number of cells needed to carry PDUs of certain lengths.
VCL VLAN ID
It specifies the VLAN ID. Valid range: 0~4094.
3.6
Set Ethernet Port
The 6th step enables users to set which Ethernet port to be uplink with available functions.
Note
:Following settings about Ethernet Port will not be recoveryed as default value after executing “Load Factory Default” command.
3.6.1 Activate Ethernet Port
Table 3-15 Set Ethernet Port
Directory 11: 1.Provisioning Menu >10.ENET Config Menu>2.Modify Setting
Purpose: Configure the Ethernet Port.
Example:
ENET Config Menu >>> [1]: 2
Modify Setting
Select ENET port index [1]: 1
Modify ENET Port 1? (YES/NO) [No]: Yes Uplink (YES/NO) [YES]: YES
Ingress filter (ON/OFF) [ON ]: ON
Input tag (UNTAGGED/TAGGED/ALL/NONE) [ALL]: All Output tag (YES/NO) [NO]: NO
Max mac (1~4096) [1000]: 1005
VLAN stacking mode (ADD VLAN/EXT VLAN/OFF) [OFF]: ADD VLAN VLAN tunneling mode (1Q1Q/OFF) [OFF]: OFF
Default VLAN (0~4094) [16]: 16 DFC Group index (0~255) [0]: 0
DFC AccGroup index (0~16) [0]: 0 (Modify this parameter via command Directory 40: 1.Provisioning Menu >9.DFC AccGroup Filter Menu >2.Modify DFC Accelerate Group)
Protocol based VLAN (YES/NO) [NO]: NO (to be continued)
ENET Port Index:1
Uplink: YES Ingress filter: OFF Input tag: All Output tag: NO Max MAC: 1005 VLAN stacking mode: ADD VLAN VLAN tunneling mode: OFF Default VLAN: 16 DFC Group index: 0 DFC acc group index: 0 Protocol based VLAN: NO
Modify ENET Port 1? (YES/NO) [No]: Yes
Parameters Descriptions
ENET port index It specifies Etherport port number and type. 1: Ethernet port 1
2: Ethernet port 2
3: Link aggregation port 1 and port 2 Uplink
Uplink: Configure Ethernet port as trunk connection.Valid option: 1. Yes: Support trunk connection.
2. No: Configure Ethernet port for an extended link to the other ISAP devices. It is not the uplink connection to the outside router.
Default: Yes
Ingress filter It specifies ingress filter status.
1. On: Activate ingress filter and optional mode could be set via following options <input tag> or <output tag>.
2. Off: Disable ingress filter and discard all packets.
Default: On
Input tag It specifies the acceptable mode of ingressive packets. It means frames would be filtered based on following options.
1. Tagged: Add a VID on the ingressive packets.
2. Untagged: Untagged the VID on the ingressive packets. 3. All: Receive all packets.
Output tag: It specifies the acceptable mode of egress packets. Valid option: 1. Yes: Add a VID on the egress packets. If the output packet is
tagged, the output frame will be added with the tag or double tagged when external vlan is provisioned.
2. No: Untagged the VID on the egress packets.
Default: No
Max mac
It specifies maximum numbers of MAC address that can be learned by specified Ethernet port. Valid Range: 1~4096
Default: 1000
VLAN stacking mode
It specifies the way whether to add an additional ID or apply an external VID. Vaild option includes:
1. Add VLAN: Add a new VID. Assigned a new VID 2. EXT VLAN: Extend orginal default VID.
3. OFF: No VID to be added.
Default: OFF
VLAN tunneling mode
It specifies the status about Vlan tunnel. 1. OFF: No Vlan tunnel
2. 1q1q: Support Q in Q which applied a condition that traffic with its own VID from DTE.
Default: OFF
Default VLAN It specified default VID. Valid Range: 1~4094 Default: 16
DFC group index It specified which group to be applied for dynamic filter control. Valid Range: 1~255
Default: 0
DFC acc group index
It specified which group index of accelerated Dynamic Filter Classifier to be applied for this port. To modify DFC acc group index by referring to command Directory 40: 1.Provisioning Menu >9.DFC AccGroup Filter Menu >2.Modify DFC Accelerate Group
Valid Range: 1~16 Default: 0
Protocol based VLAN
It specified the service status of protocol based VLAN. Valid option includes:
1. Yes: Enable 2. No:Disable
3.6.2 Display Status of Ethernet Port
This menu displays the status of Ethernet port. For this example, default setting of Ethernet port index as show on below table.
Table 3-16 Display Status of Ethernet Port
Directory 12: 1.Provisioning Menu >10.ENET Config Menu>1.Display Ethernet Port Purpose: Display the status of Ethernet Port.
Example:
ENET Config Menu >>> [1]: 1
Display Setting
Select ENET port index [1]: 1 ENET Port Index:1
Uplink: YES Ingress filter: ON Input tag: ALL Output tag: NO Max MAC: 1000 VLAN stacking mode: OFF VLAN tunneling mode: OFF Default VLAN: 16 DFC Group index: 0 DFC AccGroup index: 0 Protocol based VLAN: NO
3.7 Set
ADSL
Port
3.7.1 Modify ADSL PortThe 7th step enables users to set ADSL port to be activated with available functions. For same parameters, refer to description as shown on Table 3-15 Set Ethernet Port .
Table 3-17 Activate ADSL Port
Directory 13: 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting
Purpose: Configure the ADSL Port.
Example:
ADSL L2 Config Menu >>> [1]: 2
Modify Setting
Select ADSL port index [1]: 2
Modify ADSL Port 2? (YES/NO) [No]: Yes Ingress filter (ON/OFF) [ON ]: ON
Input tag (UNTAGGED/TAGGED/ALL/NONE) [ALL]: ALL Output tag (YES/NO) [NO]: NO
Max mac (1~4096) [10]: 10
VPMT mode (NO VPMT/SINGLE VC/MULTI VC) [NO VPMT]: NO VPMT VPMT scheduling (Strict-Priority/Mixed) [Strict-Priority]: Strict-Priority
VLAN stacking mode (ON/OFF) [OFF]: OFF VLAN tunneling mode (ON/OFF) [OFF]: 1Q1Q DFC Group index [0]: 2
DFC AccGroup index [0]:1 (Modify this parameter via command Directory 40:
1.Provisioning Menu >9.DFC AccGroup Filter Menu >2.Modify DFC Accelerate Group) Protocol based VLAN (YES/NO) [NO]: NO
TX Profile type (VCL/BUNDLE/VPMT) [VCL]: VCL TX Selected Profile index [1]: 2
RX Profile type (VCL/BUNDLE) [VCL]: VCL RX Selected Profile index [1]: 2
(omit same data as above)
Modify ADSL Port 2? (YES/NO) [No]: Yes Modify done.
Parameters Descriptions
ADSL Port index It specifies ADSL port number.
Vaild range: 1-24/48 ports (depend on model type) Ingress filter
Input tag Output tag Max mac
Refer to page 29~30 about related description.
VPMT mode It specifies the mode of VPMT. Valid option includes: 1. No VPMT: No VPMT application.
2. Single VC: Only one VCL to be applied in VPMT. 3. Multi VC: It specifies multiple VCL to be applied in
VPMT. VPMT scheduling
It specifies the way to deal with packets according to VPMT.
1. Strict-Priority: Sent packets out according to queue priority in sequence strictly (SP0>SP1>SP2>SP3). 2. Mixed: Sent packets out according to VPMT queue
and WRR (Weighted Round-Robin). TX/RX Profile type
Valid option includes:
1. VCL: Configure ADSL port to apply VCL profile. 2. Bundle: Configure ADSL port to apply bundle profile. 3. VPMT: Configure ADSL port to apply VPMT profile.
Only for TX profile type. TX/RX Selected
Profile Index
It specifies index no. of profile types such as VCL/ Bundle/ VPMT (specify profile type refers to TX/RX) about TX/RX.
Valid range: 0~255
Default: 1
VLAN stacking mode
3.7.2 Display of ADSL Port Setting
This menu displays the status of ADSL port. For this example, default setting of Ethernet port index as show on below table.
Table 3-18 Display Status of ADSL Port
Directory 14: 1.Provisioning Menu >12.ADSL L2 Config Menu>1.Display Setting
Purpose: Display the status of ADSL Port.
Example:
ADSL L2 Config Menu >>> [1]: 1
Display Setting
Select ADSL port index [1]: 1 ADSL Port Index:1
Ingress Filter: ON Input tag: ALL Output tag: NO Max MAC: 10
VPMT mode: NO VPMT
VPMT scheduling: Strict-Priority VLAN stacking mode: OFF
VLAN tunneling mode: OFF Dfc group index: 0 Dfc Accgroup index: 0 Protocol based VLAN: NO TX Profile type: VCL TX Selected Profile index: 1 RX Profile type: VCL RX Selected Profile index: 1
3.8 Activate
ADSL
Port
3.8.1 Activate ADSL PortThe 8th step enables users to activate specified ADSL port to be connected or applied Rate Adaptation/Power Manage. This setting will be stored in the database to remain the same setting after restarting ISAP-2100.
Table 3-19 Activate ADSL Port
Directory 15 : 1.Provisioning Menu >11.ADSL L1 Config Menu>4.ADSL Line
Configuration
Purpose: Enable or Disable functions such as Line/Rate Adaptation or Power Manage
according each ADSL Port.
Example:
ADSL L1 Config Menu >>> [4]: 4
ADSL Line Configuration
Config Item [Power Management]: Line Activate Action [Disable]: Enable
Select a start port [1]: 1 Select an end port [5]: 12
Apply change? (YES/NO) [No]: Yes
Config ADSL port 01 to port 12 Line Activate Enable done.
Parameters Descriptions
Config Item Select specified function to be applied. Valid option includes: 1. Power Manage: Specified ADSL ports to apply power manage. 2. Rate Adaptation: Specified ADSL ports to apply rate Adaptation. 3. Line Activate: Specified ADSL ports to apply to line activate. Action Specify functions whether to be applied. Option includes:
1. Enable: Activate function. 2. Disable: Disable function.
Select a start port Specify which ADSL port to begin for this setting. Select an end port Specify which ADSL port to end up for this setting.
3.8.2 Display Line Configuration of ADSL Port This menu display line status about ADSL port.
Table 3-20 Display Line Configuration ADSL Port
Directory 16 : 1.Provisioning Menu >11.ADSL L1 Config Menu>5.Display ADSL Line
Configuration
Purpose: Display status of Line Activate/ Rate Adaptation/Power Manage about
ADSL Port.
Example:
ADSL L1 Config Menu >>> [4]:5
Display ADSL Line Configuration
=============================================================== ADSL Port Power Manage Rate Adaptation Line Activate 01 Disable Disable Enable
02 Disable Disable Enable 03 Disable Disable Enable 04 Disable Disable Enable 05 Disable Disable Enable 06 Disable Disable Enable 07 Disable Disable Enable 08 Disable Disable Enable 09 Disable Disable Enable 10 Disable Disable Enable 11 Disable Disable Enable 12 Disable Disable Enable 13 Disable Disable Disable 14 Disable Disable Disable 15 Disable Disable Disable
(omit 16~22)
23 Disable Disable Disable 24 Disable Disable Disable Press Any Key for next page, or ESC to exit.
“Power manange” which enables the function of electricity saving. Enable option to activate this setting and vice versa (Default setting: Disable). The ADSL2 and ADSL2+ standards define power management states as below table:
State Name Description
L0 Full On The ADSL link is fully functional.
L2 Low
Power
The ADSL link is active, but a low-power signal conveying background data is sent from the ATU-C to the ATU-R. A normal data carrying signal is transmitted from the ATU-R to the ATU-C.
L3 Idle There is no signal transmitted on the line. The ATU may be powered or unpowered in L3.
3.9 Write
System
Flash
The 9th step enables users to save modifications into database after executing any and a series of commands in case of data lost.
Note:
It is recommend that executing “Write to flash” in the last process after finishing any setting.
Table 3-21 Write System Flash
Directory 17 : 1.Administration Menu >4.Write System Flash
Purpose: Save modifications into database after executing any or a series of
commands.
Example:
Administration >>> [4]: 4
Write system FLASH
Are you sure to write settings to system flash memory (NV-RAM)? (Yes/No)[No]:Yes
Processing… It takes about 5 seconds to write settings! Write settings to system flash completed
Chapter 4
Provision Menu
Main menu is the first screen displayed after login. Main menu lists the first tier commands for ISAP Craft Interface Software Operation. Related commands of main menu are described below
Main Menu Description
Submenus includes as below:
1. QoS/ 2.VCL/ 3.Bundle/ 4.VPMT/ 5. ADSL Line/ 6.ADSL Alarm Profile Menu
7.Forwarding Table 12.ADSL L2 Config Menu 8.MAC Filter Menu 13.VLAN Config Menu 9.DFC AccGroup Filter Menu 14.IGMP Config Menu
10.ENET Config Menu 15.Age Timer Config Menu
1. Provisioning Menu
11.ADSL L1 Config Menu
2. Alarm Menu
Submenus includes as below:
1.List Current Alarms 4.List Severity and Reporting Menu
2.List Alarm History 5.Modify Severity and Reporting 3.Clear Alarm History Menu 6.Reset Severity and Reporting
3. Status Menu Submenus include list system status, switch status and line card status.
4. PM Statistic
Menu Display statistic data about Ethernet port and Line card. 5. Testing Menu Perform SELT test, DELT test, OAM loopback test.
6. Administration Menu
Submenus include as following: 1. Display version information 2. Date and time menu
3. Network Menu: Set LAN setting, SNMP access communities, trap Communities and temperature thresholds.
4. Write System FLASH 5. Load Factory Default (*) 6. Remote Upgrade 7. Reboot
Provision Menu includes submenus to configure IGMP, VLAN, STP, GVRP, switch setting and Load Factory Default as shown on Table 4-1.
Table 4-1 Submenus of Provision
The 1st tier of Provision Menu The 2nd tier of Provision Menu Pages
1. QoS Profile Menu 19
2. VCL Profile Menu 25
3. Bundle Profile Menu 41
4. VPMT Profile Menu 45
5. ADSL Line Profile Menu 51
6. ADSL Alarm Profile Menu
1. List Profiles Menu 2. Modify Profiles Menu 3. Delete Profiles Menu
57
7. Forwarding Table Menu none 64
8. MAC Filter Menu
1. List MAC Filter Menu 2. Add MAC Filter Menu 3. Delete MAC Filter Menu
66~67
9. DFC AccGroupp Filter Menu
1. List DFC Accelerate Menu 2. Modify DFC Accelerate Menu 3. Delete DFC Accelerate Menu
68~69
10. ENET Config Menu 1. Display Setting 2. Modify Setting 28~31
1. Apply ADSL Line Profile 51 2. Apply ADSL Alarm Profile 62
3. List ADSL Profile Mapping Line Profile-54 Alarm Profile-63 11. ADSL L1 Config Menu
4. Display ADSL Line Configuration 56
12. ADSL L2 Config Menu 2. Modify Setting 1. Display Setting 32
13. VLAN Config Menu
1. List VLAN 2. Add VLAN 3. Delete VLAN
The 1st tier of Provision Menu The 2nd tier of Provision Menu Pages
14. IGMP Config Menu
1. Modify IGMP Config (*) 2. Display IGMP Config 3. List IGMP Router Port 4. Add IGMP Router Port 5. Delete IGMP Router Port 6. List IGMP ACL
7. Add IGMP ACL 8. Delete IGMP ACL 9. List IGMP Member 10. Add IGMP Member 11. Delete IGMP Member
72~77
15. Age Timer Config Menu 1. Display Age time 2. Modify Age time 77
4.1
Bundle Profile Menu
This session describes processes to configure bundle: Step 1st : Set desired VCL profiles (refer to Chapter 3.5).
Step 2nd : Set VCL(s) to be included same Bundle profile (see Table 4-2). Step 3rd: Assign specific ADSL port to apply specified bundle profile (Table
4-3).
4.1.1 Add VCL into Bundle Profile
Table 4-2 Add a Bundle Profile
Directory 18:1.Provisioning Menu >3.Bundle Profile Menu>2. Modify Profiles
Purpose: Add some VCLs (ie.profile index 2 in this Example) one by one into
specific bundle profile index.
Example:
Bundle Profile Menu >>> [1]: 2
Modify Profiles
Select a bundle index [1]: 1 Process [Add VCL]: Add VCL
Select a VCL profile index [1]: 2
Add VCL profile 2 into bundle? Are you sure? (YES/NO)[No]:Yes Modify done.
Bundle profile index It specifies index of bundle profile.
VCL profile index It specifies index of VCL needs to be applied in the bundle profile.
Note: VCL setting should be set up firstly before adding into bundle profile (refer to Chapter 3.5).
4.1.2 Mapping Specified ADSL Ports to Bundle Profile
Configure specified ADSL port to apply a bundle profile. To assign a bundle index (includes one or multiple VCL(s)) to ADSL port by effecting Directory 13: 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting (see page 32).
Table 4-3 Mapping Bundle Profile to a ADSL port
Directory 13: 1.Provisioning Menu >12.ADSL L2 Config Menu>2.Modify Setting
Purpose: Confiuge specified ADSL port to apply specified bundle index both in transmission and receiving channel.
Example:
ADSL L2 Config Menu >>> [1]: 2
Modify Setting
Select ADSL port index [1]: 2
Modify ADSL Port 2? (YES/NO) [No]: Yes Ingress filter (ON/OFF) [ON ]: OFF
Input tag (UNTAGGED/TAGGED/ALL/NONE) [ALL]: ALL Output tag (YES/NO) [NO]: NO
Max mac (1~4096) [10]: 10
VPMT mode (NO VPMT/SINGLE VC/MULTI VC) [NO VPMT]: MULTI VC VPMT scheduling (Strict-Priority/Mixed) [Strict-Priority]: Strict-Priority
VLAN stacking mode (ON/OFF) [OFF]: OFF VLAN tunneling mode (ON/OFF) [OFF]: OFF DFC Group index [0]: 2
DFC AccGroup index [0]: 0
Protocol based VLAN (YES/NO) [NO]: NO
TX Profile type (VCL/BUNDLE/VPMT) [VCL]:Bundle TX Selected Profile index [1]: 2
-(Specified the index of bundle profile to be applied)
RX Profile type (VCL/BUNDLE) [VCL]: Bundle RX Selected Profile index [1]: 2
-(Specified the index of bundle profile to be applied)
(omit same data as above)
4.1.3 Delete VCL from Bundle Profile
Table 4-4 Delete VCL from Bundle Profile
Directory 19:1.Provisioning Menu >3.Bundle Profile Menu>3. Delete Profiles
Purpose: Delete VCLs index one by one from specific bundl profile index.
Example:
Bundle Profile Menu >>> [1]: 3
Delete Profiles
Select an index [1]: 1
Delete profile 1? (Yes/No):[No]: Yes Delete done.
4.1.4 List Bundle Profile
Table 4-5 Display Bundle Profile
Directory 20:1.Provisioning Menu >3.Bundle Profile Menu>1. List Bundle Profiles
Purpose: Display specific bundl profile index.
Example:
Bundle Profile Menu >>> [1]: 3
List Profiles
Bundle Profile index : 1 --- VCL Profile Index: 2
VCL Profile Index: 3
4.2
VPMT Profile Menu
This session introduces process to configure 802.1p VLAN Priority Mapping Table (VPMT). Mapping a series of single or multiple VCLs/Channels (maximum 8 VCLs) with 8 priorities (0~7) and action (pass or deny). It describes which VLAN traffic should be passed based on its own VLAN Priority Mapping Table (VPMT).
4.2.1 Configure VPMT
This session describes processes to configure VPMT:
This session describes processes to configure bundle: Step 1st : Set desired VCL profiles
Step 2nd : Assign singal or multiple VCL(s) to be set into a VPMT profile (see Table 4-6).
Step 3rd : Assign specific ADSL ports to apply VPMT profile (see Table 4-7). Table 4-6 Configure VPMT
Directory 21:1.Provisioning Menu >3.VPMT Profile Menu>2.Modify Profiles
Purpose: Assign singal or multiple VCL(s) to be set into a VPMT profile
Example:
VPMT Profile Menu >>> [1]: 2
Modify Profiles
Select an index [1]: 2
802.1p Priority 0:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 1
802.1p Priority 1:
Process (PASS/DENY) [PASS]: DENY VCL Profile index [1]: 2
802.1p Priority 2:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 3
802.1p Priority 3:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 4
802.1p Priority 4:
Process (PASS/DENY) [PASS]: DENY VCL Profile index [1]: 5
802.1p Priority 5:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 6
802.1p Priority 6:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 7
802.1p Priority 7:
Process (PASS/DENY) [PASS]: PASS VCL Profile index [1]: 8 VPMT Profile Index: 2 --- 1.Priority : 0 1.Process : PASS 1.VCL TX Index : 1 2.Priority : 1 2.Process : DENY 2.VCL TX Index : 2 (omit items 3~7) 8.Priority : 4 8.Process : PASS 8.VCL TX Index : 8 --- Write profile 2? (YES/NO) [No]: Yes Modify done.
Index
It specifies index of VPMT. Default: 1 priority It specifies priority number (0-7).
