ISAP-2102 (24 ports) IP-DSLAM - Technologies – … (24 ports) IP-DSLAM . Digital Subscriber Line Access Multiplexer. GUI Interface Operation Manual . Ver.1.4 January 2016

ISAP-2102 (24 ports) IP-DSLAM Digital Subscriber Line Access Multiplexer GUI Interface Operation Manual

Ver.1.4 January 2016

ISAP-2102 IP DSLAM GUI Interface Operation Manual

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Table of Contents

Chapter 1 Preface ..................................................................................... 1

1.1 Purpose ........................................................................................................ 1

1.2 Organization ........................................................................................................ 1

1.3 Conventions ........................................................................................................ 1

Chapter 2 ISAP-2102 User Interface ........................................................ 2

2.1 Access via Console Port ........................................................................................ 2

2.2 Access using the Telnet Session ........................................................................... 2

2.3 Access using the Web Interface ............................................................................ 3

2.4 Menu Tree ........................................................................................................ 6

Chapter 3 Quick Start-up .......................................................................... 7

Chapter 4 Provision Menu ........................................................................ 8

4.1 General Configuration ............................................................................................ 9

4.2 IGMP Configuration (*) ........................................................................................ 11

4.3 xDSL Port Configuration Menu ............................................................................ 15

4.4 xDSL Port Information.......................................................................................... 17

4.5 ATM QoS Profile .................................................................................................. 18

4.5.1 QoS Types-Shaping ..................................................................................................... 19

4.6 ATU-C Channel Profile ........................................................................................ 20

4.7 ATU-C Bridge Menu ............................................................................................. 22

4.8 ATU-C Line Profile ............................................................................................... 25 4.8.1 Configure Line Profile ................................................................................................... 25

4.9 ATU-C Alarm Profile ............................................................................................. 28 4.9.1 Configure/Modify ADSL Alarm Profile ........................................................................... 28

4.10 Static VLAN Table ................................................................................................ 30

4.11 VLAN Rate Limit .................................................................................................. 31

Chapter 5 Alarm Menu ............................................................................ 32

5.1 List Current Alarms .............................................................................................. 32

5.2 List Alarm History ................................................................................................. 33

5.3 Clear Alarm History .............................................................................................. 33


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5.4 Operate Alarm Cut Off ......................................................................................... 34

5.5 Modify Alarm Severity .......................................................................................... 34

5.6 Modify Alarm Reporting ....................................................................................... 36

5.7 External Alarm State ............................................................................................ 38

Chapter 6 Status Menu ........................................................................... 41

6.1 ADSL Port Status ................................................................................................. 42

6.2 ADSL Port Status Overview ................................................................................. 44

6.3 Forwarding Table ................................................................................................. 44

6.4 Forwarding Table-Uplink ...................................................................................... 45

6.5 Forwarding Table-ADSL ....................................................................................... 45

6.6 IGMP Groups Table Menu ................................................................................... 46

6.7 List LED Status .................................................................................................... 47

Chapter 7 Statistic Menu ........................................................................ 48

7.1 Uplink Port Traffic Statistic Menu ......................................................................... 48

7.2 ADSL Port Traffic Statistic Menu .......................................................................... 49

7.3 ADSL Port Bandwidth Menu ................................................................................ 50

Chapter 8 PM Menu ................................................................................. 51

8.1 ADSL 15min Line PM Menu ................................................................................. 51

8.2 ADSL 1 day Line PM Menu .................................................................................. 52

8.3 ADSL 15min Path PM Menu ................................................................................ 52

8.4 ADSL 1 day Path PM Menu ................................................................................. 53

8.5 Clear PM Menu .................................................................................................... 53

Chapter 9 Testing Menu .......................................................................... 54

9.1 Lamp Test ...................................................................................................... 54

9.2 OAM Loopback Test Menu .................................................................................. 55

Chapter 10 Administration Menu ............................................................. 56

10.1 Version Information Menu .................................................................................... 57

10.2 System Information Menu .................................................................................... 58

10.3 Modify Date and Time Menu ................................................................................ 59

10.4 Temperature Thresholds ...................................................................................... 59

10.5 Save Configuration .............................................................................................. 60


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10.6 Reboot and Factory Default ................................................................................. 61

10.7 Schedule Reboot ................................................................................................. 62

10.8 Database Backup and Restore ............................................................................ 63

10.9 User Management ............................................................................................... 64

10.10 LAN Setting (*) Menu ........................................................................................... 65

10.11 SNMP Access Communities ................................................................................ 65

10.12 SNMP Trap Communities .................................................................................... 66

10.13 Web GUI Setting .................................................................................................. 67

10.14 Set Session Idle Time .......................................................................................... 67

10.15 System Log Client................................................................................................ 68

10.16 System Configuration .......................................................................................... 68

10.17 Firmware Upgrade ............................................................................................... 69

10.17.1 Cable Linkage ........................................................................................................ 69 10.17.2 Upgrade Procedure ................................................................................................ 69 10.17.3 Example of Firmware Upgrade ............................................................................... 70

Chapter 11 Example of Q-in-Q Setting .................................................... 71

11.1 Configuration Q-in-Q mode .................................................................................. 71

11.2 Procedure of Q-in-Q mode .................................................................................. 72


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List of Figures

Figure 2-1 Internet Browser is used to log in to Web Interface .......................................................................... 3 Figure 2-2 OPENT EMS Login Prompt in Client ................................................................................................. 4 Figure 2-3 Main Screen of Web Interface ........................................................................................................... 4 Figure 4-1 IGMP Fast Leave .............................................................................................................................13 Figure 4-2 IGMP Fast Lea ................................................................................................................................14 Figure 10-1 Cable Linkage ................................................................................................................................69 Figure 11-1 Q-in-Q Structure .............................................................................................................................71


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List of Tables

Table 2-1 ISAP-2102 Console Management Setting ................................................................................. 2 Table 2-2 Windows Description of Web Interface ...................................................................................... 5 Table 4-1 Submenus of Provision .............................................................................................................. 8 Table 4-2 General Configuration ................................................................................................................ 9 Table 4-3 Variance Table of DHCP Option 82 Circuit ID ..........................................................................10 Table 4-4 IGMP Configuration .................................................................................................................. 11 Table 4-5 xDSL Port Configuration...........................................................................................................15 Table 4-6 xDSL Port Information ..............................................................................................................17 Table 4-7 ATM QoS Profile .......................................................................................................................18 Table 4-8 ATU-C Channel Profile .............................................................................................................20 Table 4-9 ATU-C Bridge Profile Menu ......................................................................................................22 Table 4-10 Modify ADSL Line Profile..........................................................................................................25 Table 4-11 Configure/Modify ADSL Alarm Profile ......................................................................................28 Table 4-12 Configure Static VLAN Table ....................................................................................................30 Table 4-13 Configure VLAN Rate Limit ......................................................................................................31 Table 5-1 Submenus of Provision ............................................................................................................32 Table 5-2 List Current Alarms ...................................................................................................................32 Table 5-3 List Alarm History .....................................................................................................................33 Table 5-4 Clear Historical Alarm ...............................................................................................................33 Table 5-5 Operate Alarm Cut Off ..............................................................................................................34 Table 5-6 Modify Alarm Severity ..............................................................................................................34 Table 5-7 Modify Alarm Reporting ............................................................................................................36 Table 5-8 External Alarm State .................................................................................................................38 Table 5-9 Alarm Description .....................................................................................................................39 Table 5-10 Alarm Threshold Description ....................................................................................................39 Table 6-1 Submenus of Status .................................................................................................................41 Table 6-2 ADSL Port Status .....................................................................................................................42 Table 6-3 ADSL Port Status Overview .....................................................................................................44 Table 6-4 Forwarding Table ......................................................................................................................44 Table 6-5 Forwarding Table-Uplink ..........................................................................................................45 Table 6-6 Forwarding Table-ADSL ...........................................................................................................45 Table 6-7 IGMP Group Table ....................................................................................................................46 Table 6-8 List LED Status .........................................................................................................................47 Table 7-1 Submenus of Statistic Menu .....................................................................................................48 Table 7-2 Uplink Port Traffic Statistic .......................................................................................................48 Table 7-3 ADSL Port Traffic Statistic ........................................................................................................49 Table 7-4 ADSL Port Bandwidth Menu .....................................................................................................50 Table 8-1 Submenus of PM Menu ............................................................................................................51 Table 8-2 ADSL 15min Line PM Menu .....................................................................................................51


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Table 8-3 ADSL 1 day Line PM Menu ......................................................................................................52 Table 8-4 List 15min Path PM Menu ........................................................................................................52 Table 8-5 List 1 day Path PM Menu .........................................................................................................53 Table 8-6 Clear PM Data ..........................................................................................................................53 Table 9-1 Lamp Test .................................................................................................................................54 Table 9-2 OAM Loopback Test .................................................................................................................55 Table 10-1 Administration Menu ................................................................................................................56 Table 10-2 Version Information Menu ........................................................................................................57 Table 10-3 System Information Menu ........................................................................................................58 Table 10-4 Modify Day and Time Menu .....................................................................................................59 Table 10-5 Set Temperature Threshold Menu ............................................................................................59 Table 10-6 Save Configuration ...................................................................................................................60 Table 10-7 Reboot and Factory Default Menu-None option ......................................................................61 Table 10-8 Schedule Reboot Menu ............................................................................................................62 Table 10-9 Database Backup Configuration Menu ....................................................................................64 Table 10-10 User Management ....................................................................................................................64 Table 10-11 LAN Setting Menu ..................................................................................................................65 Table 10-12 SNMP Access Communities Menu ..........................................................................................65 Table 10-13 Modify SNMP Trap Communities Menu ...................................................................................66 Table 10-14 Relay Agent Setting Menu ........................................................................................................67 Table 10-15 Schedule Auto Reboot Menu ...................................................................................................67 Table 10-16 System Log Client ....................................................................................................................68 Table 10-17 System Log Client ....................................................................................................................68 Table 10-18 Firmware Upgrade ...................................................................................................................70 Table 11-1 Add Bridge Profile with VID 10 .................................................................................................72 Table 11-2 xDSL Port Configuration for Q-in-Q .........................................................................................73 Table 11-3 General Configuration for Q-in-Q .............................................................................................74 Table 11-4 Static VLAN Table for VID 10 ...................................................................................................75 Table 11-5 Static VLAN Table for VID 20 ...................................................................................................76


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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-2102 IP-DSLAM, which includes software configuration and other specific features.

1.2 Organization

This guide contains the following information: ● ISAP-2102 User Interface ● Initialing the ISAP-2102 ● 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 ● Performance Monitoring

1.3 Conventions

WEB Interface connection through device’s IP via Internet. It provides GUI interface for host (PC) to establish point-to-point communication with remote DSLAM through Internet. 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 filter (enable/disable) alarm report generation and trap forward. ● Provide ability to assign a severity level to each monitored alarm conditions.


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Chapter 2 ISAP-2102 User Interface This chapter describes the ISAP-2102 user interface, the instructions describes how to using the menu interface, and also describes the command editing and command history features that enable you to recall previous command entries and edit previously entered commands.

● Access via Console Port ● Access using the Telnet Session ● Access via the Internet and Web Interface

2.1 Access via Console Port

Access to menu mode via the Console Port by applying the hyper terminal directly connected with the following procedure: Step 1 Set the communication parameters of hyper terminal as follows: Table 2-1 ISAP-2102 Console Management Setting

Parameter Setting

Baud rate 115200 Data bits 8 Parity None Start bits 1 Stop bits 1 Flow control None

Step 2 Connect the hyper terminal to the ISAP-2102 front panel via Console port. Step 3 Press <Enter>.

2.2 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.


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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:

Admin A/C

User Name: admin Password: admin

2.3 Access using the Web Interface

Remotely access device’s IP by browser software of the Network uplink interface. Make sure the PC is connected to the internet. Execute the Internet Explorer (IE) then input “http://device’s IP address/” into the Address column. Refer to the below figure.

Figure 2-1 Internet Browser is used to log in to Web Interface

After the above step is done, the login window will appear on the screen. Every time executing the Web Interface, user needs to enter “User Name” and “Password”. Input a valid user account and password then click “OK” at the login prompt. Admin A/C User Name: admin Password: admin

Key in device’s IP address


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3

4

Figure 2-2 OPENT EMS Login Prompt in Client

Figure 2-3 is the main screen of Web after logging in the system successfully. Table 2-2 describes the function of windows.

Figure 2-3 Main Screen of Web Interface

1

2


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Table 2-2 Windows Description of Web Interface

Windows Description

1 IP address column in the browser Access Web interface by keying device’s IP.

2 Submenu Window Submenus collections in the left window after clicking each main menu.

3 Setting Window Fill out all selection according requirements.

4 Execution Buttons

To perform related function by clicking buttons: Set: Perform desired setting in the setting

window.

Get: Retrieve previous data be set.

Reset: Renew data in the blank.

Del: Delete specified data.

Load: Retrieve the previous data after clicking specified port.

Index

Item


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1. General Configuration 2. IGMP Configuration (*) 3. xDSL Port Configuration 4. xDSL Port Information 5. ATM QoS Profile 6. ATU-C Channel Profile 7. ATU-C Bridge Profile 8. ATU-C Line Profile 9. ATU-C Alarm Profile 10. Static VLAN Table 11. VLAN Rate Limit 12

2.4 Menu Tree

Remarks: (*) stands for auto-reboot about device after executing this setting.

Provisioning Menu

Statistic Menu

Status Menu

Submenu of Status Menu 1. ADSL Port Status 2. ADSL Port Status Overview 3. Forward Table 4. Forward Table - Uplink 5. Forward Table - ADSL 6. IGMP Group Table 7. LED Status

Admin Menu

Submenu of Alarm Menu 1. List Current Alarms 2. List Alarm History 3. Clear Alarm History 4. Operate Alarm Cut Off 5. Modify Alarm Severity 6. Modify Alarm Reporting 7. Extended External Alarm

1. Version Information 2. System Information 3. Modify Date and Time 4. Temperature Threshold 5. Save Configuration 6. Firmware Upgrade 7. Reboot and Factory Default (*) 8. Schedule Reboot 9. Database Backup and Restore 10. User Management 11. LAN Setting (*) 12. SNMP Access Communities 13. SNMP Trap Communities 14. Web GUI Setting 15. Set Session Idle Time 16. System Log Client 17. System Configuration

PM Menu

Submenu of Statistic Menu 1. Uplink Port Traffic Statistic 2. ADSL Port Traffic Statistic 3. ADSL Port Bandwidth

Submenu of PM Menu 1. ADSL 15min Line PM 2. ADSL 1 Day Line PM 3. ADSL 15min Path PM 4. ADSL 1 day Path PM 5. Clear PM

1. Lamp Test Menu 2. OAM Loopback Test Menu

Testing Menu

Alarm Menu


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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 Purpose Command Note Ref.

1st Set IP, Gateway, Mask Set Host VLAN ID for

SNMP management

7. Administration Menu> 12. Modify LAN Setting (*) 1 65

2nd Optional function: see Note. Set relay agent for Binding port.

1. Provision Menu>1. General Config. (Relay Circuit ID)

2 9

3rd Optional function: see Note Enable IGMP IGMP Mode, ACL

1.Provisioning Menu >2.IGMP Configuration Menu (*)

1 2

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4th Set IP for mapping with IGMP channel profile

1.Provisioning Menu >6.ATU-C Channel Profile Menu

2 20

5th Set ATM traffic QoS 1.Provisioning Menu>5.ATM Qos Profile Menu

2 18

6th

ATU-C channel profile (IGMP Group Setting for IPTV)

Set VCL profile ATU-C Bridge Profile

1.Provisioning Menu >7.ATU-C Bridge Menu

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7th Set ADSL Line Profile 2.Provisioning Menu > 8.ADSL Line Profile

25

8th Apply ADSL Line/Alarm Profile Line Activate (Admin State: up)

2.Provisioning Menu >3.ADSL Port Configuration

15

9th Set VLAN on ADSL 2.Provisioning Menu > 10.Static VLAN

30

10th Write System flash 7. Administration Menu> 6. Save Configuration Men

60

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”. Finally reboot device once at convenience.

2: It stands for optional function. To apply optional setting depends on application.


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Chapter 4 Provision Menu Related Provision commands of main menu are described below

Provision Menu includes submenus to configure IGMP, VLAN, Bundle setting and Load Factory Default as shown on Table 4-1. Table 4-1 Submenus of Provision

The Provision Menu Pages

1. General Configuration Menu 9

2. IGMP Configuration (*) 11

3. ADSL Port Configuration 15

4. ADSL Port Information 17

5. ATM QoS Profile 18

6. ATU-C Channel Profile 20

7. ATU-C Bridge Profile 22

8. ATU-C Line Profile 25

9. ATU-C Alarm Profile 28

10. Static VLAN Table 30

11. VLAN Rate Limit 31

Remark: (*) stands for reboot device to activate it after executing required setting


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4.1 General Configuration This session introduces commands to modify age Time, Port Isolation, Relay Circuit ID, DHCP Relay Mode. Table 4-2 General Configuration

Command 1: 1.Provisioning Menu > 1.General Configuration Menu

Purpose: Modify Age time, port Isolation, relay Circuit ID, DHCP Relay Mode and Q-in-Q mode.

Example:


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Parameters Descriptions

Aging Timer

It specifies maximum time to detect linkage status. Otherwise the root bridge initiates a new route if the linkage is not well. The maximum age timer specifies the maximum expected arrival time of hello BPDUs. If the maximum age timer expires, the bridge detects that linkage failure to the root bridge and initiates a topology transition. Valid range: 1~600 (seconds).

xDSL Port Isolation

Enable/disable port isolation. Valid option: Enable, Disable.

Relay Circuit ID

Set “Relay Circuit ID” for binding port applied. It specifies unique ID to distinguish which devices that traffic come from. Format: string- ${Line}: ${VPI}: ${VCI}:${Vid} (refer to Table 4-3`). Acceptable signs include: “/”,”,”,”: “,”\” and so on. Default: Null

DHCP Relay Mode

Enable or disable DHCP Filter. Valid option: Enable, Disable.

Q-in-Q Mode Enable double VID setting

Q-in-Q VLAN ID

It specified default VID. Valid Range: 1~4000 Default: 0

Table 4-3 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.)


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4.2 IGMP Configuration (*)

Set function about “IGMP Version”, “MAC Mode”, “IGMP ACL” and “IGMP Fast Leave”. An Internet Group Management Protocol (IGMP) is a series of VLANs listed to receive traffic from a particular multicast source. IGMP allows a bridge port to determine which group’s members to get VLAN. IGMP member is a bridge port through which the VLAN that is targeted for multicast (IGMP group) passes. Without IGMP snnoping, multicast traffic is treated in the same manner as broadcast traffic (forwarded same packets to all ports). On the other hand, IGMP snooping multicast traffic is only forwarded to ports that are memers of that group. This way significantly reduce multicast traffic storm. This chapter describes the way to configure following settings.

Table 4-4 IGMP Configuration

Command 2: 1.Provisioning Menu > 2.IGMP Configuration (*)

Purpose: Activate option such as “IGMP Version”, “IGMP ACL”, “IGMP Fast Leave” and “MAC Mode”.

Example:


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IGMP Version Indicate IGMP version. Valid option: V2

IGMP Listening Mode

IGMP snooping, as implied by the name, is a feature that allows a network switch to listen in on the IGMP conversation between hosts and routers. By listening to these conversations the switch maintains a map of which links need which IP multicast streams. Multicasts may be filtered from the links which do not need them. Valid option: Snooping, Default: Snooping

IGMP ACL

Enable or disable IGMP ACL. An IGMP access list accepted only a standard access list, allowing membership reports to be filtered based only on multicast group addresses. Default: Enable

IGMP Fast Leave

The feature of IGMP fast leave is to improve the “Delayed Leave” Problem. When the IGMP device received leave Group message from IGMP client immediately the IGMP device sends the Query to the IGMP client. If the IGMP client has no any response in a certain time, the Switch removes the IGMP client from the multicast group. Default: Enable

With IGMP Fast Leave

1. After IGMP device received leave message from the port 1STB IGMP, the IGMP device response query to port 1 IGMP client.

2. If there is no response from port 1 IGMP client in a certain time, the IGMP device

will remove the leave port (port 1) from the multicasting group (channel).


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Figure 4-1 IGMP Fast Leave


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Without IGMP Fast Leave

1. After IGMP device received leave message from the port 1STB IGMP, the IGMP device will forward leave message to multicast router.

2. After multicast router received the leave message, the multicast router will

response specific query to the IGMP device and device will forward the query to all STB which join in the same IGMP group (IP TV channel).

3. The IGMP client response the query by membership report to IGMP device and

the IGMP device forward to multicast router.

4. After the IGMP operation process the IGMP device will remove the leave port (port 1) from the multicasting group (channel).

Figure 4-2 IGMP Fast Lea


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4.3 xDSL Port Configuration Menu Set specific ADSL port to apply functions i.e. line type, rate, transmission Mode, line/alarm profile, rate adaptation, power management, bridge profile. Table 4-5 xDSL Port Configuration

Command 3: 1.Provisioning Menu > 3.xDSL Port Configuration Menu

Purpose: Apply specific line/Alarm, bridge profile, preferred standard and power management for selected xDSL Port.

Sample:


a start port Specify the beginning xDSL port to be configured.

an end port Specify the ending xDSL port to be configured


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Admin State It specifies the status of service. Valid option: UP (in service), DOWN (out of service). Default: UP

Line Type Valid option: Interleave, Fast

Preferred Standard

Modify ADSL Transmission Mode. Valid option includes:

ANSI T1.413 Annex A

The maximum DS/US rate: 8Mbps/1.3Mbps

Auto Auto detect

G.992.1 Annex A The maximum DS/US rate: 8Mbps/1Mbps

G.992.2 Annex A

The maximum DS/US rate: 1.5Mbps/0.5Mbps

G.992.3 Annex A


G.992.3 Annex L The maximum DS/US rate: 12Mbps/2.5Mbps

G.992.3 Annex Annex M

Complied with G992.3/G992.5 (Upstream rate reach up to 2.5Mbps)

G.992.5 Annex A


G.992.5 Annex M


G.992.1/2/3/5 Annex A Complied with T1.413 G.992.1/2/3/5

G.992.3 G.992.5 Annex M

Complied with G.992.3/G.992.5 Annex M (Extend ADSL’s Reach).

G.992.3 G.992.5 Annex A Annex M

Complied with G.992.3/G.992.5 Annex A/M (Extend ADSL’s Reach).

Line Profile Specifies an assigned line profile to be applied see page 25.

Alarm Profile Specifies an assigned Alarm profile to be applied see page 28.

Rate Adaptation To activate rate adaptation for specified ADSL port. Valid option: Enable, Disable

Power Management

To activate power saving function for specified ADSL port. Valid option: Enable, Disable

ATM Bridge 1/2/3 Specifies an assigned bridge profile to be applied.


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4.4 xDSL Port Information

Configure phone number which mapping with specific ADSL port. Table 4-6 xDSL Port Information

Command 4: 1.Provisioning Menu > 4.xDSL Port Information Menu

Purpose: Configure line information which mapping with xDSL Port. Sample:


Select a start port

Specifies the beginning xDSL port to be configured.

Select an end port

Specifies the ending xDSL port to be configured

Phone Number Specifies the phone number for mapping with related xDSL port

Description Specifies the detailed description about xDSL port.


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4.5 ATM QoS Profile

This menu enables users to configure and modify the ATM traffic QoS. However, this step could be skipped if no advanced requirements compare to default setting. As for other special QoS applications, refer to & Chapter 4.5.1. This session contains the following information: ● Unshaped Traffic Configuration ● Shaping Traffic Types ● Policing Traffic Types

Table 4-7 ATM QoS Profile

Command 5: 1.Provisioning Menu> 5. ATM Qos Profile Menu

Purpose: Configure a specified ATM traffic. Sample: indicates details of default value QoS-Default.

Sample:


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4.5.1 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 following items: Remarks: Following option for advanced application

Shaping

Types Description

rt-VBR Variable Bit Rate (real time)

nrt-VBR Unspecified Bit Rate (none real time)

Policing prevents congestion in network system by monitoring inbound traffic for excess bit rate. It contains following: Policing Types Description

CBR Constant Bit Rate

VBR

Variable Bit Rate: The Variable Bit Rate (VBR) ATM traffic class is used with burst connections that used to VBR traffic class can be grouped into real time (rt-VBR) or non-real time (nrt-VBR) connection.

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.

UBR

Unspecified Bit Rate: The Unspecified Bit Rate (UBR) ATM traffic class is similar to the ABR traffic class for burst data transfers. However, while ABR gives subscribers a set amount of bandwidth, UBR doesn’t guarantee any bandwidth and only delivers traffic when the network has spare bandwidth


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4.6 ATU-C Channel Profile

Configure IGMP channel profile for IPTV application Table 4-8 ATU-C Channel Profile

Command 6: 1.Provisioning Menu > 6.ATU-C Channel Profile

Purpose: Configure specified channel profile by mapping with specific channel IP and VID for IGMP group setting.

Example:


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Max Channel Count

It specifies the maximum channels join concurrently. Valid option: 1-20

Max IGMP Message Count

It specifies the maximum message deal with concurrently. Valid range: 0~65535

User VID Mode

Valid option: Bridge VLAN ID Individual: Identify its own different VID for each IGMP IP

Provider VID Mode

Valid option: Bridge VLAN ID Individual Specific

Channel IP 1~10 It specifies the exact IP for joining IGMP group.

User VID

Provider VID Valid option: 0-4000


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4.7 ATU-C Bridge Menu

This menu enables users to configure bridge profile. Table 4-9 ATU-C Bridge Profile Menu

Command 7: 1.Provisioning Menu > 7.ATU-C Bridge Profile Purpose: Configure features about bridge profile.

Example


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Bridge Mode It specifies the status of bridge service. Valid option: Activation, Deactivation

VPI It specifies a virtual path identity. Valid range: 0~255. Default: 1

VCI It specifies the Virtual connection identity. Valid range: 0~65535. Default: 35

VLAN ID It specifies the VLAN ID. Valid range: 0~4000. Default: 16

VLAN Priority It specifies the priority. Valid range: 0~7, Default: 0

QoS Profile 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: It means "LLC Encapsulation" method which allows

multiplexing of multiple protocols over a single ATM virtual connection (VC).

2. VCMUX (Default): 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.

Max Mac It specifies maximum numbers of MAC address that can be learned by specified Ethernet port. Valid Range: 1~1024, Default: 10

Egress tagging:

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.

Ingress filter

It specifies ingress filter status. 1. On (Default): 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.


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Acceptable Frame

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.

VLAN stacking mode

It specifies the way whether to add an additional ID in egress ports. Valid option includes: 1. Add VLAN: Add an additional VID besides its own original

VID according to user assigned. It supports IEEE 802.1q Q-in-Q VLAN.

2. EXT VLAN: Replaces its own original VID of packets from egress ports with default VID.

3. OFF: No any action in egress port.

VLAN tunneling mode

It specifies the way to deal with packets from ingress ports. 1. OFF (Default): There are 2 conditions appears for this mode

as below : • Remains original VID of incoming packets if incoming

packet with its own tag. • Add the default VID if incoming packet without its own tag.

2. 1q1q: Supports Q in Q mode which the default VID should be added on original VID of incoming packets from DTE.

IGMP Relay Agent Enable/Disable (Default) service of IGMP Relay Agent.

PPPoE Intermediate Agent

Enable/Disable (Default) service of PPPoE Intermediate Agent.

DHCP Relay Option 82

Enable/Disable (Default) service of DHCP Relay Option 82.

Channel Profile 1 It specified the channel profile name. Default: Channel- Default


25

4.8 ATU-C Line Profile

This session introduces commands to configure ADSL port and its own line profile. The parameters cover transmission rate, SNR target margin, and interleave delay, etc. The ADSL port profile is independent and configuration takes effect on specific port only.

4.8.1 Configure Line Profile

The 1st Step: Set desired line profiles via Command 8 (see below). The 2nd Step: Assign ATU-C port to apply specified line profile via Command 3, (see page 15).

Table 4-10 Modify ADSL Line Profile

Command 8: 1.Provisioning Menu > 8. ATU-C Line Profile Menu

Purpose: Configure line profile of ADSL. Sample:

(to be continued)


26


Profile name It specifies name of ADSL line profile. Valid range: string 1~20 character

Upstream Min/Max Rate (bps)

Configured minimum / maximum transmit rate for upstream. Valid values: 32,000~3,840,000 bps for min. /max. rate Default: 32,000 bps

Upstream Min/Max SNR (dB)

Configured minimum / maximum acceptable SNR margin. If the SNR margin is above this value, the CO ADSL should attempt to reduce its power output to optimize its operation. Valid values: 0~31 dB for min./ max. SNR Default: 0 dB for min. SNR; 31 dB for max. SNR

Upstream Target SNR(dB)

Configured target SNR margin of upstream. Valid values: 0~31 dB, Default: 1 dB

Upstream Interleave Delay (ms)

Interleave Delay defines the mapping (relative spacing) between subsequent input bytes at the interleave input and their placement in the bit stream at the interleave output. Valid values: 0~63 ms, Default: 1 ms


27

Upstream/Dnstream INP

It means “Impulse Noise Protection”. Impulse noise in multicarrier systems behaves effectively as a modulating signal that controls the first moment of the background Gaussian noise. Valid values: 0.5, 0~16 (step 1), Default: 1

Downstream Min/ Max Rate (kbps)

Configured minimum / maximum transmit rate for downstream. Valid values: 32,000~32,736,000 bps for min./max. rate Default: 32,000 bps

Downstream Min/ Max SNR (dB)

Configured minimum / maximum acceptable SNR margin. If the SNR margin is above this value, the CO ADSL should attempt to reduce its power output to optimize its operation. Valid values: 1~31 dB for min. / max. Snr Default: 0 dB for min. SNR; 31 dB for max. SNR

Downstream Target SNR (dB)

Configured target SNR margin. Valid values: 0~31 dB Default: 1dB

Downstream Interleave Delay

Refer to description of Atuc Interleave Delay. Valid values: 0~63 ms Default: 1 ms


28

4.9 ATU-C Alarm Profile This session introduces some commands to configure the ADSL alarm profile and mapping available alarm profile to specific ADSL port. The parameters cover alarm types: ES (Error Seconds), SES (Severely Error Seconds), UAS (Unavailable Seconds)

4.9.1 Configure/Modify ADSL Alarm Profile

The step 1st: Set desired alarm profiles via Command 9 (see below table). The step 2nd: Assign ADSL port to apply specified alarm profile via Command 3, (see page 15).

Table 4-11 Configure/Modify ADSL Alarm Profile

Command 9 : 1.Provisioning Menu> 9.ADSL Alarm Profile

Purpose: Configure the alarm profile of ADSL. Sample:


29

Profile name It specifies name of ADSL alarm profile. Type: string 20 characters

Atuc 15Min ES Threshold

Configured the lowest limit of upstream Error Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0

Atuc 15Min SES Threshold

Configured the lowest limit of upstream Severe Error Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0

Atuc 15Min UAS Threshold Configured the lowest limit of upstream Unavailable

Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0

Atur 15Min ES Threshold Configured the lowest limit of downstream Error Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0

Atur 15Min SES Threshold

Configured the lowest limit of downstream Severe Error Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0

Atur 15Min UAS Threshold

Configured the lowest limit of downstream Unavailable Seconds that is permitted to occur within 15 minutes. Valid range: 0~900, Default: 0


30

4.10 Static VLAN Table

Configure a specific VLAN to be applied for specific ADSL port or bridge port.

Table 4-12 Configure Static VLAN Table

Command 10 : 1.Provisioning Menu>10.Static VLAN Table

Purpose: Configure a specific VLAN for specific ADSL port or bridge port. Sample:

Interface It specifies which port to be applied for specific VID. Valid option includes xDSL port 1~24, Uplink

Bridge Port It specifies fair queuing according to weight setting in time of Congestion. Valid option: 1~3

Egress Member

It specifies the acceptable mode of egress 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.


31

4.11 VLAN Rate Limit

Configure CIR (Mbps) according to Broadcast and Flooding for a specific VLAN ID.

Table 4-13 Configure VLAN Rate Limit

Command 11 : 1.Provisioning Menu>11.VLAN Rate Limit

Purpose: Configure CIR (Mbps) based on Broadcast and Flooding for a specific VLAN ID.

Sample:

Broadcast CIR (Mbps)

It specifies which port to be applied for specific VID. Valid range: 1~1000, Measurement: Mbps

Flooding CIR Specifies flooding CIR size to be limited. Valid range: 1~1000


32

Chapter 5 Alarm Menu

Alarm Menu includes submenus as shown on Table 5-1.

Table 5-1 Submenus of Provision

Alarm Menu Function

1. List Current Alarm Display present data of current alarm.

2. List Alarm History Display existing data historical alarm.

3. Clear Alarm History Clear historical alarm data.

4. Operate Alarm Cut Off Terminate the audio alarm when alarm occurred.

5. Modify Alarm Severity Modify severity (option: Critical, Major, Minor, Info, Event) and whether to be notified about each alarm type.

6. Modify Alarm Reporting Modify severity and notifiable option of alarm types.

7. External Alarm State View present status of each alarm input/output.

5.1 List Current Alarms

List Current Alarms menu enables users to view data of current alarm. Table 5-2 List Current Alarms

Command 12 : 2.Alarm Menu >1.List Current Alarms Menu

Purpose: Display present data of current alarm.


33

5.2 List Alarm History

Table 5-3 List Alarm History

Command 13: 2.Alarm Menu >2.List Alarm History

Purpose: Display existing historical alarm.

Example:

5.3 Clear Alarm History

Table 5-4 Clear Historical Alarm

Command 14: 2.Alarm Menu >3.Clear Alarm History

Purpose: Clear data of historical alarm. Example:


34

5.4 Operate Alarm Cut Off

Table 5-5 Operate Alarm Cut Off

Command 15: 2.Alarm Menu >4.Operate Alarm Cut Off

Purpose: Terminate the audio alarm when alarm occurred.

Example:

5.5 Modify Alarm Severity

Table 5-6 Modify Alarm Severity

Command 16: 2.Alarm Menu >5.Modify Alarm Severity

Purpose: Modify or display severity (i.e. Critical, Major, minor, event, Info) for each alarm item. The default setting displayed as below.

★Note: Current Alarm only includes alarm severity such as “critical”, “current”, “major” and “minor”.

Example:


35

Alarm severity It specifies which alarm severity of alarm type to be configured including critical, major, minor, status and event. Default: “Major” for all alarm types; “event” for threshold.


36

5.6 Modify Alarm Reporting

Table 5-7 Modify Alarm Reporting

Command 17: 2.Alarm Menu >6.Modify Alarm Reporting

Purpose: Modify notifying setting whether to be notified about each alarm item. The default setting displayed as below.

Example:


37

Alarm Reporting It specifies notify way whether alarm types to be reported to trap

server. Valid Option:

1. YES: Sent out alarm report to trap server when a specific alarm occurred.

2. No: Don’t send out report to trap server when a specific alarm occurred.


38

5.7 External Alarm State

Table 5-8 External Alarm State

Command 18: 2.Alarm Menu >7.External Alarm State

Purpose: View status of external alarm. Example:


39

Table 5-9 Alarm Description

Alarm Type Alarm Description

Specified line failures bit field about ATU-C/ATU-R. The meaning of all bits is as follows: 0: No failure present on the line 1: A failure is detected on the line.

LOF

It means Loss-of-frame failure. A (far-end) LOF failure is declare+d after 2.5+-0.5 s of contiguous (RDI) SEF defect, except when an (far-end) LOS defect or failure is present (see LOS definition blow). A (far-end) LOF failure is cleared when (far-end) LOS failure is declared, or after 10 +- 0.5 s of no (RDI) SEF defect.

LOS

It means Loss-of-signal failure. A (far-end) LOS failure is declared after 2.5 +- 0.5 s of contiguous (farend) LOS defect, or, if (far-end) LOS defect is present when the criteria for (far-end) LOF failure declaration have been met (see LOF definition below). A (far-end) LOS failure is cleared after 10 +- 0.5 s of no (far-end) LOS defected.

LPR

It means Loss-of-power failure. • LPR_NE: An LPR failure is declared after 2.5 +- 0.5 s of contiguous nearend

LPR primitive presence. An LPR failure is cleared after 10 +- 0.5 s of no near-end LPR primitive presence.

• LPR_FE: A far end Loss of power - LPR-FE failure is declared after the occurrence of a far end LPR primitive followed by 2.5 +- 0.5 s of contiguous near end LOS defected. A far end LPR failure is cleared after 10 +- 0.5 s of no near end LOS defected.

LOM It means Loss of margin failure. This failure will be generated in case of minimum margin for ATU-C/ATU-R is not guaranteed in the system anymore.

LOL Loss of link LOL indicates a loss-of-link condition according to RFC2662.

Table 5-10 Alarm Threshold Description


ES

It means Errored Seconds. This parameter is a count of 1 second intervals with following factors: 1. one or more CRC 8 anomalies summed over all received bearer channels 2. one or more LOS defects 3. one or more SEF defects 4. one or more LPR defects

SES It means Severely Errored Seconds. This parameter is a count of 1 second intervals with 18 or more CRC 8 anomalies summed over all received bearer


40


channels and related definition refer to items 2~4 of “ES”. If a common CRC is applied over multiple bearer channels, then each related CRC-8 anomaly shall be counted only once for the whole set of bearer channels over which the CRC is applied.

UAS

It means Unavailable Seconds. This parameter is a count of 1 second intervals for which the ADSL line is unavailable. The ADSL line becomes unavailable at the onset of 10 contiguous SES Ls. The 10 SESs are included in unavailable time. Once unavailable, the ADSL line becomes available at the onset of 10 contiguous seconds with no SESs. The 10 seconds with no SESs are excluded from unavailable time.

LOSS It means Loss of Signal Seconds. This parameter is a count of 1 second intervals containing one or more LOS defected.

LOFS

It means Loss of Frame Seconds. This parameter is a count of 1 second intervals for which the ADSL line is in Loss of frame (LOF) state. An LOF failure is declared after 2.5 + 0.5 s of contiguous SEF defected, except when an LOS defect or failure is present (see LOS definition above). A LOF failure is cleared when LOS failure is declared, or after 10 + 0.5 s of no SEF defect.

LOLS It means Loss of Link Seconds. This parameter is a count of 1 second intervals for which the ADSL line is in Loss of Link (LOL) state. This parameter can be 0 only for near-end.

LPRS

Loss of Power Seconds. This parameter is a count of 1 second intervals for which the ADSL line is in Loss of power (LPR) state. LPR failure is declared after 2.5 + 0.5 s of contiguous near-end LPR primitive presence. LPR failure is cleared after 10 + 0.5 s of no near-end LPR primitive presence. This parameter can be 0 only for far-end.


41

Chapter 6 Status Menu

Table 6-1 Submenus of Status

The 1st tier menu of Status Function

1. ADSL Port Status Display connection rate and status of ADSL port.

2. ADSL Port Status Overview Menu

Display Linkage status of Ethernet interface

3. Forwarding Table Display a table of MAC addresses to be forwarded

4. Forwarding Table Menu-Uplink

Display a table of MAC addresses of GE Ethernet port.

5. Forwarding Table Menu-ADSL

Display a table of MAC addresses of Ethernet port.

6. IGMP Group Table List a table for IGMP group IP Address per port.

7. LED Status Display LED status of device. Blink: It stands for that channel not connected.


42

6.1 ADSL Port Status

Table 6-2 ADSL Port Status

Command 19: 3.Status Menu >1.ADSL Port Status

Purpose: Display linkage status, data rate and other data of each channel.

Example:

(to be continued)


43

Example:


44

6.2 ADSL Port Status Overview

Table 6-3 ADSL Port Status Overview

6.3 Forwarding Table

Table 6-4 Forwarding Table

Command 21: 3.Status Menu >3. Forwarding Table

Purpose: Display a table of those MAC addresses to be forwarded.

Example:

Command 20: 3.Status Menu >2.ADSL Port Status Overview

Purpose: Display ADSL port status about activation, mode, US-Rate, US-SNR. Example:


45

6.4 Forwarding Table-Uplink

Table 6-5 Forwarding Table-Uplink

Command 22: 3.Status Menu >4. Forwarding Table-Uplink

Purpose: Display MAC address to be learned upon uplink port. Example:

6.5 Forwarding Table-ADSL

Table 6-6 Forwarding Table-ADSL

Command 23: 3.Status Menu >5. Forwarding Table-ADSL

Purpose: Display a table of MAC addresses to be learned upon ADSL port. Example:


46

6.6 IGMP Groups Table Menu

IGMP Group Table menu lists all active channels that broadcasting data to required users’ IP.

Table 6-7 IGMP Group Table

Command 24: 4.Statistic Menu >6.IGMP Groups Table

Purpose: Lists active channels that broadcasting data to required users’ LIP.

Example:


IP It specifies channel IP which is on line to be requested by subscribers.

Uptime It specifies how much time for transmission since subscriber’s IP start to report to IGMP server.

Expires Indicates how many remaining seconds to terminate transmission of IGMP packets when network is without IGMP query from subscribers.

Last Reporter Indicates the IP of last subscribers kept reporting to IGMP server.

Count Indicates how many subscribers kept reporting to IGMP server.


47

6.7 List LED Status

Table 6-8 List LED Status

Command 25: 3.Status Menu >7. LED Status

Purpose: Display LED status of device. Blink: It stands for that channel not connected.

Example:


48

Chapter 7 Statistic Menu

Table 7-1 Submenus of Statistic Menu

The 1st tier of Statistic Menu Function

Uplink Port Traffic Statistic Menu Display packet calculation of uplink port.

ADSL Port Traffic Statistic Menu Display packet calculation of specific ADSL port.

ADSL Port Bandwidth Menu List amount of registered call and current call.

7.1 Uplink Port Traffic Statistic Menu

Table 7-2 Uplink Port Traffic Statistic

Command 26: 4.Statistic Menu >1. Uplink Port Traffic Statistic

Purpose: Display packet calculation of uplink port. Example:


49

7.2 ADSL Port Traffic Statistic Menu

Table 7-3 ADSL Port Traffic Statistic

Command 27: 4.Statistic Menu >2. ADSL Port Traffic Statistic

Purpose: Display packet calculation of ADSL port. Example:


50

7.3 ADSL Port Bandwidth Menu

Table 7-4 ADSL Port Bandwidth Menu

Command 28: 4.Statistic Menu >3. ADSL Port Bandwidth

Purpose: List bandwidth calculation of bridge ports (1-3) according to 5 sec, 3 min, 10 min. Example:


51

Chapter 8 PM Menu

Table 8-1 Submenus of PM Menu

The 1st tier of PM Menu Function

ADSL 15min Line PM Menu

Display line performance counters per 15 minutes about ADSL port.

ADSL 1 day Line PM Menu Display packet calculation of specific ADSL port.

ADSL 15min Path PM Display path performance counters per 15 minutes about ADSL port.

ADSL 1 day Path Menu Display path performance counters per 1 day about ADSL port.

Clear PM Menu Clear specified PM data.

8.1 ADSL 15min Line PM Menu

Table 8-2 ADSL 15min Line PM Menu

Command 29: 5.PM Menu >2. ADSL 15min Line PM

Purpose: Display line performance counters per 15 minutes about ADSL port. Example:


52

8.2 ADSL 1 day Line PM Menu

Table 8-3 ADSL 1 day Line PM Menu

Command 30: 5.PM Menu >2. ADSL 1 day Line PM

Purpose: Display line performance counters per 1 day about ADSL port. Example:

8.3 ADSL 15min Path PM Menu

Table 8-4 List 15min Path PM Menu

Command 31: 5.PM Menu >3. ADSL 15min Path PM

Purpose: Display path performance counters per 15 minutes about ADSL port. Example:


53

8.4 ADSL 1 day Path PM Menu

Table 8-5 List 1 day Path PM Menu

Command 32: 5.PM Menu >4. ADSL 1 day Path PM

Purpose: Display path performance counters per 1 day about ADSL port. Example:

8.5 Clear PM Menu

Table 8-6 Clear PM Data

Command 33: 5.PM Menu >5. Clear PM Data

Purpose: Clear specified PM data.

Example:


54

Chapter 9 Testing Menu

The 1st tier Menu of Testing Menu

Function

1. Lamp Test Menu Execute lamp test.

2. OAM Loopback Test Menu

OAM defines standardized cells that are sent within the user data stream to provide particular information about a network and its elements.

9.1 Lamp Test

Table 9-1 Lamp Test

Command 34: 6.Testing Menu >1.Lamp Test

Purpose: Execute lamp test. Example:


55

9.2 OAM Loopback Test Menu The Operations and Management (OAM) provides functions as below: ● Fault detection, Fault localization, Performance monitoring OAM defines standardized cells that are sent within the user data stream to provide particular information about a network and its elements. Table 9-2 OAM Loopback Test

Command 35: 6. Testing Menu >2.OAM Loopback Test

Purpose: Sent OAM loop back cell. Example:

Location ID It specifies the structure of those packets will be sent out for testing. Valid option: All-0s, All-1s


56

Chapter 10 Administration Menu

Administration menu includes submenus to configure below setting and Load Factory Default as shown on Table 10-1.

Table 10-1 Administration Menu

The 1st tier menu of Administration Function

1. Version Information Display version Information.

2. System Information List version information of device.

3. Modify Date and Time Display Date and Time

4. Temperature Threshold

1.Alarm Threshold: Set threshold of triggering the temperature alarm

2. Alarm Goes Away: Set temperature value for releasing temperature alarm.

5. Save Configuration Save modifications into database after executing any or a series of commands.

6. Firmware Upgraded Remote upgrade the firmware of specified unit.

7. Reboot and Load Factory Default (*) Reboot and recover default setting

8. Schedule Reboot Set exact schedule to auto-reboot daily/weekly on schedule.

9. Database Backup and Restore Backup and restore configuration of system.

10. User Management Modify the account name & password of system access.

11. LAN Setting (*) Modify IP data of device for Out-band application.

12. SNMP Access Communities Modify the authority and SNMP port of SNMP communities.

13. SNMP Trap Communities Modify SNMP Trap Communities

14. Web GUI Setting Enable/Delete web GUI setting.

15. Set Session Idle Time Set time limitation to end up idle status about remote operation access.

16. System Log Client Set IP address to store log records of system.

17. System Configuration Activate “Auto Apply Profile”, “Bandwidth Counter”.


57

10.1 Version Information Menu

Table 10-2 Version Information Menu

Command 36: 7.Administration Menu >1. Version Information Menu

Purpose: List version, MAC address of device.

Example:


58

10.2 System Information Menu

Table 10-3 System Information Menu

Command 37: 7.Administration Menu >2.System Information Menu

Purpose: List device information, external alarm state of device.

Example:


59

10.3 Modify Date and Time Menu

Table 10-4 Modify Day and Time Menu

Command 38: 7.Administration Menu >3.Modify Date And Time Menu Purpose: Set date and time of system. Example:

10.4 Temperature Thresholds

Table 10-5 Set Temperature Threshold Menu

Command 39 : 7.Administration Menu >4.Temperature Threshold Menu

Purpose: 1. Temperature Threshold: Set threshold of triggering the temperature alarm 2. Temperature Alarm Release Threshold: Set which temperature value for

releasing temperature alarm. Sample:


60

10.5 Save Configuration

This 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 “Save Configuration” to executed in the last process after finishing any setting.

Table 10-6 Save Configuration

Command 40 : 7.Administration Menu >5.Save Configuration

Purpose: Save modifications into database after executing any or a series of commands.

Example:


61

10.6 Reboot and Factory Default

Related option of “System Reboot Menu” shown on below: ● None: Reboot system independently (see Table 10-7). ● Save Configuration: Save configuration automatically before rebooting system. ● Factory Default All: Recover all settings including IP Network as default value

before rebooting system.

Note: Networks disconnection might be happened after execution of “Factory Default All”. Set IP value via Command 45: 7.Administration Menu >11. LAN Setting (*)

● Factory Default without Network: Recover mostly settings (excluding IP Network as remarks below) as default value before rebooting system. Remarks: Following items will be remained as previous value Command 10 : 1.Provisioning Menu>10.Static VLAN Table Command 45: 7.Administration Menu >11. LAN Setting (*) Command 46: 7.Administration Menu >12. SNMP Access Communities Command 47: 7.Administration Menu >13. SNMP Trap Communities Menu Command 48: 7.Administration Menu >14. Web GUI Setting

Note: (*) stands for system will auto-reboot to activate this setting. Table 10-7 Reboot and Factory Default Menu-None option

Command 41: 7.Administration Menu >7.Reboot and Factory Default Menu

Purpose: Reboot system according to following option: None, Save Configuration, factory default all, factory default without Network.

Example 1:


62

10.7 Schedule Reboot

Table 10-8 Schedule Reboot Menu

Command 42: 7.Administration Menu >8.Schedule Reboot Menu

Purpose: Set exact schedule to auto-reboot daily/weekly on schedule. Example:


63

10.8 Database Backup and Restore

Related option of “Backup and Restore Menu” shown on below: ● Backup Database: Backup system configuration to the saver PC (see Table

10-9). ● Restore Database All: Store configuration file including IP Network from server

to device after finishing backup procedure ● Restore Database without Network: Store configuration file excluding IP

Network from server to device after finishing backup procedure. Remarks: Following items will be remained as previous value Command 10 : 1.Provisioning Menu>10.Static VLAN Table Command 45: 7.Administration Menu >11. LAN Setting (*) Command 46: 7.Administration Menu >12. SNMP Access Communities Command 47: 7.Administration Menu >13. SNMP Trap Communities Menu Command 48: 7.Administration Menu >14. Web GUI Setting

● Backup System Log: Backup all operational records.

Preparing procedure as following:

Step 1: Make sure location of backup file in TFTP server. Step 2: Modify same subnet of device (such as 10.0.0.x) with TFTP server,

supposing IP of TFTP server is 10.0.0.1. Step 3: Initiate TFTP software in the server PC. Step 4: Execute “Backup Database”. Step 5: Execute “Restore Database All”.


64

Table 10-9 Database Backup Configuration Menu

Command 43: 7.Administration Menu >9. Database Backup and Restore Purpose: 1.Backup configuration data.

Example

10.9 User Management

Set and modify password and user account for accessing operation.

Table 10-10 User Management

Command 44: 7.Administration Menu >10.User Management

Purpose: Modify/List a user account name and its password. Valid length of digit for user name: 5~12 charts. Example :


65

10.10 LAN Setting (*) Menu Table 10-11 LAN Setting Menu

Command 45: 7.Administration Menu >11. LAN Setting (*)

Purpose: Display & modify Network setting. Example:

10.11 SNMP Access Communities Table 10-12 SNMP Access Communities Menu

Command 46: 7.Administration Menu >12. SNMP Access Communities

Purpose: Display & modify authority and SNMP port of SNMP communities. Example:


66

10.12 SNMP Trap Communities Table 10-13 Modify SNMP Trap Communities Menu

Command 47: 7.Administration Menu >13. SNMP Trap Communities Menu

Purpose: Modify the current IP and Trap port for getting alarm message about ISAP. Example:


67

10.13 Web GUI Setting

Table 10-14 Relay Agent Setting Menu

Command 48: 7.Administration Menu >14. Web GUI Setting

Purpose: Enable/Disable Web GUI function.

Example:

10.14 Set Session Idle Time

Table 10-15 Schedule Auto Reboot Menu

Command 49: 7.Administration Menu >15.Set session Idle Time

Purpose: Set time limitation to end up idle status about remote operation access. Default value: 300 seconds, 0 means “disable” this function.

Example:


68

10.15 System Log Client

Set IP address to store log records of system for debug purpose. Table 10-16 System Log Client

Command 50 : 7.Administration Menu >16.System Log Client

Purpose: Set IP address to store log records of system. Example:

10.16 System Configuration Enable/Disable functions of “Profile Auto Apply Action”, “Bandwidth Counter”. Table 10-17 System Log Client

Command 51 : 7.Administration Menu >17.System Configuration

Purpose: Set “Profile Auto Apply Action”, “Bandwidth Counter”

Example:


69

10.17 Firmware Upgrade

It describes following processes to execute remote upgrade.

10.17.1 Cable Linkage

Figure 10-1 Cable Linkage

10.17.2 Upgrade Procedure

Remote upgrade procedure includes three steps as following: Step 1: Make sure location of new firmware in TFTP server.

Step 2: Modify the same type of ① Network and ② subnet between ISAP setting and linkage via Command 45: 7.Administration Menu >11. LAN Setting (*)

①“Fast Ethernet” supported in the network linkage so that the LAN setting could be “Fast Ethernet” about ISAP.

② Set ISAP as 10.0.0.x (Set the same subnet with TFTP server, supposing IP of TFTP server is 10.0.0.1)

Note: The sign “*” means “auto-reboot” system after modification has been done about Network command.

Step 3: Execute firmware upgrade via menu: 7.Administration >6.Firmware Upgrade (see 10.17.3)

Step 4: Reboot ISAP-2102 to activate new firmware via menu: 7.Administration >7.Reboot and Factory Default (*)


70

10.17.3 Example of Firmware Upgrade

Table 10-18 Firmware Upgrade

Command 52 : 7.Administration >6.Firmware Upgrade Menu

Purpose: Upgrade new firmware version via remote site

Example:


71

Chapter 11 Example of Q-in-Q Setting

This chapter describes how to configure Q-in-Q mode for specified xDSL ports or Ethernet ports.

11.1 Configuration Q-in-Q mode

Following figure illustrates procedure about setting up Q-in-Q mode for specified xDSL ports. Users may configure Q-in-Q according to detailed procedures as below.

Figure 11-1 Q-in-Q Structure

ISAP

Host PC

Phone Line Internet

Modem VID20 (VID10) Untagged Untagged

• Downstream- See Step 5 Add VID 20 with Egress Untagged at xDSL port via “Static VLAN Tale” menu

• Add Bridge profile with VLAN VID 10 (step1)

• Upstream-Configure xDSL Port to apply Bridge profile (step 2)

• Upstream- See Step 3 Set Q-in-Q with VID 20 via “General Configuration” Menu

• Downstream- See Step 4 Add VID 10 with Tagged mode for uplink interface via “Static VLAN Table” menu


72

11.2 Procedure of Q-in-Q mode Step 1: Add a new Bridge profile with VID 10. Other parameters could be

configured as default value.

Table 11-1 Add Bridge Profile with VID 10

Command 7: 1.Provisioning Menu > 7.ATU-C Bridge Profile Example:


73

Step 2: Configure specific xDSL port to apply specific Bridge Profile (name: New

Bridge). Other parameters could be configured as default value.

Table 11-2 xDSL Port Configuration for Q-in-Q

Command 3: 1.Provisioning Menu > 3.xDSL Port Configuration Menu

Example:


74

Step 3: Enable Q-in-Q with VLAN ID 20 via “General Configuration” Menu.

Table 11-3 General Configuration for Q-in-Q

Command 1: 1.Provisioning Menu > 1.General Configuration Menu

Example:


75

Step 4: Configure VID 10 to be passed through at Uplink interface with Egress Tagged (downstream) via “Static VLAN Table “menu.

Table 11-4 Static VLAN Table for VID 10


Example:


76

Step 5: Configure VID 20 to be untagged at specific ADSL port (downstream).

Table 11-5 Static VLAN Table for VID 20


Example:


77

Appendix Abbreviations and Acronyms

The abbreviations and acronyms used in this document.

Table 0-1 Abbreviations and Acronyms Table

Abbreviations Full Name AAL ATM Adaptation Layer ADSL Asymmetric Digital Subscriber line AIS Alarm Indication Signal ATM Asynchronous Transfer Mode ATU-C ADSL Transceiver Unit at the central office end ATU-R ADSL Transceiver Unit at the remote end CBR Constant Bit Rate CV Coding Violation DSLAM Digital Subscriber line Access Multiplexer ES Error Seconds EoA Ethernet over ATM GE Gigabit Ethernet IP Internet Protocol LAN Local Area Network LOF Loss of Frame LOS Loss of Signal LPR Loss of Power OAM Operation, Administration, and Maintenance PCR Peak Cell Rate PSD Power Spectral Density PVC Permanent Virtual Channel rtVBR Real time Variable Bit Rate SCR Sustainable Cell Rate SNR Signal-to Noise Ratio SNMP Simple Network Management Protocol UAS Unavailable Seconds UBR Unspecified Bit Rate VC Virtual Channel VCI Virtual Channel Identify VCL Virtual Channel Link VDSL Very high-speed Digital Subscriber line VLAN Virtual Local Area Network


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Abbreviations Full Name VP Virtual Path VPI Virtual Path Identifier WAN Wide Area Network xDSL ADSL/VDSL


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Appendix Commands List Command 1: 1.Provisioning Menu > 1.General Configuration Menu .......................................................... 9 Command 2: 1.Provisioning Menu > 2.IGMP Configuration (*) .................................................................. 11 Command 3: 1.Provisioning Menu > 3.xDSL Port Configuration Menu ....................................................15 Command 4: 1.Provisioning Menu > 4.xDSL Port Information Menu ........................................................17 Command 5: 1.Provisioning Menu> 5. ATM Qos Profile Menu ..................................................................18 Command 6: 1.Provisioning Menu > 6.ATU-C Channel Profile ..................................................................20 Command 7: 1.Provisioning Menu > 7.ATU-C Bridge Profile .....................................................................22 Command 8: 1.Provisioning Menu > 8. ATU-C Line Profile Menu ..............................................................25 Command 9 : 1.Provisioning Menu> 9.ADSL Alarm Profile........................................................................28 Command 10 : 1.Provisioning Menu>10.Static VLAN Table .......................................................................30 Command 11 : 1.Provisioning Menu>11.VLAN Rate Limit ..........................................................................31 Command 12 : 2.Alarm Menu >1.List Current Alarms Menu ......................................................................32 Command 13: 2.Alarm Menu >2.List Alarm History ....................................................................................33 Command 14: 2.Alarm Menu >3.Clear Alarm History ..................................................................................33 Command 15: 2.Alarm Menu >4.Operate Alarm Cut Off .................................................................................34 Command 16: 2.Alarm Menu >5.Modify Alarm Severity ..................................................................................34 Command 17: 2.Alarm Menu >6.Modify Alarm Reporting ...............................................................................36 Command 18: 2.Alarm Menu >7.External Alarm State ....................................................................................38 Command 19: 3.Status Menu >1.ADSL Port Status ........................................................................................42 Command 20: 3.Status Menu >2.ADSL Port Status Overview ........................................................................44 Command 21: 3.Status Menu >3. Forwarding Table .......................................................................................44 Command 22: 3.Status Menu >4. Forwarding Table-Uplink ............................................................................45 Command 23: 3.Status Menu >5. Forwarding Table-ADSL .............................................................................45 Command 24: 4.Statistic Menu >6.IGMP Groups Table ..................................................................................46 Command 25: 3.Status Menu >7. LED Status .................................................................................................47 Command 26: 4.Statistic Menu >1. Uplink Port Traffic Statistic .......................................................................48 Command 27: 4.Statistic Menu >2. ADSL Port Traffic Statistic........................................................................49 Command 28: 4.Statistic Menu >3. ADSL Port Bandwidth ..............................................................................50 Command 29: 5.PM Menu >2. ADSL 15min Line PM .....................................................................................51 Command 30: 5.PM Menu >2. ADSL 1 day LIne PM ......................................................................................52 Command 31: 5.PM Menu >3. ADSL 15min Path PM .....................................................................................52 Command 32: 5.PM Menu >4. ADSL 1 day Path PM ......................................................................................53 Command 33: 5.PM Menu >5. Clear PM Data ................................................................................................53 Command 34: 6.Testing Menu >1.Lamp Test ..................................................................................................54 Command 35: 6. Testing Menu >2.OAM Loopback Test .................................................................................55 Command 36: 7.Administration Menu >1. Version Information Menu .............................................................57 Command 37: 7.Administration Menu >2.System Information Menu ..............................................................58 Command 38: 7.Administration Menu >3.Modify Date And Time Menu ..........................................................59 Command 39 : 7.Administration Menu >4.Temperature Threshold Menu .......................................................59 Command 40 : 7.Administration Menu >5.Save Configuration .......................................................................60 Command 41: 7.Administration Menu >7.Reboot and Factory Default Menu .................................................61 Command 42: 7.Administration Menu >8.Schedule Reboot Menu .................................................................62 Command 43: 7.Administration Menu >9. Database Backup and Restore .....................................................64


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Command 44: 7.Administration Menu >10.User Management .......................................................................64 Command 45: 7.Administration Menu >11. LAN Setting (*) ............................................................................65 Command 46: 7.Administration Menu >12. SNMP Access Communities .......................................................65 Command 47: 7.Administration Menu >13. SNMP Trap Communities Menu .................................................66 Command 48: 7.Administration Menu >14. Web GUI Setting .........................................................................67 Command 49: 7.Administration Menu >15.Set session Idle Time ...................................................................67 Command 50 : 7.Administration Menu >16.System Log Client .......................................................................68 Command 51 : 7.Administration Menu >17.System Configuration .................................................................68 Command 52 : 7.Administration >6.Firmware Upgrade Menu ........................................................................70

Documents

ISAP-2102 (24 ports) IP-DSLAM - Technologies – … (24 ports) IP-DSLAM . Digital Subscriber Line Access Multiplexer. GUI Interface Operation Manual . Ver.1.4 January 2016