Operation.pdf

Operation NWD-107461-03E January, 2011

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iPASOLINK 200 SECTION II OPERATION

CONTENTS

DOCUMENT WARRANTY.....................................................................................................- 5 - 1. Getting Started.............................................................................................................1-1

1.1 Conventions Used in This Manual .......................................................................................... 1-1 1.2 LCT Communication Interface ................................................................................................ 1-1

1.2.1 Communications.............................................................................................................. 1-1 1.2.2 Local Port Interface ......................................................................................................... 1-2

1.3 Equipment Configuration of iPASOLINK................................................................................. 1-2 2. Installation of LCT .......................................................................................................2-1

2.1 Hardware Requirements......................................................................................................... 2-1 2.2 Software Requirements ..........................................................................................................2-2 2.3 OS Environment for Windows................................................................................................. 2-2

2.3.1 Internet Explorer..............................................................................................................2-2 2.3.2 Confirming and Setting TCP/IP ....................................................................................... 2-3

2.4 Recommended browser settings ............................................................................................ 2-4 2.4.1 Internet Explorer 8........................................................................................................... 2-4 2.4.2 Firefox 3.6.x..................................................................................................................... 2-7

3. System Configuration .................................................................................................3-1 3.1 General................................................................................................................................... 3-1 3.2 System Configuration ............................................................................................................. 3-2 3.3 System Overview.................................................................................................................... 3-4

3.3.1 IDU Block Diagram.......................................................................................................... 3-5 3.3.2 ODU Block Diagram ........................................................................................................ 3-5

3.4 Interfaces................................................................................................................................ 3-6 3.4.1 Baseband Interface ......................................................................................................... 3-6

3.4.1.1 E1 Interface............................................................................................................ 3-6 3.4.1.2 LAN (FE) Interface ................................................................................................. 3-6 3.4.1.3 LAN (GbE) interface............................................................................................... 3-7

3.4.2 LCT /NMS Interface......................................................................................................... 3-7 3.4.2.1 LCT Interface ......................................................................................................... 3-7 3.4.2.2 NMS Interface ........................................................................................................ 3-7

NWD-107461-03E Operation

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3.4.3 ODU Interface ................................................................................................................. 3-7 3.4.3.1 ODU Interface ........................................................................................................ 3-8

3.4.4 Other Interfaces...............................................................................................................3-8 3.4.4.1 ALM/SC/CLK Interface........................................................................................... 3-8 3.4.4.2 USB Memory Interface........................................................................................... 3-8

3.4.5 Additional Interface.......................................................................................................... 3-8 3.4.5.1 E1 Interface (for Optional Card Slot)...................................................................... 3-8 3.4.5.2 STM-1 Optical Interface (for Optional Card Slot) ................................................... 3-8 3.4.5.3 STM-1 Electrical Interface (for Optional Card Slot) ................................................ 3-9

3.4.6 AUX Card ........................................................................................................................ 3-9 3.4.7 Power Line Inlet (for Power Supply Slot) ......................................................................... 3-9

4. NE Setup.......................................................................................................................4-1 4.1 Login/Logout/Exit .................................................................................................................... 4-1

4.1.1 Login NE.......................................................................................................................... 4-1 4.1.2 Logout NE ....................................................................................................................... 4-3 4.1.3 Exit WebLCT ................................................................................................................... 4-4

4.2 WebLCT Main Window ........................................................................................................... 4-5 4.3 User Management (Security Managements) .......................................................................... 4-8

4.3.1 User Access Levels ......................................................................................................... 4-9 4.3.2 Default User Account .................................................................................................... 4-12 4.3.3 User Account................................................................................................................. 4-12

4.3.3.1 Login User List .....................................................................................................4-13 4.3.3.2 User Account Management.................................................................................. 4-13 4.3.3.3 User Group Profile Configuration ......................................................................... 4-26

4.3.4 Security Management ................................................................................................... 4-33 4.3.4.1 Service Status Setting.......................................................................................... 4-41 4.3.4.2 SNMP ..................................................................................................................4-43 4.3.4.3 SNMP Community ...............................................................................................4-46 4.3.4.4 SNMP Trap Entry................................................................................................. 4-52 4.3.4.5 NTP......................................................................................................................4-60 4.3.4.6 NTP Server Address ............................................................................................ 4-63 4.3.4.7 FTP ...................................................................................................................... 4-69 4.3.4.8 HTTP ...................................................................................................................4-72

4.4 Register NE Configuration .................................................................................................... 4-75 4.4.1 Easy Setup Wizard........................................................................................................ 4-75

4.4.1.1 Easy Setup........................................................................................................... 4-76 4.4.1.2 MODEM Setup.....................................................................................................4-80 4.4.1.3 Management Setup.............................................................................................. 4-82 4.4.1.4 TDM Setup...........................................................................................................4-84 4.4.1.5 ETH Setup ...........................................................................................................4-87

4.4.2 Equipment Setup...........................................................................................................4-91

Operation NWD-107461-03E

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4.4.2.1 Equipment Configuration ..................................................................................... 4-92 4.4.2.2 Radio Configuration ............................................................................................. 4-96 4.4.2.3 AMR Configuration.............................................................................................4-101

4.4.2.4 Network Management Configuration.................................................................. 4-106

5. System Operation ........................................................................................................5-1 5.1 Provisioning ............................................................................................................................ 5-1

5.1.1 MODEM Function Setting................................................................................................ 5-2

5.1.1.1 MODEM Port Setting .............................................................................................5-2

5.1.1.2 Radio Switch Setting..............................................................................................5-4

5.1.1.3 TX Power Setting ................................................................................................... 5-7

5.1.1.4 ALM Mode Setting ............................................................................................... 5-11

5.1.2 ETH Function Setting .................................................................................................... 5-13

5.1.2.1 Bridge Setting ...................................................................................................... 5-15

5.1.2.2 ETH Port Setting .................................................................................................. 5-17

5.1.2.3 VLAN Setting ....................................................................................................... 5-19

5.1.2.4 FDB Setting.......................................................................................................... 5-31

5.1.2.5 ETH OAM Setting ................................................................................................ 5-42

5.1.2.6 RSTP Setting ....................................................................................................... 5-65

5.1.2.7 QoS/Classification Setting....................................................................................5-71

5.1.2.8 Other ETH Port Setting ........................................................................................5-99

5.1.2.9 LLF Setting......................................................................................................... 5-101

5.1.3 Cross Connect Setting ................................................................................................5-109

5.1.3.1 E1 Port Setting................................................................................................... 5-109

5.1.3.2 STM-1 Port Setting ............................................................................................ 5-113

5.1.3.3 Cross Connect Setting ....................................................................................... 5-116

5.1.4 Equipment Clock / Synchronization Setting................................................................. 5-128

5.1.4.1 Equipment Clock Setting.................................................................................... 5-128

5.1.4.2 EXT Clock Setting..............................................................................................5-131

5.1.5 V.11/OW Setting..........................................................................................................5-134

5.1.5.1 V.11/SC Setting .................................................................................................5-135

5.1.5.2 V.11 Directional Setting ..................................................................................... 5-142

5.1.5.3 OW Setting......................................................................................................... 5-144

5.1.6 Alarm/AIS Setting ........................................................................................................5-147

5.1.6.1 Correlation Setting ............................................................................................. 5-148

5.1.6.2 AIS Setting......................................................................................................... 5-149

5.1.6.3 BER Threshold Setting ...................................................................................... 5-151

5.1.7 PMON/RMON Setting .................................................................................................5-155

5.1.7.1 PMON Threshold Setting ................................................................................... 5-155

5.1.7.2 PMON Other ......................................................................................................5-165

5.1.7.3 RMON Threshold Setting................................................................................... 5-167

5.1.7.4 RMON Other ......................................................................................................5-169


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5.1.8 AUX Setting................................................................................................................. 5-174

5.1.8.1 AUX Input Setting .............................................................................................. 5-174

5.1.8.2 AUX Output Setting............................................................................................ 5-176

6. Abbreviations...............................................................................................................6-1

DOCUMENT WARRANTY


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DOCUMENT WARRANTY

1. The information contained in this document is subject to change without prior notice.

2. The LCT screen figures in this manual are only examples. Screens will vary according to equipment configurations, equipment operation modes, setting parameters, LCT application program version, etc. Screens contained in this manual are current at the moment of publishing; however, they may differ slightly from the actual screens on your LCT.

3. This manual is written on the assumption that you already understand the restrictions, limitations and precautions necessary to operate the equipment properly. Refer to the equipment manual for details.

DOCUMENT WARRANTY


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This page is intentionally left blank.

Getting Started


1-1

1. GETTING STARTED

1.1 Conventions Used in This Manual

Table 1-1 Conventions Used in This Manual

Style What Represents Example

Italic For manual titles or related document names. Refer to iPASOLiNK Operation

Manual for details.

Bold Items and buttons on the user interface. Item

on the computer display. File and directory

names. Menus and items.

The Overall window

Arrow A menu name and then the item. Select System -> Login/Logout <Item> A command variable where the user must

make the appropriate entry. This is also

commonly used when asking for a password.

<password>

Capitalized key Key name on the keyboard. Press Enter key

1.2 LCT Communication Interface

1.2.1 Communications The local craft terminal is a useful tool to the installation and maintenance. iPASOLINK supply users GUI environment through WEB browser. Moreover, this tool supports remote connection.

Getting Started


1-2

1.2.2 Local Port Interface The LCT Port is located on the front of the equipment.

Figure 1-1 LCT Port Interface

Use LAN Cable connected to the LCT Port at the front of equipment.

The LCT port has the following specifications:

• 10/100 BASE-TX / Cable Type: RJ45

1.3 Equipment Configuration of iPASOLINK The following protection is available on a single IDU:

Non-protected (1+0), Protected (1+1) with hot standby / space diversity / twin path with hitless switch, Back-to-back configuration ((1+0) x 2)

Installation of LCT


2-1

2. INSTALLATION OF LCT

2.1 Hardware Requirements * Windows XP

Item Required Recommend

CPU Pentium M 1.6GHz

RAM 512MB

HDD 40GB

Display Color LCD (1024x768)

LAN Port 10/100BASE-T(X)

USB Port

* Windows Vista Item Required Recommend

CPU Intel Core2 Duo 1.6GHz

RAM 1GB

HDD 40GB



USB Port

* Windows 7 Item Required Recommend

CPU Intel Core2 Duo 1.6GHz

RAM 1GB

HDD 40GB



USB Port

Installation of LCT


2-2

2.2 Software Requirements OS: Windows XP (English version), Windows Vista (English version), Windows7 (English version)

Browser: IE8, IE7, Firefox3.6 or higher

2.3 OS Environment for Windows Check if the following configurations have been done on you PC. If not, follow the procedures to configure your PC.

• Internet explorer is installed

• TCP/IP Protocol settings are set appropriately

2.3.1 Internet Explorer Confirm the Internet Explorer is installed on the LCT computer.

Select Start -> Program -> Internet Explorer

Figure 2-1 Windows Start Menu Window

Installation of LCT


2-3

2.3.2 Confirming and Setting TCP/IP The IP address of the LCT computer will be detected automatically from DHCP server of NE side.

Setup the IP address to be detected automatically.

1. Log on the Windows OS as Administrator.

2. Select Start -> Settings -> Control Panel from the Start menu of the Windows.

3. The Control Panel window appears. Double-click the Network Connections icon in the Control Panel window.

4. The Network Connections window appears. Double-click the Local Area Connection icon, then click Properties button.

5. The Local Area Connection Properties window appears. Select Internet Protocol (TCP/IP), then click Properties button.

6. The Internet Protocol (TCP/IP) Properties window appears. Confirm that the following parameters are set:

• The Obtain an IP address automatically radio button is selected.

• The Obtain DSN server address automatically radio button is selected.

Figure 2-2 Internet Protocol (TCP/IP) Properties Window

Installation of LCT


2-4

7. Click OK button of Internet Protocol (TCP/IP) Properties window.

8. The Local Area Connection Properties window reappears. Click OK button of the Local Area Connection Properties window.

9. The Network Connections window reappears. Close this window.

2.4 Recommended browser settings Below are the recommended settings for the most popular browsers.

2.4.1 Internet Explorer 8 Tabbed browsing option is recommend.

1. Tools -> Internet Options -> General -> Tabs Settings from the Tool Bar menu of the Internet Explorer 8.

2. The Tabbed browsing setting Properties window appears. Select Always open pop-ups in a new tab then click OK button.

Figure 2-3 Internet Options Window

Installation of LCT


2-5

Figure 2-4 Tabbed browsing setting Properties Window

Security Setting recommendation.

1. Tools -> Internet Options -> Security -> Security Level for this zone “Custom level…” from the Tool Bar menu of the Internet Explorer 8.

2. The Security Settings – Internet Zone Properties window appears. Check Downloads "Automatic prompting for file downloads": Enable then click OK button.

Installation of LCT


2-6

Figure 2-5 Internet Options Window

Figure 2-6 Security Setting Window

Installation of LCT


2-7

2.4.2 Firefox 3.6.x 1. Tools -> Options from the Tool Bar menu of the Firefox.

2. The General Properties window appears. Select Always ask me where to save files then click OK button.

Figure 2-7 Options Window

Installation of LCT


2-8


System Configuration


3-1

3. SYSTEM CONFIGURATION

3.1 General iPASOLINK 200 is a basic configuration for nodal application in the wireless iPASOLINK family and providing up to 440 Mbps with flexible combination of native TDM and/or native Ethernet transmission and advanced adaptive modulation scheme operating in 6, 7, 8, 10, 11, 13, 15, 18, 23, 26, 28, 32 or 38 GHz bands.

The iPASOLINK 200 consists of antenna, outdoor unit (ODU) and indoor unit (IDU) like as PASOLINK series and accedes to very high performance and ultra high reliability gained through NEC’s rigid TQC activities and vast experience in wired and wireless communication fields.

A single indoor unit (IDU) of iPASOLINK 200 can accommodate up to two (2) independent transmission channels. This allows you to configure back-to-back 1+0, same direction 1+1 twin path, hot standby, diversity.



3-2

3.2 System Configuration The system consists of the MDP-400MB-1B Modulator-Demodulator (Indoor Unit (IDU)) and TRP-( )G-1B/1D Transmitter-Receiver (Outdoor Unit (ODU)), Hybrid Combiner/Divider and the antenna.

Note: The Combiner/Divider is used in (1+1) single antenna configuration for antenna direct mount type ODUs.

IDU with Antenna Direct Connection

IDU HS/ HS with Antenna Direct Connection

IDU HS/ Hybrid SD with Antenna Direct Connection

IDU Twin-path FD with Antenna Direct Connection



3-3

IDU HS SD with Antenna Direct Connection

IDU x2_2way

2+0



3-4

3.3 System Overview - ODU-IDU separate mount type. The connection line is only one coaxial cable.

- No protection or protection system is available using common ODU and IDU.

- Flexible configuration for ODU and antenna, direct mount / remote mount / 1+0 (non redundant) / 1+1 hot stand-by / 1+1 space diversity / 1+1 frequency diversity (twin path), 2+0.

- ACCP, ACAP, CCDP and these combined configurations are available.

- 19 inches one rack unit size compact IDU,

> 483 mm (W) x 44 mm (H) x 240 mm (D)

Figure 3-1 IDU Outline

- Small and light weight ODU for easy handling and installation.

Figure 3-2 ODU Type

- Wide temperature range of ODU and IDU

- DC input voltage nominal rating: -48 VDC

> Wider range power rating is optional: +/- 20 to 60 VDC



3-5

3.3.1 IDU Block Diagram

Figure 3-3 IDU Block Diagram

3.3.2 ODU Block Diagram

Figure 3-4 ODU Block Diagram



3-6

3.4 Interfaces

Figure 3-5 IDU Interface Layout

3.4.1 Baseband Interface The iPASOLINK 200 has various interfaces specified by the ITU-T standard and IEEE standard as listed below:

3.4.1.1 E1 Interface

- Signal rate: 16 x E1 (2.048 Mbps)

- Interface: HDB-3 (ITU-T G.703)

- Impedance: 75 ohms or 120 ohms (selectable)

- Connector: MDR68

3.4.1.2 LAN (FE) Interface

- Type: 10Base-T/100Base-TX (auto or fixed) / RJ-45

- Port number and interface: 2 (default), Max.4 (2xFE interface can be changed into 4 x 10/100/ 1000Base-T by software key)

- VLAN: Port-based VLAN / Tag-based VLAN / Tunnel VLAN

- QoS: 802.1p CoS / IPv4 Precedence / IPv4 Diffserv/ IPv6 Diffserv

- QoS control: Deficit WRR or SP+3class Deficit WRR

- Bandwidth management: Shaper and Policing per VLAN or Port



3-7

- Protection: STP/RSTP (802.1D/w)

3.4.1.3 LAN (GbE) interface

- Type: 1000Base-T/SX/LX (auto or fixed) / LC (SFP)

- Port number and interface: 2 (default), Max.4 (2xFE interface can be changed into 4 x 10/100/ 1000Base-T (RJ-45) by software key)

- VLAN: Port-based VLAN / Tag-based VLAN / Tunnel VLAN

- QoS: 802.1p CoS / IPv4 Precedence / IPv4 Diffserv / IPv6 Diffserv

- QoS control: Deficit WRR or SP+3class Deficit WRR

- Bandwidth management: Shaper and Policing per VLAN or Port

- Protection: RSTP (802.1w)

3.4.2 LCT /NMS Interface

3.4.2.1 LCT Interface

The local craft terminal is a useful tool to the installation and maintenance. iPASOLINK supply users GUI environment through WEB browser. Moreover, this tool supports remote connection.

- Type: 10/100Base-TX / RJ-45

- Port number and interface: 1

3.4.2.2 NMS Interface

This port is used to connect with the NMS server through the network.

- Type: 10/100Base-TX / RJ-45

- Port number and interface: 1

3.4.3 ODU Interface This is a port used to connect ODU with IDU with the coaxial cable.



3-8

3.4.3.1 ODU Interface

- TNC female

3.4.4 Other Interfaces

3.4.4.1 ALM/SC/CLK Interface

This port is used for alarm outside connection, and for digital service channels and external clock signal.

- D-sub high density 44-way female

3.4.4.2 USB Memory Interface

USB memory is useful to store the equipment setting and configuration data. This information storage is used for equipment replacement and recovery of setting and configuration.

- USB type 1 female

3.4.5 Additional Interface The iPASOLINK 200 has optional card slots, AUX slot and power supply line inlet and can add interfaces as listed below:

3.4.5.1 E1 Interface (for Optional Card Slot)

16 E1 can be added by adding optional E1 card.

- Signal rate: 16 x E1 (2.048Mbps) / MDR68

- Interface: HDB-3 (ITU-T G.703)

- Impedance: 75 ohms or 120 ohms (selectable)

3.4.5.2 STM-1 Optical Interface (for Optional Card Slot)

This card has E1 and STM-1 converter function and has STM-1 optical interface.

- Signal rate: 1 or 2 x 155.52 Mbps

- Interface: S-1.1/L-1.1 (ITU-T G.957)

- Connector: LC



3-9

3.4.5.3 STM-1 Electrical Interface (for Optional Card Slot)

This card is the same function as STM-1 optical function and has STM-1 electrical interface.

- Signal rate: 1 or 2 x 155.52 Mbps

- Interface: CMI (ITU-T G.703)

- Connector: IEC 169-29 (1.0/2.3)

3.4.6 AUX Card

This card supports cluster alarms and DI/DO (data-in/ data-out).

- Cluster alarm: Alarm extension and combining.

- DI: Remote input port for external alarms, etc.

- DO: Remote output from EMS controller.

- D-sub high density 44 ways female

3.4.7 Power Line Inlet (for Power Supply Slot)

Additional power line inlet can apply for operation of two independently power lines.



3-10


NE Setup


4-1

4. NE SETUP

4.1 Login/Logout/Exit

4.1.1 Login NE Users are registered by means of login name and password. To protect the network and network management system from unauthorized access or unauthorized modifications, three levels (refer to the table shown in section 4.3.2 User Account Management) of users are defined with different privileges. The functions available in the window depend on the user’s access level. Therefore, some of the functions may or may not be carried out.

The highest or administrator level (Admin) has full access to the network and network management system.

Procedure 4-1

1. Power on the computer.

2. Log in the Windows as Administrator.

3. Select Start -> Programs -> Internet Explorer from start menu.

4. The Internet Explorer window appears. Input the IP address of the NE and WebLCT in URL Address box as shown below.

Ex: http://172.17.254.253/weblct/

Figure 4-1 Internet Explorer Window

NE Setup


4-2

5. The WebLCT login window appears. Input user name and password in User Name and Password textbox then press OK.

Figure 4-2 WebLCT Login Window

The following is the default user name and password for iPASOLINK 200:

• User Name : Admin

• Password : 12345678

6. The WebLCT main window appears.

Figure 4-3 WebLCT Main Window

NE Setup


4-3

4.1.2 Logout NE

Procedure 4-2

1. Click Logout button in the right top of the WebLCT main window.


2. The Confirmation box appears. Click OK button to log out.

Figure 4-5 Confirmation Box

3. The WebLCT Login window appears again.

NE Setup


4-4

Figure 4-6 WebLCT Login Window

This step is end of procedure.

4.1.3 Exit WebLCT The following shows the methods to exit the WebLCT:

• Select File (F) -> Close (X) from the Internet Explorer menu bar.

• Click X button in the right top of the Internet Explorer window.

NE Setup


4-5

4.2 WebLCT Main Window This section describes the contents and structure of the WebLCT main window.


(1) Login User Name

This part shows the current logged in user name.

(2) Refresh Button

Click Refresh button to update the current status of the WebLCT main window.

(3) Equipment Status View

This part shows the current equipment status.

NE Setup


4-6

(4) Opposite Site Links

This part shows a list of NE on the opposite site, user can select the NE from the pull down list to log in to the specified NE on the opposite site.

(5) Maintenance Button

Click Maintenance button before user performs any maintenance operation.

(6) Logout Button

Click Logout button to log out from NE.

(7) Alarm and Status View

Click the corresponding tab to switch among the different event log view.

(8) Menu Tree

This part shows the tree view of the relevant configuration and provisioning menu of the equipment.

The available operations via the WebLCT are shown below.

(a) Current Status

Select this menu to show the equipment current status or history events for each part of the NE (Active Alarm, Event Log, ODU, IDU, AUX).

(b) Easy Setup Wizard

Follow the Easy Setup Wizard to setup the basic configuration of the equipment. The wizard includes ODU and IDU package registering, removing function. This wizard provides a easier way to setup cross connect, VLAN service and other necessary configuration for a new equipment.

(c) Equipment Setup

Select this menu to register or remove ODU and IDU package and other relevant configuration.

(d) Provisioning

Select this menu to configure the detail settings of the IDU and ODU.

NE Setup


4-7

(e) Maintenance Control

Select this menu to operate Protection Switch, Loopback, H/W_F/W Reset, etc.

(f) Maintenance Test

Select this menu to measure the link quality of Ethernet traffic.

(g) Current/History PMON/RMON Report

Select this menu to browse the report of Current, History, PMON and RMON. User can also export the data to external storage (Local PC, USB Memory). (For more details, refer to Maintenance Manual)

(h) Metering

Select this menu to measure the real time TX power, RX level, ODU power supply and BER.

(i) Equipment Utility

Select this menu to upload and download equipment configuration data, software and firmware and FPGA data.

(j) User Account/Security Setting

Select this menu to add, remove and modify user account of the equipment, and setup user account security.

(k) Inventory

Select this menu to browse inventory information about the Equipment and Software License.

NE Setup


4-8

4.3 User Management (Security Managements) User management is the function to manage the authorized user access to network system and prevent unauthorized user from accessing to the network system.

Access Level

There are three user access levels with different privilege in iPASOLINK as shown in the following table. For details of available operations of each access level, refer to Table 4-3 User Access Privilege Levels.

Table 4-1 Access Level

Access

Level Description File Operation SNMP

Operation

Operator View configuration and equipment status Upload only Get

Config Operator user level + Management, Radio base band,

switching Function

Upload/Download Get/Set

Admin Config user level + Data file update + User

management, Time management

Upload/Download Get/Set

Note: About the terms Upload and Download mentioned in the table above, refer to the following description.

1. Upload means copy the file from NE to external storage, such as WebLCT PC.

2. Download means copy the file from external storage to the equipment internal storage.

User Group

User Group configuration allow user to manage the Protocol Type and Access Level for each group.

The user that assigned to the specified user group in iPASOLINK will be assigned with pre-defined protocol and access level of the group.

Beside of the three default user groups, user can add up to six user groups additionally. The default user groups are shown below.

Note: User can not change the options of default user group.

NE Setup


4-9

Table 4-2 User Group Profile

Group

Name

classification TELNET SSH FTP HTTP SNMP Access

Level

OPERATOR Unchangeable ― ― √ √ √ Operator

CONFIG Unchangeable ― ― √ √ √ Config

ADMIN Unchangeable ― ― √ √ √ Admin

4.3.1 User Access Levels The following describes the details of each access levels. Remote means when user access to the equipment

R/W: Read and write

R: Read only

O: The functions are available when user accesses to the equipment remotely but restricted by the assigned access level.

Table 4-3 User Access Privilege Levels

WebLCT Menu Admin Config Operator Remote

Easy Setup Wizard

Easy Setup R/W

MODEM Setup R/W

Management Setup R/W

ETH Setup R/W

TDM Setup R/W

Equipment Setup

Equipment Configuration R/W R R O

Radio Configuration R/W R/W R O

AMR Configuration R/W R/W R O

General Setting R/W R R O

General Setting (Detail) R/W R R O

Network Management

Configuration

Routing Setting R/W R R O

Provisioning

MODEM Port Setting R/W R/W R O

Radio Switch Setting R/W R/W R O

TX Power Setting R/W R/W R O

ALM Mode Setting R/W R/W R O

MODEM Function Setting

BER Threshold Setting R/W R/W R O

NE Setup


4-10


Bridge Setting R/W R/W R O

ETH Port Setting R/W R/W R O

VLAN Setting R/W R/W R O

FDB Setting R/W R/W R O

ETH OAM Setting R/W R/W R O

RSTP Setting R/W R/W R O

QoS/Classification Setting R

Filter Setting R/W R/W R O

Other ETH Port Setting R/W R/W R O

ETH Function Setting

LLF Setting R/W R/W R O

Provisioning

Cross Connect Setting R/W R/W R O

E1 Port Setting R/W R/W R O

E1/STM-1/Cross Connect

Setting

STM-1 Port Setting R/W R/W R O

Equipment Clock Setting R/W R/W R O EXT Clock Setting

EXT Clock Setting R/W R/W R O

Relay Control Setting R/W R/W R O Relay-Alarm Mapping Setting

Cluster Alarm Setting R/W R/W R O

V.11/SC Setting R/W R/W R O

V.11 Directional Setting R/W R/W R O

V.11/OW Setting

OW Setting R/W R/W R O

Correration/Delay_Strech

Setting

R/W R/W R O

Alarm Severity Setting R/W R/W R O

Color Setting R/W R

Alarm/AIS Setting

AIS Setting R/W R/W R O

PMON Threshold R/W R/W R O

PMON Other R/W R/W R O

RMON Threshold R/W R/W R O

PMON/RMON Threshold

Setting

RMON Other R/W R/W R O

AUX Input Setting R/W R/W R O AUX Setting

AUX Output Setting R/W R/W R O

Maintenance Control

MODEM Loopback Control R/W R/W R

TDM Loopback Control

(E1 LB1)

R/W R/W R

Loopback Control


(E1 LB2)

R/W R/W R

NE Setup


4-11



(STM-1 LB1)

R/W R/W R


(STM-1 LB2)

R/W R/W R

MODEM TX/RX SW

Control

R/W R/W R

PSTP Control R/W R

SNCP SW Control R/W R/W R

Protection Control

Timing Source SW Control R/W R/W R

MODEM Maintenance Control R/W R/W R

Auto Laser Shutdown Control R/W R/W R

H/W Reset Control R/W R/W R H/W_F/W Reset Control

F/W Reset Control R/W R/W R

PMON/RMON/FDB Clear R/W R R

Offline Maintenance -

Maintenance Test ETH OAM LB/LT/LM/DM

Control

R/W R/W R

Current/History PMON/RMON Report

MODEM PMON Report R

E1 PMON Report R

STM-1 PMON Report R

ETH RMON Report R

VLAN Counter Report R

ETH OAM Counter Report R

Metering

Current Metering R

Equipment Utility

User Account/Security Setting

Login User R/W - -

User Account Management R/W - -

User Group Profile Configuration R/W - -

Security Management Security Status Setting R/W R R

Inventory

Equipment Inventory Information R/W R/W R

S/W License Information R/W R/W R

S/W License Setup

Import License Key R/W R

Radio Capacity Setting R/W R

NE Setup


4-12

4.3.2 Default User Account There are three default user accounts in iPASOLINK with the pre-defined access level and privileges. User can add up to nine user accounts additionally.

Following describes the details of the default user account.

Table 4-4 Default User Account

User

Name

Default Password Description Default Group

User 87654321 User is able to confirm system configuration and equipment

status. It is not available to make any configuration change.

OPERATOR

Config 87654321 Beside of the function can be performed by User, Config

user is able to do radio management, baseband

management, Switching function management for C-Plane

control.

CONFIG

Admin 12345678 Beside of the function can be performed by Config user,

Admin user is able to do database management, file

management, user management and time management for

M-Plane control.

ADMIN

4.3.3 User Account The following User Management Functions are available on iPASOLINK.

• Login User List Display the information of registered User Account in iPASOLINK and modify User profiles such as password and User Group Profile.

• User Account Management Register new user account, modify and delete exist user account.

• User Group Profile Configuration Register new user group, modify and delete exist user group.

NE Setup


4-13

4.3.3.1 Login User List

This function is for confirming the existing user account in iPASOLINK.

Procedure 4-3

1. Expand User Account/Security Setting from the WebLCT menu.

2. Select Login User List from the User Account/Security Setting sub menu.

3. The Login User List window appears.

Figure 4-8 Login User List Window

This step is the end of the procedure.

4.3.3.2 User Account Management

This function is for registering new user accounts, modifying and deleting existing user account in iPASOLINK.

Note: This function is available for Admin access level user only.

Add User Account

This function is for registering the new user account other than the existing user account.

Note: Up to nine user accounts can be added beside of the three default user accounts.

NE Setup


4-14

Modify User Account

This function is for modifying existing user account information including password and user group.

Delete User Account

This function is for deleting existing user account.

(1) Add User Account

Note: Security Level (hash Algorithm / Priv (Privacy) Algorithm) is required to be set when registering new user account. It is impossible to modify it after a user account has been registered.

Procedure 4-4


2. Select User Account Management from the User Account/Security Setting sub menu.

3. The User Account Management window appears. Click Add User button.

Figure 4-9 User Account Management Window

4. The User Setting dialog box appears. Enter the proper value for each parameter.

NE Setup


4-15

Figure 4-10 User Setting Dialog Box

Table 4-5 Add User Account

Item Parameter

User Name 1 to 31 characters

Password 8 to 31 characters

Group ADMIN/CONFIG/OPERATOR or GROUP added

(For more details refer to 4.3.3.3 User Group Profile

Management)

NoAuthNoPriv User login without authentication and encryption.

AuthNoPriv User login need authentication (MD5 or SHA1

based) but without encrypted.

Security

Level

AuthPriv User login need authentication (MD5 or SHA1

based) and the data is encrypted by DES or AES.

Auth Algorithm Select Authentication Algorithm between MD5 and

SHA

(For more details refer to (b) in case AuthNoPriv is

selected)

Auth Key Input 8 to 16 digits Public key of MD5 or SHA1

Priv Algorithm Select the encryption method between DES/ AES

(For more details refer to following (c) in case of

AuthPriv is selected)

Priv Key Input 8 to 16 digits key of DES or AES

NE Setup


4-16

5. Click Set Password in the User Setting dialog box. The Set Password box appears. Enter the same password into New Password and Re-Enter boxes and then click OK button.

Figure 4-11 Set PassWord Box

6. The User Setting dialog box appears again. Click OK button to close the dialog box.

Figure 4-12 User Setting Dialog Box

7. Select the security level.

Note: Selection of Auth / Priv Algorithm will change according to the security level below.

NE Setup


4-17

Table 4-6 Security Level Parameter

Item Parameter

NoAuthNoPriv User login without authentication and encryption.

AuthNoPriv User login need authentication (MD5 or SHA1

based) but without encrypted.

Security

Level

AuthPriv User login need authentication (MD5 or SHA1

based) and the data is encrypted by DES or AES.

Auth Algorithm Select Authentication Algorithm between MD5 and

SHA

(For more details refer to (b) below in case

AuthNoPriv is selected)

Auth Key Input 8 to 16 digits Public key of MD5 or SHA1

Priv Algorithm Select the encryption method between DES/ AES

(For more details refer to (c) below in case AuthPriv

is selected)

Priv Key Input 8 to 16 digits key of DES or AES

Security Level

(a) For NoAuthNoPriv

For NoAuthNoPriv, Auth Algorithm and Private Algorithm are not selectable.

Figure 4-13 User Setting (NoAuthNoPriv) Box

NE Setup


4-18

(b) For AuthNoPriv

For AuthNoPriv, Auth Algorithm and Auth Key are selectable.

Figure 4-14 User Setting (AuthNoPriv) Box

Table 4-7 Auth Algorithm

Auth Algorithm Type Description

MD5 One of the Hash Algorithm for authentication and digital signature. In

order to detect the falsification of Original data during the data

transmitting, Original data will be converting the Hash by comparing

at both ends.

SHA One of the Hash Algorithm for authentication and digital signature. In

order to detect the falsification of Original data during the data

transmitting, Less than 264 bits of original data will be converting the

Hash of 160 bits by comparing at both ends.

Figure 4-15 Set Auth Key Box

NE Setup


4-19

Figure 4-16 User Setting (AuthNoPriv) Box

(c) For AuthPriv

For AuthPriv, Auth Algorithm, Auth key and Pri Algorithm Priv Key are selectable.

Figure 4-17 User Setting (AuthPriv) Box

NE Setup


4-20

Table 4-8 Privacy Algorithm

Privacy Algorithm

Type

Description

DES DES is 56 bits encryption key and encryption by 64

bit block.

AES SPN structured block encryption, block length is 128

bits, and the length of key is 128 / 192 / 256 bits.

Figure 4-18 Set Priv Key Box

Figure 4-19 User Setting (AuthPriv) Box

8. Click OK button after specifying the proper value for each parameter.

9. The Information box appears. Click OK button.

NE Setup


4-21

Figure 4-20 Information Box

10. The User Account Management window appears again. Confirm the user account information displayed.



(2) Modify User Account

Procedure 4-5



3. The User Account Management window appears. Click the desired user account.

NE Setup


4-22


4. The User Setting box appears. Specify the proper value of each parameter.

Figure 4-23 User Setting Box

• Select the user group from Group Name dropdown list to change the user group of the user.

• Click Set Password on the top of the User Setting box to change the current password. Enter the new password into New Password and Re-Enter on the Set PassWord box.

NE Setup


4-23

Figure 4-24 Set PassWord Box

5. The User Setting dialog box appears again. Click OK button after inputting all the information.


6. The Information box appears. Click Ok button.


NE Setup


4-24

7. The User Account Management window appears again. Confirm the modified user account information displayed.



(3) Delete User Account

Procedure 4-6



3. Click Delete User button on the User Account Management window.


NE Setup


4-25

4. The User Setting box appears. Select the user account from drop-down list and click OK button.


5. The Confirmation box appears. Confirm the user name being deleted and then click OK button.




NE Setup


4-26

7. The User Account Management window appears again. Confirm that the user has been deleted.



4.3.3.3 User Group Profile Configuration

This setting is for registering and modifying the user group profiles.

The privilege of iPASOLINK user is subject to change according to the assigned user access level and protocols that specified in the User Group Profile.

Only Admin level user is able to configure the settings.

Add User Group Profile

This function is for registering the new User Group Profile other than the default User Group Profile.

Note: Up to six User Group Profiles can be registered beside of the three default User Group Profiles.

Modify User Group Profile

This function is for modifying the existing User Group Profile (Access Level and Protocol).

Delete User Group Profile

This function is for deleting the existing User Group Profile.

NE Setup


4-27

(1) Add User Group

Procedure 4-7


2. Select User Group Profile Configuration from the User Account/Security Setting sub menu.

3. Click Add Group on the top of the User Group Profile Configuration window.

Figure 4-33 User Group Profile Configuration Window

4. The Group Setting box appears. Specify the proper value for each parameter and the click OK button.

Figure 4-34 Group Setting Box

NE Setup


4-28

Table 4-9 User Group Profile Configuration

Parameter Description

Group Name 1 to 32 characters

FTP Allow or deny using FTP Protocol to transmit Files.

HTTP Allow or Deny using HTTP Protocol for WebLCT to access

equipment.

SNMP Allow or Deny using SNMP Protocol to access to network

equipment.

Access Level Specify the user access level (Admin/Config/Operator)

(For more details refer to Table 4-3 User Access Privilege Levels)



6. The User Group Profile Configuration window appears again. Confirm newly added User Group Profile information displayed.



NE Setup


4-29

(2) Modify User Group

Procedure 4-8



3. The User Group Profile Configuration window appears. Click the desired Group Name.


4. The Group Setting box appears. Modify the parameters accordingly and then click OK button.


NE Setup


4-30

• Click either Allow or Deny radio button of the corresponding protocol to change the setting.

• Select the proper Access Level from drop-down list to change the access level of the user group.

5. Click OK button after completing the modification.



7. The User Group Profile Configuration window appears again. Confirm the user group profile information displayed.



(3) Delete User Group

Note: A user group can be deleted only when no user account has been assigned to the user group.

Procedure 4-9


NE Setup


4-31


3. The User Group Profile Configuration window appears. Click Delete Group button.


4. The Group Setting box appears. Select the Group profile name from the drop-down list.


5. The Confirmation box appears. Confirm that the User Group name is deleted and then click OK button.


NE Setup


4-32



7. The User Group Profile Configuration window appears again. Confirm the User Group Profile information displayed.



NE Setup


4-33

4.3.4 Security Management iPASOLINK supports the following Protocol and Security Management functions.

(1) SNMPv1 (Simple Network Management Protocol Version 1)

SNMPv1 is a communication protocol to monitor/control the network equipment on IP network and specified by flowing RFC.

Table 4-10 RFC Standard

RFC No. Title

RFC 1155 Structure and Identification of Management Information on

TCP/IP-based Internets (SMIv1)

RFC 1157 A Simple Network Management Protocol (SNMP)

RFC 1213 Management Information Base on Network Management of

TCP/IP-based internets: MIB-II

iPASOLINK mounts SNMPv1 to provide the following functions:

- GET/SET of MIB

Responds the request of PDU (Protocol Data Unit) supported by SNMPv1.

Up to ten SNMP managers including the setting of IP address, community name, security settings, etc. can be registered via the WebLCT.

By default iPASOLINK uses the port 161 to receive the SNMP request UDP. If user wants to use the pot other than the default one, it can be changed via the WebLCT.

Table 4-11 Supported PDU by SNMPv1

Item Description

GetRequest Requests the specified instance value.

GetNextRequest Requests the subsequent instance value of specified instance

value in the list.

GetResponse Responds to the corresponding GetRequest and SetReaquest.

SetRequest Sets the specified instance value.

Trap Informs the change of sate and troubles (SNMPv1-Trap).

NE Setup


4-34

- Send Trap

iPASOLINK can send SNMPv1 trap activity to UDP port 162, and up to three destination IP addresses can be registered in advance. User also can specify the community name and PDU type.

- User Application (Log)

iPASOLINK records the accessed user name in the log file.

(2) SNMPv2c (Simple Network Management Protocol Version 2c)

SNMPv2c is a communication protocol to monitor/control the network equipment on IP network, the difference from SNMPv1 is the availability to add GetBulk, inform request, unified packet format of each PDU, using SMIv2 and specified by flowing RFC for SMIv2 use by SNMPv2c.


RFC No. Title

SNMPv2c

RFC 1901 Introduction to Community-based SNMPv2

RFC 3416 Version 2 of the Protocol Operations for the Simple Network

Management Protocol (SNMP)

RFC 3417 Transport Mappings for the Simple Network Management

Protocol (SNMP)

RFC 3418 Management Information Base (MIB) for the Simple Network


RFC 3584 Coexistence between Version 1, Version 2, and Version 3 of the

Internet-standard Network Management Framework

SMIv2

RFC 2578 Structure of Management Information Version 2 (SMIv2)

RFC 2579 Textual Conventions for SMIv2

RFC 2580 Conformance Statements for SMIv2

NE Setup


4-35

iPASOLINK mounts SNMPv2c to provide the following functions:

- GET/SET of MIB

iPASOLINK responds to the request of the network management system.

Up to ten SNMP managers including the setting of IP address, community name, security settings, etc. can be registered via the WebLCT.

By default iPASOLINK uses the port 161 to receive the SNMP request UDP. If user wants to use the pot other than the default one, it can be changed via the WebLCT.

Table 4-13 Supported PDU by SNMPv2c

Item Description

GetRequest Requests the specified instance value.

GetNextRequest Requests the subsequent instance value of specified

instance value in the list.

GetResponse Responds to the corresponding GetRequest and

SetRequest.

SetRequest Sets the specified instance value.

SNMPv2-Trap Informs the change of sate and troubles.

The same trap is used as in SNMPv1, and the only

difference is the format of PDU.

GetBulkRequest Requests a number of instance value.

InformRequest Informs the event.

- Send Trap

iPASOLINK can send SNMPv2 trap activity to UDP port 162, and up to three destination IP addresses can be registered in advance. User also can specify the community name and PDU type.

- User Application (Log)

iPASOLINK records the accessed user name in the log file.

(3) SNMPv3 (Simple Network Management Protocol: Version 3)

SNMPv3 is a communication protocol to monitor/control the network equipment on IP network, the difference between SNMPv1/ v2c are available to use user authentication, cipher communication, change packet format and specified by flowing RFC for SMIv2 use by SNMPv3, SNMPv2c.

NE Setup


4-36


RFC No. Title

SNMPv2c

RFC 3411 An Architecture for Describing Simple Network Management

Protocol (SNMP) Management Frameworks

RFC 3412 Message Processing and Dispatching for the Simple Network


RFC 3413 Simple Network Management Protocol (SNMP) Applications

RFC 3414 User-based Security Model (USM) for version 3 of the Simple

Network Management Protocol (SNMPv3)

RFC 3415 View-based Access Control Model (VACM) for the Simple

Network Management Protocol (SNMP)

RFC 3416 Version 2 of the Protocol Operations for the Simple Network


RFC 3417 Trans port Mappings for the Simple Network Management

Protocol (SNMP)

RFC 3418 Management Information Base (MIB) for the Simple Network


RFC 3584 Coexistence between Version 1, Version 2, and Version 3 of the

Internet-standard Network Management Framework

SMIv2

RFC 2578 Structure of Management Information Version 2 (SMIv2)

RFC 2579 Textual Conventions for SMIv2

RFC 2580 Conformance Statements for SMIv2

NE Setup


4-37

iPASOLINK mount SNMPv3 to provide following function:

- GET/SET of MIB

Response the request of PDU (Protocol Data Unit) that correspond by SNMPv3

Table 4-15 Corresponding PDU for SNMPv3

Item Description

GetRequest Required the specified instance value

GetNextRequest Required the subsequent instance value of specified

instance value in the list.

GetResponse Response for requirement.

SetRequest Setting the specified instance value.

SNMPv3-Trap Inform the change of sate and troubles.

Same trap using among SNMPv1, SNMPv2, SNMPv3

only difference is format of PDU.

GetBulkRequest Required a number of instance value.

InformRequest Inform the event.

Report Response the packet if reportableFlag turns on. .

- Send Trap

Available to send SNMPv3-Trap and destination UDP Port No. are 162 among SNMPv1, v2c, v3.

SNMP, IP address of entity, security level, and user name will require for setting destination of Trap for SNMPv3.

Authentic method and authentic password will require if security level is authNoPriv, authPriv.

Encryption algorithm, encrypted password will require if security level is authPriv.

Note: Among SNMPv1, v2c, v3, SNMPv1-Trap is common setting and can be registered up to 3 types of SNMPv1-Trap.

- Security (user authentication, Session management, encryption)

SNMPv3 do not available to certify by community name such as v1, v2c. SNMPv3 is available to certify by User name, user registration will be required before certification.

NE Setup


4-38

User authentication will be execute if send the SNMP request that security level is authNoPriv or authPriv.

Calculate of Auth algorithm for authentication password is MD5.

User registration will be required before certification.

Cipher communication will be executed after user authentication if send SNMP request that security level is authPriv. Cipher algorithm is available to select DES, AES and user registration include encrypted password will be required before certification.

(4) NTP (Network Time Protocol)

This protocol is for synchronizing the time between server and client connecting in network and specified by the following RFC.

Table 4-16 RFC Standards

RFC No. Title

RFC 1305 Network Time Protocol (Version 3) Specification, Implementation

and Analysis

RFC 2030 Simple Network Time Protocol (SNTP) Version 4 for IPv4, IPv6

and OS

iPASOLINK uses NTP Client and Server to provide the following functions:

- As NTP Client

In case that the unicast mode is selected on NTP Client, client sends a request of the current time to the pre-configured server and then sets the time according to information in the reply. Up to four NTP severs can be registered via the WebLCT.

In case that the multicast mode is selected on NTP Client, client will listen the broadcast of the time server and then set the time according to the first received valid broadcast and ignore the broadcasts from other servers if any.

NTP Client received neither reply nor broadcasts which cause synchronization cannot be accomplished, and current time of the equipment will be used.

NE Setup


4-39

- As NTP Server

In case that the unicast mode is selected on NTP server, server will reply the client with his time information.

In case the multicast mode is selected, server will broadcast his time information periodically.

(5) FTP (File Transfer Protocol)

This protocol is for transferring the file among network equipments, and specified by the following RFC.


RFC No. Title

RFC 959 Original FTP spec.

RFC 1123 The small FTP related section extends / clarifies RFC-959.

RFC 2228 FTP security extensions (vsftpd implements the small subset

needed to support TLS / SSL connections).

RFC 2389 Proposes FEAT and OPTS commands

RFC 2428 Essentially IPv6 support.

iPASOLINK is used as FTP Server to provide the following functions:

- Data upload and download service

Provide the data upload and download service; however data download is available only when user is assigned with the proper privilege (refer to 4.3.1 User Access Levels).

The files and the directories that can be accessed via FTP protocol are predetermined as well as the file name and type which will be downloaded.

- Session management

Accept the connection from external device then conduct Login Authentication process. Anonymous user is not available.

Using the default TCP port 21 for listening and transferring the file on TCP port 20, user can change the default setting by the WebLCT. When Passive Mode is selected, the port number is decided by the equipment automatically.

If no command is detected on client within ninety seconds, current TCP session will be broken automatically.

NE Setup


4-40

- User authentication function

iPASOLINK supports three types of the authentication, external RADIUS server with internal authentication, external LDAP server with internal authentication and internal authentication only.

(6) HTTP (Hyper Text Transfer Protocol)

HTTP is the protocol for transferring data between Web server and client (WebLCT).

The HTTP is base on the following RFC standard.


RFC No. Title

RFC 1945 Hypertext Transfer Protocol -- HTTP/1.0

RFC 2616 Hypertext Transfer Protocol -- HTTP/1.1

iPASOLINK is used as HTTP server to provide the following functions.

- WebLCT

Allows user to operate the WebLCT via HTTP protocol.

- Session Management

Accepts the connection from external device then conduct Login Authentication process. Anonymous user is not available.

The default port number of HTTP service is 80, and user can change it on the WebLCT.

- User authentication function

iPASOLINK supports internal authentication only.

NE Setup


4-41

4.3.4.1 Service Status Setting

Displays the status of service and protocol.

Procedure 4-10


2. Expand Security Management from the User Account/Security Setting sub menu.

3. Select Service Status Setting from the Security Management sub menu.

4. The Service Status Setting window appears. Confirm the status of each Service.

NE Setup


4-42

Figure 4-46 Service Status Setting Window (1/2)

NE Setup


4-43


Table 4-19 Service Status

Status Description

Running Protocol or service is enable

Stopped Protocol or service is disable


4.3.4.2 SNMP

Procedure 4-11




4. The Service Status Setting window appears. Click SNMP.

NE Setup


4-44

Figure 4-47 Service Status Setting Window

5. The SNMP Setting box appears. Specify a proper value for each parameter.

Figure 4-48 SNMP Setting Box

Table 4-20 SNMP Parameter

Item Parameter Description

Enable Enable SNMPv1/v2c (running) SNMPv1/

SNMPv2c Disable Disable SNMPv1/v2c (stopped)

Enable Enable SNMPv3 (running) SNMPv3

Disable Disable SNMPv3 (stopped)

UDP Port 161

Range: 1 to 65535

Default port is 161

NE Setup


4-45

Caution

You must reboot the CPU for applying the value properly after changing the UDP port number.

6. Click OK button after configuring the parameters.



8. The Service Status Setting window appears again. Confirm SNMP information displayed.


NE Setup


4-46



4.3.4.3 SNMP Community

Registers, modifies, or deletes the SNMP Manager information. Only the registered SNMP managers have the right to access to the equipment. Up to ten servers can be registered.

(1) Registration of SNMP Community

Procedure 4-12




4. The Service Status Setting window appears. Click Community No. of the SNMP Community field.

NE Setup


4-47


5. The SNMP Community box appears. Specify a proper value of each parameter.

Figure 4-52 SNMP Community Box

Table 4-21 SNMP Community Parameter


Community

Name

1 to 31 characters Set the SNMP community name. Any request

with different community name will be refused.

Access Level (Admin/Config/Operator) Specify the user access level.

(For more details refer to Table 4-3 User

Access Privilege Levels)

Access Address xxx.xxx.xxx.xxx Specify the valid IP address or network of the

SNMP manager(s).

Subnet Mask x.x.x.x Subnet Mask of SNMP manager(s)


NE Setup


4-48

7. The Information box appears, then click OK button.


8. The Service Status Setting window appears again. Confirm the newly added SNMP community information displayed.



(2) Modify SNMP Community

Procedure 4-13




4. The Service Status Setting window appears. Click Community No. of SNMP Community field.

NE Setup


4-49


5. The SNMP Community box appears. Modify the parameters accordingly.

Figure 4-56 SNMP Community Box

Table 4-22 SNMP Community Parameter


Community

Name

1 to 31 characters SNMP Community name. Any request with

different community name will be refused.

Access Level (Admin/Config/Operator) Specify the user access level.

(For more details refer to Table 4-3 User

Access Privilege Levels)

Access Address xxx.xxx.xxx.xxx Specify the valid IP address or network of

the SNMP manager(s).

Subnet Mask x.x.x.x Subnet Mask of management server(s)


NE Setup


4-50



8. The Service Status Setting window appears again. Confirm the SNMP Community information displayed.



(3) Delete SNMP Community

Procedure 4-14




4. Click Delete SNMP Community on the top of the Service Status Setting window.

NE Setup


4-51


5. The Delete SNMP Community box appears. Select the SNMP Community No. from the drop-down list, and then click OK button.

Figure 4-60 Delete SNMP Community Box

6. The Confirmation box appears. Click OK button.



NE Setup


4-52


8. The Service Status Setting window appears again. Confirm the SNMP Community information displayed.



4.3.4.4 SNMP Trap Entry

This function provide user to configure the parameters of SNMP Trap.

(1) SNMP Trap Entry

Procedure 4-15




4. The Service Status Setting window appears. Click SNMP Trap Entry No. of the SNMP Trap Entry field.

NE Setup


4-53


5. The SNMP Trap Entry box appears. Specify a proper value for each parameter.

(a) SNMPv1

Figure 4-65 SNMPv1 Trap Entry Box

NE Setup


4-54

(b) SNMPv2c

Figure 4-66 SNMPv2c Trap Entry Box

(c) SNMPv3

Figure 4-67 SNMPv3 Trap Entry Box

NE Setup


4-55

Table 4-23 SNMP Trap Entry Parameter


SNMP Version v1/ v2c / v3 Set SNMP version for trap

PDU Type Trap / Inform Set PDU Type for trap

IP Address x.x.x.x Specify the destination IP address of trap

UDP Port 162

(Range: 1 -

65535)

Set UDP Port of trap

CommunityName 1 to 31

characters

Set communication name of the trap. This

must match on both SNMP server and agent.

NoAuthNoPriv User login without authentication and

encryption.

AuthNoPriv User login need authentication (MD5 or

SHA1 based) but without encrypted.

Security Level

AuthPriv User login need authentication (MD5 or

SHA1 based) and the data is encrypted by

DES or AES.

MD5 One of the Auth Algorithm for authentication

and digital signature. In order to detect the

falsification of Original data during the data

transmitting, Original data will be converting

the auth by comparing at both ends. .

Auth Algorithm

SHA One of the Auth Algorithm for authentication

and digital signature. In order to detect the

falsification of Original data during the data

transmitting, Less than 264 bits of original

data will be converting the auth of 160 bits by

comparing at both ends.

Auth Key 8 to 16 Input 8 to 16 digits Public key of MD5 or

SHA1

DES The DES function use encryption by

64bits/blog and use 56bits encryption of key

Priv Algorithm

ASE The encryption of SPN structure, use 128 bits

blog length and the 128/192/256 bits of key

length

Priv Key 8 to 16 Input 8 to 16 digits key of DES or AES


NE Setup


4-56



8. The Service Status Setting window appears again. Confirm newly added SNMP trap entry information displayed.



(2) Modify SNMP Trap Entry

Procedure 4-16




4. The Service Status Setting window appears. Click SNMP Trap Entry No. of the SNMP Trap Entry field.

NE Setup


4-57


5. The SNMP Trap Entry box appears. Modify the parameters accordingly.

Figure 4-71 SNMP Trap Entry Box




NE Setup


4-58

8. The Service Status Settings window appears again. Confirm the SNMP trap entry information displayed.



(3) Delete SNMP Trap Entry

Procedure 4-17




4. The Service Status Setting window appears. Click Delete SNMP Trap Entry.


NE Setup


4-59

5. The Delete SNMP Trap Entry box appears. Select the SNMP Trap Entry No. from the drop-down list, and then click OK button.

Figure 4-75 Delete SNMP Trap Entry Box





8. The Service Status Setting window appears again. Confirm the SNMP Trap Entry information displayed.

NE Setup


4-60



4.3.4.5 NTP

Procedure 4-18




4. The Service Status Setting window appears. Click NTP.


5. The NTP Setting box appears. Assign a proper value for each parameter.

NE Setup


4-61

Figure 4-80 NTP Setting Box

Table 4-24 NTP Parameter


NTP Disable

Enable

Enable NTP protocol on the

equipment

NTP Server Mode Unicast

Multicast

Disabled

Setup NTP Server mode

NTP Client Mode Unicast

Multicast

Disabled

Setup NTP Client mode

Stratum Range: 2 to 15 Stratum setup

Multicast Port NE2

Brigde1

Brigde2

Select pull down list to Multicast Port

Multicast Interval Range: 16 to 131072S Select pull down list to Multicast

Interval


7. The Information box appears, then click OK button.


NE Setup


4-62

8. The Service Status Setting window appears again. Confirm the NTP configuration displayed.




NE Setup


4-63

4.3.4.6 NTP Server Address

This function provide user to register/modify/delete the NTP Server.

(1) Registration NTP Server Address

Procedure 4-19




4. The Service Status Setting window appears. Click NTP Server No. of the NTP Server Address field.


5. The NTP Server Address Setting box appears. Assign a proper value for each parameter.

NE Setup


4-64

Figure 4-84 NTP Server Address Setting Box

Table 4-25 NTP Server Address


IP Address x.x.x.x Set the upper NTP server IP address

NTP Version 3 or 4 Specify the NTP message version

Poll Time 3600 Sec

(Range: 16 to 131072)

Set the interval of polling NTP server.

Default is 3600 sec (1 hour)




8. The Service Status Setting window appears. Confirm newly added NTP Server Address information displayed.

NE Setup


4-65



(2) Modify NTP Server Address

Procedure 4-20




4. Service Status Setting window appears. Click the NTP Server No. of the NTP Server Address field.

NE Setup


4-66


5. The NTP Server Address Setting box appears. Modify the parameters accordingly.

Figure 4-88 NTP Server Address Setting Box


7. The Information window appears. Click OK button.


NE Setup


4-67

8. The Service Status Setting window appears again. Confirm the NTP Server Address information displayed.



(3) Clear NTP Server Address

Procedure 4-21




4. The Service Status Setting window appears. Click Clear NTP Server.

NE Setup


4-68


5. The Clear NTP Server box appears. Select the NTP Server Address number from drop-down list, and then click OK button.

Figure 4-92 Clear NTP Server Box




NE Setup


4-69


8. The Service Status Setting window appears again. Confirm the NTP Server Address information displayed.



4.3.4.7 FTP

Procedure 4-22




4. The Service Status Setting window appears. Click FTP.

NE Setup


4-70


5. The FTP Setting box appears. Assign a proper value for each parameter.

Figure 4-97 FTP Setting Box

NE Setup


4-71

Table 4-26 FTP


Always Enable Always FTP service running

Service Enable Enable FTP service

FTP

Service Disable Disable FTP service

TCP

Port(Command)

21

(Range: 1 to 65535)

Set the TCP port of FTP server (for

received command). Default is 21.

TCP Port (Data) 20

(Range: 1 to 65535)

Set the TCP port of FTP server (For data

transmit). Default is 20.

MAX Session 3 Maximum user connection.

Auto Stop Enable Enable FTP server break the connection in

90 sec automatically after no operation on

the client.

Disable Disable FTP server break the connection

in 90 sec automatically after no operation

on the client.




8. The Service Status Setting window appears again. Confirm the FTP information displayed.

NE Setup


4-72




4.3.4.8 HTTP

Procedure 4-23



NE Setup


4-73


4. The Service Status Setting window appears. Click HTTP.


5. The HTTP Setting box appears. Assign a proper value for each parameter.

Figure 4-101 HTTP Setting Box

Table 4-27 HTTP


Enable (Running) Enable HTTP service HTTP

Disable (Stopped) Disable HTTP service

TCP Port 80

(Range: 1 to 65535)

Set the port number of HTTP server.

Default is 80.

NE Setup


4-74


7. The Information box appears. Click OK button


8. The Service Status Setting window appears again. Confirm the HTTP information displayed.


NE Setup


4-75



4.4 Register NE Configuration

4.4.1 Easy Setup Wizard The Easy Setup Wizard provides user a faster and easier way to configure the equipment when powering on at the first time.

The Easy Setup Wizard contains the following items.

Easy Setup

Setting of NE Name, Switch Group (System structure) and guide to other setups.

MODEM Setup

Setting for Channel Spacing, Mode, E1/STM-1 Mapping, RF Frequency regarding to Radio.

Management Setup

Setting for IP address, Subnet mask and default gateway for NE.

ETH Setup (Do not use this time)

Setting of VLAN service

NE Setup


4-76

TDM Setup

Setting of TDM cross connect.

4.4.1.1 Easy Setup

The easy setup is a wizard that guides the user to set up the basic configuration by following the correct sequences.

Procedure 4-24

1. Expand Easy Setup Wizard from the WebLCT menu.

2. Select the Easy Setup from the Easy Setup Wizard sub menu.

3. The Easy Setup window appears. Click Setup button.

Figure 4-104 Easy Setup Window

NE Setup


4-77

4. The Easy Setup - Step1 window appears. Enter the equipment name then click Next button.

Figure 4-105 Easy Setup - Step1 Window

Notes

1. The left part of the window shows the current setup while on the right part of the window, user can edit the configuration.

2. For iPASOLINK 200, Equipment configuration is not available. If click Skip button, Step 3 MODEM Setup window will appears.

Table 4-28 Easy Setup

Item Description

Equipment Name 1 to 32 characters

5. The Easy Setup - Step3 window appears. Assign a proper value for each parameter.

NE Setup


4-78

Figure 4-106 Easy Setup - Step3 Window

Table 4-29 Easy Setup

Item Description

Check 1+1 TP/ 1+1 HS are selectable

Select the Used/ Not Used of MODEM1

SW Group

Radio Box Not Check

Select the Used/ Not Used of MODEM2

6. Click Next button after configuring the parameters.

7. The Easy Setup - Step4 window appears. The parameters that have been modified will be marked with blue background. Confirm the value of the parameters and then OK button.

NE Setup


4-79

Figure 4-107 Easy Setup - Setp4 Window

8. The Warning box appears. Click OK button.

Figure 4-108 Warning Box



10. The MODEM Setup wizard appears. Refer to the next sub section for details.


NE Setup


4-80

4.4.1.2 MODEM Setup

Procedure 4-25

1. After Easy Setup wizard is completed or MODEM Setup is selected from the Easy Setup Wizard sub menu, the MODEM Setup - Step1 window appears.

2. Assign a proper value for each parameter.

Figure 4-110 MODEM Setup - Step1 Window

NE Setup


4-81

Table 4-30 Modem Setup


Channel Spacing 3.5/ 7 / 14/ 28/ 56 [MHz] Specify the radio channel spacing

Reference

Modulation

QPSK

16/ 32/ 64/ 128/ 256/ 512 [QAM]

Specify the reference modulation from

the list

E1 Mapping 0 to 152 [CH] Specify the number of E1 CH for

mapping. (The number of CH should not

exceed the limitation of the specified

modulation.)

STM-1 Mapping 0 to 2 [CH] Specify the number of STM-1 CH for

mapping.

ETH Bandwidth [Mbps] Specify the bandwidth of the ether traffic

TX RF Frequency [MHz] Set transmit frequency

RX RF Frequency [MHz] Set receive frequency

Frame ID 1 to 32 Set frame ID

TX Power Control MTPC / ATPC Set transmit power control mode


4. The MODEM Setup - Step2 window appears. The parameters that have been modified will be marked with blue background. Confirm the value of the parameters and then click OK button.

Figure 4-111 MODEM Setup - Step2 Window

NE Setup


4-82





7. The Management Setup wizard appears. Refer to the next sub section for details.


4.4.1.3 Management Setup

Note: The Warning box appears Click Maintenance button on the top of the LCT window to turn on maintenance mode.

Procedure 4-26

1. After the MODEM Setup wizard is completed or Management Setup is selected from the Easy Setup Wizard sub menu, the Management Setup box appears.

2. Assign a proper value for each parameter.

NE Setup


4-83

Figure 4-114 Management Setup Box

Table 4-31 Management Network Configuration


IP Address Setting (Bridge1)

IP Address x.x.x.x Input IP Address of NMS port

Subnet Mask x.x.x.x Input Subnet Mask of NMS port

Default Gateway x.x.x.x Input Default Gateway IP address

NMS Port Setting

Yes Use NMS Port (for root NE only) Connect NMS Port to NMS

No Not use NMS Port



4. The Management Setup box appears again. Click OK button.

NE Setup


4-84

Figure 4-116 Management Setup Box



6. The TDM Setup wizard appears. Refer to the next sub section for details.


4.4.1.4 TDM Setup

Procedure 4-27

1. After the Management Setup wizard is completed or TDM Setup is selected from the Easy Setup Wizard sub menu, the TDM Setup Wizard window appears.

2. Click Add More XC button.

NE Setup


4-85

Figure 4-118 TDM Setup Wizard Window

3. The TDM XC Configuration window appears. Specify the proper value for each parameter and then click OK button.

Figure 4-119 TDM XC Configuration Window

4. The TDM XC Service Configuration List window appears. Click OK button.

NE Setup


4-86

Figure 4-120 Service Configuration List Window



6. The Information box appears Click OK button.


Note: Please change the E1 port usage for enabling E1 interfaces.

NE Setup


4-87

7. The ETH Setup wizard appears. Refer to the next sub section for details.


4.4.1.5 ETH Setup

Procedure 4-28

1. After the TDM Setup wizard is completed or ETH Setup is selected from the Easy Setup Wizard sub menu, the ETH Setup wizard appears.

2. The E-Line Service Configuration window appears. Specify a proper value for each parameter then click Next button.

Figure 4-123 E-Line Service Configuration Window

Table 4-32 E-Line Service Configuration Parameter


VLAN ID 1 to 4094 Specify the ID of the VLAN

VALN Service

Name

1 to 32 Character Specify the service name of the VLAN

EPL Refer to Note 1 Service Type

EVPL Refer to Note 2

NE Setup


4-88

Notes

1. EPL (Ethernet Private Line) EPL is a data service defined by the Metro Ethernet Forum, providing a point-to-point Ethernet connection between a pair of dedicated User-Network Interfaces (UNIs), with a high degree of transparency. EPL service is specified using an E-Line service type, with an expectation of low Frame Delay, Frame Delay Variation and Frame Loss Ratio. EPL is implemented as a point-to-point Ethernet Virtual Connection (EVC) which, unlike Ethernet Virtual Private Line (EVPL), does not allow for Service Multiplexing, i.e., a dedicated UNI (physical interface) is used to accept all service frames and map them to a single EVC (a.k.a. All-to-one bundling). Due to a high degree of transparency, EPL is often used to provide point-to-point Transparent LAN Service (TLS), where the Service Frame’s header and payload are identical at both the source and destination UNI. EPL is not fully transparent, as it must filter IEEE 802.3x Pause frames.

2. EVPL (Ethernet Virtual Private Line) Ethernet Virtual Private Line (EVPL) is a data service defined by the Metro Ethernet Forum, providing a point-to-point Ethernet connection between a pair of User-Network Interfaces (UNIs). EVPL service is specified using an E-Line service type, very similar to a Ethernet Private Line (EPL) service, via a point-to-point Ethernet Virtual Connection (EVC). However, unlike EPL, EVPL allows for Service Multiplexing, i.e., multiple EVCs or Ethernet services per UNI. The other difference between the EVPL and EPL is the degree of transparency - while EPL is highly transparent, filtering only the Pause frames, EVPL is required to either peer or drop most of the Layer 2 Control Protocols.

3. The E-LAN Service Configuration window appears, and then click OK button.

NE Setup


4-89

Figure 4-124 E-LAN Service Configuration Window

Table 4-33 E-LAN Service Configuration


VLAN ID 1 to 4094 Specify the ID of the VLAN

VALN Service

Name

1 to 32 Character Specify the service name of the VLAN

EP-LAN Refer to Note 3 Service Type

EVP-LAN Refer to Note 4

Notes

1. Ethernet Private LAN (EPLAN) is a Metro Ethernet service type defined by the Metro Ethernet Forum. Because E-LAN services implement multipoint-to-multipoint Ethernet virtual connections (EVC), multiple locations can be interconnected using an EPLAN service. However, each location can be a member of one and only one EVC. If a given location requires connection to a second EVC, it will require a second UNI. Because there is only one EVC per UNI, the EVC can be invisible to the customer (e.g., the customer will not see an 802.1p VLAN tag).

NE Setup


4-90

2. Ethernet Virtual Private LAN (EVPLAN) is a Metro Ethernet service type defined by the Metro Ethernet Forum. Because E-LAN services implement multipoint-to-multipoint Ethernet virtual connections (EVC), this service provides Metro Ethernet with a multipoint service that can support multiple overlapping closed-user groups. For example, a district school system with elementary, middle, and high schools could put on of the high schools on one EVC , all of the middle schools on a second EVC, and all of the elementary schools on a third EVC, using EPLAN services at each school. The district data center and administrative offices could have EVPLAN service and be made a member of all three EVCs without the need for three UNIs. Because there are multiple EVCs per UNI in an EVPLAN service, the EVCs must be visible to the customer. To do this, the service provider expects customer traffic to have an appropriate 802.1p VLAN tag when submitted. The network will also deliver tagged traffic to that location so that the customer knows which EVC traffic is arriving from.





6. The ETH Setup window appears.

NE Setup


4-91

Figure 4-127 ETH Setup window


4.4.2 Equipment Setup The Equipment Setup provides more detail setting than it done in the Easy Setup Wizard. Some parameters are included in the Easy Setup Wizard.

• Equipment Configuration

Setting for NE Name, Switch Group (System structure)

• Radio Configuration

Setting for Channel Spacing, Mode, E1/STM-1 Mapping, RF Frequency for Radio.

• AMR Configuration

Setting for the mode type and range for AMR

• Network Management Configuration

Setting for IP Address of each port and functions that mounted at the front face of iPASOLINK

NE Setup


4-92

4.4.2.1 Equipment Configuration

Procedure 4-29

1. Expand Equipment Setup from the WebLCT menu.

2. Select Equipment Configuration from the Equipment Setup sub menu.

3. The Equipment Configuration window appears, then click Setup button.

Figure 4-128 Equipment Configuration Window

4. The Step1 window appears. Input Equipment Name and then click Next button.

NE Setup


4-93

Figure 4-129 Step1 Window

Notes

1. The left part of the window shows the current setup while on the right part of the window, user can edit the configuration.

2. For iPASOLINK 200, Equipment configuration is not available. If click Skip button, Step 3 MODEM Setup window will appears

Table 4-34 Equipment Configuration

Parameter Description

Equipment Name 1 to 32 characters

5. The Step3 window appears, input necessary parameter, and then click Next button.

NE Setup


4-94


Table 4-35 Equipment Configuration

Item Description

Check 1+1 TP/ 1+1 HS are selectable

Select the Used/ Not Used for MODEM1

SW Group

Radio Box Not Check

Select the Used/ Not Used for MODEM2

6. The Step4 window appears. Confirm that the setup parameter changes to blue then click OK button.

NE Setup


4-95






9. The Equipment Configuration window appears again. Confirm the Equipment Configuration displayed.

NE Setup


4-96

Figure 4-134 Equipment Configuration Window


4.4.2.2 Radio Configuration

Procedure 4-30


2. Select Radio Configuration from the Equipment Setup sub menu.

3. The Radio Configuration window appears. Click Setup button.

NE Setup


4-97

Figure 4-135 Radio Configuration Window

4. The Step1 window appears. Input all necessary parameters and then click Next button.

NE Setup


4-98

Figure 4-136 Step1 Window (MODEM1)

NE Setup


4-99


Table 4-36 Radio Configuration Parameter


Channel Spacing 7 / 14/ 28/ 56 [MHz] Set the channel spacing

Reference

Modulation

QPSK / 16/ 32/ 64/ 128/ 256/

512 [QAM]

Set the specified frequency function

of wireless

E1 Mapping 0 to 152 [CH] Set E1 CH to the specify frequency

function

STM-1 Mapping 0 to 2 [CH] Set STM-1 CH to the specify

frequency function

ETH Bandwidth [Mbps] Not available

TX RF Frequency [MHz] Setup transmit RF Frequency

RX RF Frequency [MHz] Setup receive RF Frequency

Frame ID 1 to 32 Setup Frame ID

TX Power Control MTPC/ ATPC Setup transmit Power

NE Setup


4-100


6. The Step2 window appears. Confirm that the setup parameter changes to blue then click OK button.






NE Setup


4-101

9. The Radio Configuration window appears again. Confirm the Radio Configuration displayed.

Figure 4-141 Radio Configuration Window


4.4.2.3 AMR Configuration

Procedure 4-31


2. Select Radio Configuration from the Equipment Setup sub menu.

3. The AMR Configuration window appears. Click Setup button.

NE Setup


4-102

Figure 4-142 AMR Configuration Window

4. The Step1 window appears. Assign a proper value for each parameter for MODEM1.


NE Setup


4-103

Table 4-37 AMR Configuration


AMR Mode Enable AMR Range mode AMR

Operation Non Operation Unable to setup AMR Range / E1 Mapping

QPSK Data transmission for 1 time is 4 values(2 bits)

16 QAM Data transmission for 1 time is 16 values(4 bits)




AMR Range



6. The Step2 window appears. Setup E1 Mapping of the AMR Range field [QAM].


NE Setup


4-104

Table 4-38 E1 Mapping

Item Parameter

QPSK

16 QAM

32 QAM

64 QAM

128 QAM

E1

Mapping

256 QAM

Select following items.

- E1 Mapping (Range: 0 - 152)

- STM-1 Mapping (Range: 0 - 2)

- ETH Bandwidth is calculated from E1 and

STM-1 mapping

7. The Step1 window appears again. Assign a proper value for each parameter for MODEM2.



9. The Step2 window appears again. Setup E1 Mapping of the AMR Range field [QAM].

NE Setup


4-105



11. The Step3 window appears. Confirm that the setup parameter changes to blue, and then click OK button.


NE Setup


4-106



13. The AMR Configuration window appears. Confirm that all parameters are set.

Figure 4-149 AMR Configuration Window


4.4.2.4 Network Management Configuration

In this menu execute the setting of function for each port mounted on front face of iPASOLINK.

NE Setup


4-107

• General Setting

In order to connect the iPASOLINK and NMS, execute the setting for using/un using of NMS Port and IP Address.

• General Setting (Detail)

Setting for IP Address of each port (NE2, Inband Management VLAN) and NE Branch (NMS/NE/MODEM)

• Routing Setting

Setting the Routing information for select the fixed route

(1) General Setting

Procedure 4-32

1. Click the Maintenance button on the top of the LCT window to turn on the maintenance mode.


3. Expand Network Management Configuration from the Equipment Setup sub menu.

4. Select General Setting from the Network Management Configuration sub menu.

5. The General Setting window appears. Click Setup button.

Figure 4-150 General Setting Window

6. The General Setting box appears. Setup all parameters.

NE Setup


4-108

Figure 4-151 General Setting Box

Table 4-39 General Setting


IP Address Setting (Bridge1)

IP Address x.x.x.x Input IP Address of NMS port

Subnet Mask x.x.x.x Input Subnet Mask of NMS port

Default Gateway x.x.x.x Input Default Gateway address

NMS Port Setting

Yes Use NMS port Connect NMS Port to NMS

No Not use MNS port




9. The General Setting box appears again. Click OK button.

NE Setup


4-109

Figure 4-153 General Setting Box



11. The General Setting window appears again. Confirm that all parameters are set.

Figure 4-155 General Setting Window

12. After finishing General Setting, click Maintenance button on the top of the WebLCT window to exit maintenance mode.

13. Confirm that the MAINT changes from yellow to white.


NE Setup


4-110

(2) General Setting (Details)

Procedure 4-33




4. Select General Setting (Detail) from the Network Management Configuration sub menu.

5. The General Setting (Detail) window appears. Click Setup button.

Figure 4-156 General Setting (Detail) Window

6. The General Setting (Detail) box appears. Assign a proper value for each parameter.

NE Setup


4-111

Figure 4-157 General Setting (Detail) Box

NE Setup


4-112

Table 4-40 NE2/Inband Management VLAN/Ethernet Port Parameter


NE2 Port Setting

NE2 Port IP

Address

x.x.x.x Input IP Address of NE2 port

Used Use NE2 port NE2 Port Usage

Not Used Not use NE2 port

9600 NE2 Port Speed

19200

specify the line speed of NE2 port2

Inband Management VLAN Setting

Used Use Inband Management VLAN Inband

Management VLAN

Usage Not Used Not use Inband Management VLAN

VLAN ID 1 to 4094 VLAN ID of the Inband

Management VLAN

IP Address x.x.x.x Input IP Address of Inband

Management VLAN

Subnet Mask x.x.x.x Input Subnet Mask of Inband

Management VLAN

Ethernet Port Setting (NMS / NE2 Port)

Used Use Ethernet port Usage

Not Used Not use Ethernet port

Enabled Enable the Auto Negotiation of

Ethernet port

Auto Negotiation

Disabled Disable the Auto Negotiation of

Ethernet port

Used Discovery Usage

Not Used

search of the network access

machinery using Ethernet connect

NE Branch Setting

Branch Number 1 to 12 Branches Select the Branch Number

Default Gateway x.x.x.x Input the Default Gateway

Restrict LCT Connection

Any Connection from Local/Remote to

LCT Port

LCT Port Setting

Only to Local NE only connection from Local to LCT

Port

NE Setup


4-113

7. Click the items (NMS/NE1/MODEM1/MODEM2) on the NE Branch Setting field. The IP address setting box appears. Input the IP address and the subnet mask, and then click OK button.

Figure 4-158 IP Address Setting Box

8. The General Setting (Detail) box appears again. Click Bridge No. of the NE Branch Setting field.


NE Setup


4-114

9. The General Setting (Detail) (NMS) box appears. Select the bridge No from the drop-down list and then click OK button.

Figure 4-160 General Setting (Detail) (NMS) Box

10. The General Setting (Detail) box appears again.




NE Setup


4-115


13. The General Setting (Detail) window appears again. Confirm that all parameter are set.

Figure 4-163 General Setting (Detail) Window

14. After finishing General Setting (Detail), click Maintenance button on the top of the WebLCT window to exit maintenance mode.



NE Setup


4-116

(3) Routing Setting

This function provide user to specify the static route for the particular network or IP address.

(a) Add Routing Setting

Procedure 4-34




4. Select Routing Setting from the Network Management Configuration sub menu.

5. The Routing Setting window appears. Click Setup button.

Figure 4-164 Routing Setting Window

6. The Routing Setting box appears. Click Add button.

NE Setup


4-117

Figure 4-165 Routing Setting Box

7. The Routing Setting (Add) box appears. Input the IP Address, Subnet Mask, and Gateway, and then click OK button.

Figure 4-166 Routing Setting (Add) Box

8. The Routing Setting box appears again. Confirm the newly added route information displayed.

NE Setup


4-118




Figure 4-168 Confirmation box



12. The Routing Setting window appears again. Confirm that the newly added route information displayed.

NE Setup


4-119


13. After finishing Routing Setting, click Maintenance button on the top of the WebLCT window to exit maintenance mode.



(b) Modify Routing Setting

Procedure 4-35







NE Setup


4-120

6. The Routing Setting box appears. Click the IP Address to be modified.


7. The Routing Setting (Modify) box appears. Modify the IP Address, subnet mask and gateway accordingly then click OK button.

Figure 4-173 Routing Setting (Modify) Box

8. The Routing Setting box appears again. Confirm the route information displayed.

NE Setup


4-121







12. The Routing Setting window appears again. Confirm the route information displayed.

NE Setup


4-122





(c) Delete Routing Setting

Procedure 4-36






NE Setup


4-123


6. The Routing Setting box appears. Click Delete button.


7. The Routing Setting (Delete) box appears. Enter the network address displayed in the list, and then click OK button.

NE Setup


4-124

Figure 4-180 Routing Setting (Delete) Box

8. The Routing Setting box appears again. Confirm that the specified network has been deleted, then click OK button.





NE Setup


4-125


11. The Routing Setting window appears again. Confirm the route information displayed.





NE Setup


4-126


System Operation


5-1

5. SYSTEM OPERATION

5.1 Provisioning This setup is for further system fundamental configuration after the equipment setup. The setting items are listed as follows:


User can configure the port, radio switch, ATPC/MTPC power, E1/STM-1 threshold, and so on for each selected MODEM.

ETH Function Setting

User can configure the Ethernet port, VLAN ETH OAM, RSTP, QOS, link loss forwarding and so on.

E1/STM-1/Cross Connect Setting

User can configure the E1 port/STM-1 port and cross connect.

Equipment Clock/Synchronization Setting

User can configure the internal clock, external clock, timing source.

V.11/OW Setting

User can configure the user interface of iPASOLINK (V.11,RS-232C) and OW buzzer.

Alarm/AIS Setting

User can configure the alarm delay, severity, color and relevant settings of AIS.

PMON/RMON Setting

User can configure the threshold of PMON (except Ethernet)/ RMON (Ethernet).

AUX Setting

User can configure the relevant settings of the auxiliary (AUX).

For details, refer to the relevant sections accordingly.

System Operation


5-2

5.1.1 MODEM Function Setting User can configure the port, radio switch, ATPC/MTPC power, E1/STM-1 threshold, and so on for each selected MODEM.


Specify the port name of MODEM.

Radio Switch Setting

Specify the TX/RX switch priority that prevents from unnecessary switching.

TX Power Setting

Specify the threshold of TX power and RX power in MTPC/ATPC configuration.

ALM Mode Setting

Specify the ATPC power mode and ALM mode when ODU communication fails.

BER Threshold Setting

Specify the threshold of BER alarm of (High/Low)/STM-1 MUX input and E-BER/SD.

5.1.1.1 MODEM Port Setting

Specify the Port Name of MODEM.

Procedure 5-1

1. Expand Provisioning from the WebLCT menu.

2. Expand MODEM Function Setting from the Provisioning sub menu.

3. Select MODEM Port Setting from the MODEM Function Setting sub menu.

4. The MODEM Port Setting window appears. Click the desired MODEM to configure.

System Operation


5-3

Figure 5-1 MODEM Port Setting Window

5. The MODEM Port Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-2 MODEM Port Setting Dialog Box

Table 5-1 MODEM Port Setting

Item Parameter Note

Port Name 0 to 32 Specify the port name of the

MODEM

6. Click OK button after setting the parameters.



8. The MODEM Port Setting window appears again. Confirm the displayed parameters.

System Operation


5-4

Figure 5-4 MODEM Port Setting Window


5.1.1.2 Radio Switch Setting

Specify the TX/RX SW priority and TXSW lockin usage, and TX SW reverse function usage.

The configurable items are listed as follows:

• TX SW Priority

Specify the TX switches priority in transmit direction. (Hot-standby System only)

• TXSW Lockin Usage

This function is to prevent the TX switch from frequent switch over in case of cable problem between IDU and ODU.

• TX SW Reverse Function Usage

This function is to enable TX switch in case the opposite station detects the TX transmit trouble of local station.

• RX SW Priority

Specify the RX switches priority. (Hot-standby system and Twin-path system only)

System Operation


5-5

Procedure 5-2



3. Select Radio Switch Setting from the MODEM Function Setting sub menu.

4. The Radio Switch Setting window appears. Click the desired MODEM No. (or SW GRP1) to configure.

Figure 5-5 Radio Switch Setting Window

5. The Radio Switch Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-6 Radio Switch Setting Dialog Box

System Operation


5-6

Table 5-2 Radio Switch Setting

Item

Non Priority Selecting non revertive mode TX SW Priority

No.1 Select No.1 when both No.1 and No.2 are normally

operating.

Used Enable TX SW Lockin function TX SW Lockin

Usage Not Used Disable TX SW Lockin function

Used Enable Reverse Function TX SW Reverse

Function Usage Not Used Disable Reverse Function

Non Priority Selecting non revertive mod RX SW Priority

No.1 Select No.1 when both No.1 and No.2 are normally

operating.

Included Early

Warning

Include Early Warning in the switch factor by an

automatic switch.

RX SW Condition

Early Warning

Excluded

Early Warning

Do not include Early Warning in the switch factor

by an automatic switch.




8. The Radio Switch Setting window appears again. Confirm the displayed parameters.

System Operation


5-7

Figure 5-8 Radio Switch Setting Window


5.1.1.3 TX Power Setting

Specify the threshold of TX power and RX power in MTPC/ATPC configuration.

(1) ATPC Mode

Procedure 5-3



3. Select TX Power Setting from the MODEM Function Setting sub menu.

4. The TX Power Setting window appears. Click the desired MODEM No. (or SW GRP1) to configure.

System Operation


5-8

Figure 5-9 TX Power Setting Window

5. The TX Power Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-10 TX Power Setting Dialog Box

Table 5-3 TX Power Setting


ATPC Range (MAX) -30.5 to 0.0 dBm Set ODU maximum TX power level in ATPC

mode

ATPC Range (MIN) -30.5 to 0.0 dBm Set ODU minimum TX power level in ATPC mode

ATPC Hysteresis -30.5 to 0.0 dBm Set Hysteresis in ATPC mode

MTPC TX Power -30 to 0 dBm Not select

RX Threshold -95 - -30 dBm Set threshold of RX LEVEL in ATPC mode



System Operation


5-9


8. The TX Power Setting window appears again. Confirm the displayed parameters.



(2) MTPC Mode

Procedure 5-4



3. Select TX Power Setting from the MODEM Function Setting sub menu.

4. The TX Power Setting window appears. Click the desired MODEM No. (or SW GRP1) to configure.

System Operation


5-10


5. The TX Power Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-14 TX Power Setting Dialog Box

Table 5-4 TX Power Setting


ATPC Range (MAX) -30.5 to 0.0 dBm Not select

ATPC Range (MIN) -30.5 to 0.0 dBm Not select

ATPC Hysteresis -30.5 to 0.0 dBm Not select

MTPC TX Power -30 to 0 dBm Set TX power level in MTPC mode

RX Threshold -95 to -30 dBm Set threshold of RX LEVEL in ATPC mode



System Operation


5-11


8. The TX Power Setting window appears again. Confirm the displayed parameters.



5.1.1.4 ALM Mode Setting

Specify the ATPC power mode and ALM mode when ODU communication fails.

Procedure 5-5



3. Select ALM Mode Setting from the MODEM Function Setting sub menu.

4. The ALM Mode Setting window appears. Click the desired MODEM No. (or SW GRP1) to configure.

System Operation


5-12

Figure 5-17 ALM Mode Setting Window

5. The ALM Mode Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-18 ALM Mode Setting Dialog Box

Table 5-5 ALM Mode Setting


MAX Increase TX Power to Max. value

MIN Decrease TX Power to Min. value.

ATPC Power Mode

Hold Hold the current TX Power value.

Mute Mute TX power when ODU communication

failed

ODU COMM ALM

Mode

Hold Hold TX power when ODU communication

failed.

Note: In case user has selected MTPC, “ATPC Power Mode” will be Invalid.



System Operation


5-13


8. The ALM Mode Setting window appears again. Confirm the displayed parameters.

Figure 5-20 ALM Mode Setting Window


5.1.2 ETH Function Setting The ETH Function setting menu list is as follows:

Bridge Setting

Bridge function also known as switching function that enable the device in the multiple network segments can communicate with each other. User can configure the FDB (forward database) aging time, default VLAN ID and VLAN mode here.

ETH Port Setting

This function provide user the abilities that configure the attributes of the Ethernet port on the front panel of iPASOLINK, including port name, line speed, Mode, Flow Control etc.

System Operation


5-14

VLAN Setting

VLAN (Virtual Local Area Network) enable multiple devices which separated physically can communicate as they are located in a same broadcast domain and also protect the data from send to other domain even they may connected physically.

This function provide user the abilities of create, configure and delete the VLAN.

FDB Setting

iPASOLINK can learn the MAC address of the Ethernet frame dynamically and save the port – MAC address mapping information into FDB (Forwarding DataBase) based on IEEE802.1d for each VLAN. User can also add the static mapping information manually by this function.

ETH OAM Setting

iPASOLINK support Ethernet OAM function based on ITU-T Y.1731 and IEEE802.1ag, which enable operator to measure the Ethernet link quality such as delay, throughput, jitter, loss and so on, greatly help network operator in maintenance and troubleshooting.

RSTP Setting

iPASOLINK supports RSTP (Rapid Spanning Tree Protocol) which prevent from layer 2 level link loop with a faster manner compare to legacy STP protocol.

User can set the priority of the bridge; specify the role of the Ethernet port and other parameters.

QoS/Classification Setting

iPASOLINK support QoS control function that provide different priority to different applications, users, or data flow or to guarantee a certain level of performance to a data flow. User can configure Class Classification, Ingress Policer, Egress QoS and SP, TDM E1 QoS on MODEM to realize differential service strategy.

Other ETH Port Setting

This function provides additional setting of bridge such as Mirror port, layer 2 protocol transparency.

LLF Setting

LLF (Link Loss Forwarding) is the function that mandatory shutdown the port on the opposite device when local device detected unidirectional link problem.

System Operation


5-15

5.1.2.1 Bridge Setting

Procedure 5-6


2. Expand ETH Function Setting from the Provisioning sub menu.

3. Select Bridge Setting from the ETH Function Setting sub menu.

4. The Bridge Setting window appears. Click Modify button.

Figure 5-21 Bridge Setting Window

5. The Bridge Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-22 Bridge Setting Dialog Box

System Operation


5-16

Table 5-6 Bridge Setting


On Enable/Disable aging the MAC address in the table. Aging On/Off

Off

FDB Aging Time 5 to 163680 s Specify the aging time when Aging is enable.

GbE MAX Frame Size 64 to 9600 Byte Set the maximum frame size of GbE (Giga bit Ethernet)

FE MAX Frame Size 64 to 2000 Byte Set the maximum frame size of FE (Fast Ethernet)

VLAN Mode 802.1q 802.1q only

Default VID Default = 1

1 to 4094

Specify the default VLAN ID of the equipment

Default VLAN TPID 0x8100 Not selectable




8. The Bridge Setting window appears again. Confirm the displayed parameters.

Figure 5-24 Bridge Setting Window


System Operation


5-17

5.1.2.2 ETH Port Setting

Procedure 5-7



3. Select ETH Port Setting from the ETH Function Setting sub menu.

4. The ETH Port Setting window appears. Click the desired Port No. to configure.

Figure 5-25 ETH Port Setting Window

5. The ETH Port Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-26 ETH Port Setting Dialog Box

Table 5-7 ETH Port Setting

System Operation


5-18


Enable Turn on the port administratively Port Usage

Disable Shutdown the port administratively

Port Name Specify the name of the Ethernet port

Electrical Not selectable Media Type

Optical Not selectable

AUTO

10MB

100MB

Speed

1000MB

Set the line speed of ETH port between

10 Mbit/s, 100 Mbit/s, 1000 Mbit/s or negotiate

with the opposite side (AUTOtiation).

Half Specify the port work on half-duplex mode. Duplex *1

Full Specify the port work on full-duplex mode.

MDI Select the Multiple Document Interface MDI and MDIX *1

MDIX Select the MDI Crossover

Enable Enable flow control Flow Control

Disable Disable flow control

*1 When AUTO of Speed is selected, Duplex and MDI and MDIX are not selectable.




8. The ETH Port Setting window appears again. Confirm the displayed parameters.

System Operation


5-19

Figure 5-28 ETH Port Setting Window


5.1.2.3 VLAN Setting

(1) VLAN List Tab

(a) Add VLAN ID

Procedure 5-8



3. Select VLAN Setting from the ETH Function Setting sub menu.

4. The VLAN Setting window appears. Click VLAN List tab.

System Operation


5-20

Figure 5-29 VLAN Setting Window

5. The VALN List tab appears. Click Add VLAN ID button to create a new VLAN ID.

Figure 5-30 VLAN List Tab

6. The Add VLAN ID dialog box appears. Refer to the table below to assign a proper value for each parameter accordingly.

System Operation


5-21

Figure 5-31 Add VLAN ID Dialog Box

Table 5-8 Add VLAN ID Parameter


VLAN ID 1 to 4094 Specify VLAN ID

VALN Service Name 1 to 32 Character Specify the service name of the VLAN




9. The VLAN Setting window appears again. Confirm the displayed parameters.

System Operation


5-22

Figure 5-33 VLAN List Tab in the VLAN Setting Window


(b) Modify VLAN Service Name

Procedure 5-9





System Operation


5-23

Figure 5-34 VALN Setting Window

5. The VALN List tab appears. Click the VLAN Service Name to be modified.


6. The Modify VLAN Service Name box appears. Modify the VLAN Service Name accordingly.

System Operation


5-24

Figure 5-36 Modify VLAN Service Name Box




9. The VALN List tab appears again. Confirm the modified VLAN Service Name.



System Operation


5-25

(c) Delete VLAN ID

Procedure 5-10





Figure 5-39 VALN Setting Window

5. The VLAN List tab appears. Click Delete VLAN ID button.

System Operation


5-26


6. The Delete VLAN ID box appears. Input the VLAN ID or VLAN Service Name to be deleted.

Figure 5-41 Delete VLAN ID Box (1/2)

Figure 5-41 Delete VLAN ID Box (2/2)



System Operation


5-27




10. The VLAN List tab appears again. Confirm the VLAN ID has been deleted.



System Operation


5-28

(2) VLAN Setting Tab

(a) Set VLAN ID

Procedure 5-11




4. The VLAN Setting window appears. Click Port No. button.


5. The VLAN Setting window appears. Assign a proper value for each VLAN Assignment field parameter.

Note: The views are different according to the configuration (Access/ Tunnel/ Trunk).

System Operation


5-29

• Access


• Tunnel


System Operation


5-30

• Trunk


Table 5-9 VLAN Assignment Parameter


Access Only Allow untagged frame pass through

Tunnel Allow tagged and untagged frame pass

through

Port Type

Trunk Only allow tagged frame pass through

Check Enable check box

Uncheck

Check the box to assign the port to the

specified VLAN.

Check UntagFrame Assignment

(Access Port) Uncheck

-



System Operation


5-31


8. The VLAN Setting window appears again. Confirm the parameters displayed.



5.1.2.4 FDB Setting

(1) FDB Setting Tab

Procedure 5-12



3. Select FDB Port Setting from the ETH Function Setting sub menu.

4. The FDB Setting window appears. Click on the desired Equipment to configure in the FDB Setting tab.

System Operation


5-32

Figure 5-51 FDB Setting Tab

5. The FDB Setting (Equipment) dialog box appears. Assign a proper value for each parameter.

Figure 5-52 FDB Setting (Equipment) Dialog Box

Table 5-10 FDB Setting


Learning MAX Size 1 to 32384 Set the learning MAX entries of MAC Address

Forwarding Not selectable Learning Limit Mode

Discard Not selectable

Enable Enable equipment to send trap when the

learning MAC Address reach to the specified

MAX number.

Learning Limit Trap

Disable Disable above feature.


System Operation


5-33

7. The FDB Setting tab appears again. Click the desired VLAN ID No. to configure.


8. The FDB Setting box appears. Assign a proper value for each parameter.

Figure 5-54 FDB Setting Box

Table 5-11 FDB Setting (VLAN ID)


Learning MAX Size 0 to 32384 Set the learning MAX entries of MAC Address

Forwarding Not selectable Learning Limit Mode

Discard Not selectable



System Operation


5-34


11. The FDB Setting tab appears again. Confirm the displayed parameters.



(2) Static Entry Tab

(a) Add Static Entry

Procedure 5-13




4. The FDB Setting window appears. Click the Static Entry tab.

System Operation


5-35

Figure 5-57 FDB Setting Window

5. The Static Entry tab appears. Click Add button.

Figure 5-58 Static Entry Tab

6. The Static Entry (Add) dialog box appears. Refer to the table below to assign a proper value for each parameter accordingly.

System Operation


5-36

Figure 5-59 Static Entry (Add) Dialog Box

Table 5-12 FDB Setting (Static Entry)


Item Main Board

MODEM1

MODEM2

Select the object from drop-down list.

Port Select the port from drop-down list.

MAC Address xx:xx:xx:xx:xx:xx Enter the object MAC address

Check Check the box to assign the port to the

specified VLAN.

Enable check box

Uncheck Not assign the port to the VLAN.




9. The Static Entry tab appears again. Confirm the displayed parameters.

System Operation


5-37



(b) Modify Static Entry

Procedure 5-14






System Operation


5-38

5. The Static Entry tab appears. Click the desired Entry No. to configure.


6. The Static Entry dialog box appears. Modify the MAC address accordingly.

Figure 5-64 Static Entry Dialog Box

7. Click OK button after setting the MAC address.


System Operation


5-39


9. The Static Entry tab appears again. Confirm the modified parameters of the MAC address.



(c) Delete Static Entry

Procedure 5-15





System Operation


5-40


5. The Static Entry tab appears. Click the Delete button.


6. The Static Entry (Delete) dialog box appears. Select the static entry No. to be deleted.

System Operation


5-41

Figure 5-69 Static Entry (Delete) Dialog Box






10. The Static Entry tab appears again. Confirm the static entry No. has been deleted.

System Operation


5-42



5.1.2.5 ETH OAM Setting

(1) OAM MEG Tab

(a) Add OAM MEG Index

Procedure 5-16



3. Select ETH OAM Setting from the ETH Function Setting sub menu.

4. The ETH OAM Setting window appears. Click the OAM MEG tab.

Figure 5-73 ETH OAM Setting Window

System Operation


5-43

5. The OAM MEG tab appears. Click the Add MEG button.

Figure 5-74 OAM MEG Tab

6. The OAM MEG Setting (Add) box appears. Refer to the table below to assign a proper value for each parameter accordingly.

Figure 5-75 OAM MEG Setting (Add) Box

System Operation


5-44

Table 5-13 MEG Configuration Parameter


MEG Index 1 to 128 Specify MEG (Maintenance Entity

Group) Index

Maintenance

Domain Name

Specify the Name of the Maintenance

Domain

Short MA Name

String of a maximum of 43

characters (Maintenance

Domain Name + Short MA

Name) Specify the Short MA Name

MEG Level 0 to 7 Specify the Level of the MEG

ETH-CC Period 3.3ms/10ms/100ms/1s/10s/60s Set the period of ETH-CC(Continuity

Check) message

Enable Enable sending and monitoring CCM CCM

Disable Disable sending and monitoring CCM

CCM Priority 0 to 7 Specify the priority of the CCM




9. The OAM MEG tab appears again. Confirm the newly added MEG Index information displayed.

System Operation


5-45



(b) Delete OAM MEG

Procedure 5-17




4. The ETH OAM Setting window appears. Click the OAM MEG tab.


5. The OAM MEG tab appears. Click the Delete MEG button.

System Operation


5-46


6. The OAM MEG Setting (Delete) box appears. Select the OAM MEG Index No. to be deleted.

Figure 5-80 OAM MEG Setting (Delete) Box

7. Click OK button.





System Operation


5-47

10. The OAM MEG tab appears again. Confirm the OAM MEG has been deleted.



(2) OAM MEP Tab

(a) Add OAM MEP Index

Procedure 5-18




4. The ETH OAM Setting window appears. Click Add MEP button in the OAM MEP tab.

Figure 5-84 OAM MEP Tab

System Operation


5-48

5. The OAM MEP Setting (Add) dialog box appears. Select the Enable Check box in the MEG Configuration field.

Figure 5-85 OAM MEP Setting (Add) Dialog Box

6. Click Add Peer MEP button in the Peer MEP Configuration field.

System Operation


5-49


7. The Peer MEP Add box appears. Input the Peer MEP ID.

Figure 5-87 Peer MEP Add Box


9. The OAM MEP Setting (Add) dialog box appears again. Refer to the table below to assign a proper value for each parameter accordingly.

System Operation


5-50


System Operation


5-51

Table 5-14 MEP Configuration field Parameter


Peer MEP Add

Peer MEP ID 1 to 8191 Specify the MEP (MEG End Point) ID of the

peer equipment

MEP Configuration

MEP Index 1 to 128 Specify the local MEP Index

MEP ID 1 to 8191 specify the ID of the MEG Index

Item Main Board

MODEM1

MODEM2

Select the object item from drop-down list

Port Select the port from drop-down list

Assignment VLAN

ID List

check Check the box of the VLAN ID to associate

MEP to the VLAN.

Uncheck Not associate the MEP to the VLAN ID.

MEG Configuration

Check Check the box of the MEG Index to

associate MEG Configuration

Enable Check box

Uncheck Not associate the MEP to the MEG

Configuration.





System Operation


5-52


13. The OAM MEP tab appears again. Confirm the newly added MEP Index information displayed.



(b) Modify OAM MEP Index

Procedure 5-19




4. The ETH OAM Setting window appears. Click the MEP Index No. to be modified in the OAM MEP tab.

System Operation


5-53


5. The OAM MEP Setting (Modify) dialog box appears. Modify the parameter accordingly.

Figure 5-93 OAM MEP Setting (Modify) Dialog Box

System Operation


5-54

Table 5-15 OAM MEP Index Parameter


Peer MEP Add

Peer MEP ID 1 to 8191 Specify the MEP (MEG End Point) ID of

the peer equipment

MEP Configuration

MEP Index 1 to 128 Specify the Number of the MEP Index

MEP ID 1 to 8191 Specify the ID of the MEP Index

Item Main Board

MODEM1

MODEM2


Port Select the object port from drop-down list

check Check the box of the VLAN ID to

associate MEP to the VLAN.

Assignment VLAN ID

List

uncheck Not associate the MEP to the VLAN ID.

MEG Configuration

Check Check the box of the MEG Index to

associate MEG Configuration

Enable Check box

Uncheck Not associate the MEP to the MEG

Configuration.



System Operation


5-55



Figure 5-95 Information Window

9. The OAM MEP tab appears again. Confirm the modified parameters of the OAM MEP Index information displayed.



(c) Delete OAM MEP

Procedure 5-20




System Operation


5-56

4. The ETH OAM Setting window appears. Click Delete MEP button in the OAM MEP tab.


5. The OAM MEP Setting (Delete) box appears. Select the OAM MEP Index No. to be deleted.

Figure 5-98 OAM MEP Setting (Delete) Box

6. Click OK button.




System Operation


5-57


Note: In case that CCM Transmit / CCM Receive is enabled, if user try to delete the MEP Index the following error message will appears:

Follow the procedure of (2) Modify OAM MEP Index, disable CCM Transmit / CCM Receive first and then delete the MEP Index.

9. The OAM MEP tab appears again. Confirm the OAM MEP has been deleted.



(3) OAM MIP Tab

(a) Add OAM MIP

Procedure 5-21


System Operation


5-58



4. The ETH OAM Setting window appears. Click the OAM MIP tab.


5. The OAM MIP tab appears. Click Add MIP button.

Figure 5-103 OAM MIP Tab

6. The OAM MIP Setting (Add) box appears. Refer to the table below to assign a proper value for each parameter accordingly.

System Operation


5-59

Figure 5-104 OAM MIP Setting (Add) Box

Table 5-16 OAM MIP Index Parameter


MIP Index 1 to 32 Specify the MIP (MEG Intermediate Point)

Index

MEG Level 0 to 7 Specify the MEG level for the MIP

Item Main Board

MODEM1

MODEM2


Port - Select the object port from drop-down list

Check Check the box of the VLAN ID to


Assignment VLAN ID

List




System Operation


5-60


9. The OAM MIP tab appears again. Confirm the newly added OAM MIP information displayed.



(b) Modify OAM MIP Index

Procedure 5-22





System Operation


5-61


5. The OAM MIP tab appears. Click the desired MIP Index No. to configure.


6. The OAM MIP Setting (Modify) box appears. Modify the parameter accordingly.

Figure 5-109 OAM MIP Setting (Modify) Box

System Operation


5-62

Table 5-17 OAM MIP Index Parameter


MIP Index 1 to 32 Specify the MIP Index

MEG Level 0 to 7 Specify the MEG level for the MIP

Item Main Board

MODEM1

MODEM2

Select the object from drop-down list

Port - Select the port from drop-down list

Check Check the box of the VLAN ID to


Assignment VLAN ID

List





9. The OAM MIP tab appears again. Confirm the modified parameters of the OAM MIP information displayed.



System Operation


5-63

(c) Delete OAM MIP Index

Procedure 5-23






5. The OAM MIP tab appears. Click Delete MIP button.


6. The OAM MIP Setting (Delete) box appears. Select the OAM MIP Index No. to be deleted.

System Operation


5-64

Figure 5-114 OAM MIP Setting (Delete) Box

7. Click OK button.





10. The OAM MIP tab appears again. Confirm the OAM MIP Index has been deleted.

System Operation


5-65



5.1.2.6 RSTP Setting

Note STP/RSTP tunnel enable function is not supported for RSTP enabled port.

(1) Modify RSTP PORT

Procedure 5-24



3. Select RSTP Setting from the ETH Function Setting sub menu.

4. The RSTP Setting window appears. Click Modify RSTP Port button.

System Operation


5-66

Figure 5-118 RSTP Setting Window

5. The RSTP Port Setting window appears. Assign a proper value for each parameter.

Figure 5-119 RSTP Port Setting Window

System Operation


5-67

Table 5-18 RSTP Port Setting


RSTP Enable RSTP (Rapid Spanning Tree

Protocol)

STP Mode

Disable Disable RSTP

Check Enable RSTP on the port. Enable

Uncheck Disable RSTP on the port.

Item Main Board

MODEM1

MODEM2


Port - Select the port from drop-down list

Port Name 1 to 32

Character

Specify the port name

Auto Enable equipment calculate the path cost

automatically.

STP Port Path Cost

Manual Enter the path cost manually.

STP Port Path Cost

(Value)

1 to 200000000 Enter the cost of path when Path Cost is

set to Manual

STP Port Priority 0 to 240 Specify the RSTP priority of the port

Enable Set the Port as Edge port Edge Port

Disable Remove Edge port feature

Force true Enable Point-to-point

Force False Disable Point-to-point

P-to-P Port

Auto Set Point-to-point automatically




8. The RSTP Setting window appears again. Confirm the parameters displayed.

System Operation


5-68



(2) Modify Detail RSTP Parameter

Procedure 5-25



3. Select RSTP Setting from the ETH Function Setting sub menu.

4. The RSTP Setting window appears. Click Modify Detail RSTP Parameter button.

System Operation


5-69


5. The Detail RSTP Parameter Setting box appears. Assign a proper value for each parameter.

Figure 5-123 Detail RSTP Parameter Setting Box

System Operation


5-70

Table 5-19 Detail RSTP Parameter


STP Bridge Priority 0 to 61440 Set STP priority of the bridge

STP Bridge MAX Age 6 to 40 s Set the expiration of the Configuration BPDU

stored, Bridge will. notice that a topology

change has occurred after the Max Age time

elapses and the BPDU is aged out

1 s STP Bridge Hello Time

2 s

Set the period of sending Configuration

BPDUs from Root Bridge.

STP Bridge Forward

Delay

4 to 30 s Set the delay when the port is going to change

the state from Listening to Learning.

STP TX Hold Count 1 to 10 Set the number of BPDU which can be sent

per second.




8. The RSTP Setting window appears again. Confirm the parameters displayed.

System Operation


5-71



5.1.2.7 QoS/Classification Setting

Classify Setting tab

iPASOLINK supports QoS based on MEF10 and REC4115 which classify the traffic into eight classes with the proper Internal Priority according to the predetermined Policer. Except the default Policer, user can configure up to three additional Policer which provide user the capability of realizing the user-orientation QoS strategy flexibly. The Internal Priority is used for following purpose:

1) Indentify Ingress traffic properly according to the predetermined Policer.

2) Mapping the eight classes of ingress traffic to four classes when queuing the Egress traffic.

3) Copy the original internal priority to the capsulated frame to prevent the traffic priority from changing unexpectedly. (VLAN c-tag CoS/VLAN s-tag CoS)

Ingress

At the Ingress of the traffic, assign the internal priority and then perform flow control according to the predetermined policer, coloring the frame with Yellow or Green which decide the QoS queue at the egress, discarding the frames of the traffic that exceed the designated bandwidth (EIR, Excess Information Rate).

System Operation


5-72

Egress

Queuing the frame according to the internal priority and the color assigned at ingress, determine forwarding or discarding the frame.

(1) Classify Setting Tab

(a) Classify Entry Setting

Procedure 5-26



3. Select QoS/Classification Setting from the ETH Function Setting sub menu.

4. The QoS/Classification Setting window appears. Select the object from Classify Profile No. drop-down list.

Figure 5-126 QoS/Classification Setting Window

5. The QoS/Classification Setting window appears again. Click the desired Entry No. to configure.

System Operation


5-73


6. The Classify Entry Setting box appears. Assign a proper value for each parameter.

Figure 5-128 Classify Entry Setting Box

System Operation


5-74

Table 5-20 Classify Entry Setting Parameter


Classify Field type VLAN Cos

IPv4 Precedence

IPv4 DSCP

IPv6 DSCP

other


Classify Priority 0 to 7 Specify the Classify priority

Classify Internal

Priority

0 to 7 Select the Classify internal priority from

drop-down list.



8. The QoS/Classification Setting window appears again. Confirm the parameters displayed.

Figure 5-130 QOS/Classification Setting Window

System Operation


5-75


(b) Delete Entry

Procedure 5-27




4. The QoS/Classification Setting window appears. Select the object from Classify Profile No. drop-down list.


5. The QoS/Classification Setting window appears again. Click Delete Entry button.

System Operation


5-76


6. The Delete Entry box appears. Assign a proper value for each parameter and then click OK button.

Figure 5-133 Delete Entry Box




System Operation


5-77


9. The QoS/Classification Setting window appears again. Confirm the parameters displayed.



(c) Select Profile No.

Procedure 5-28




System Operation


5-78

4. The QoS/Classification Setting window appears. Click the desired Select Profile No. to configure.


5. The Select profile No. box appears. Assign a proper value for drop-down list.

Figure 5-138 Select Profile No. Box



7. The QoS/Classification Setting window appears. Confirm the parameters displayed.

System Operation


5-79



(2) Ingress Setting Tab

(a) Add Policer Index

Procedure 5-29




4. The QoS/Classification Setting window appears. Click Ingress Setting tab.

System Operation


5-80

Figure 5-141 Classify Setting Window

5. The Ingress Setting tab appears. Click the Add Policer Index button.

Figure 5-142 Ingress Setting Tab

6. The Add Policer Index box appears. Assign a proper value for each parameter.

System Operation


5-81

Figure 5-143 Add Policer Index Box

Table 5-21 Ingress Policer Index Parameter


Item Main Board

MODEM1

MODEM2


Port Specify the port from drop-down list.

Internal Priority 0 to 7 Specify the internal priority

Policer Profile No. Specify the Policer Profile number that will

be applied on the port.

Check Enable Policer on the checked VLAN. VLAN ID

Uncheck -

7. Click the Policer Profile Detail button.

8. The Ingress Policer Profile Detail Setting box appears. Assign a proper value for each parameter

System Operation


5-82

Figure 5-144 Ingress Policer Profile Detail Setting Box

Table 5-22 Ingress Policer Profile Detail Parameter


Classify Eir 0 to 1000000 kbps Set the available maximum bandwidth

Classify Cir 0 to 1000000 kbps Set the minimum guaranteed bandwidth

Classify Ebs 0 to 128 kbyte Specify the maximum Burst size.

Classify Cbs 1 to 64 kbyte Specify the minimum Burst size.

Note You need to set Ebs value bigger than MTU size of the policer applying port.




11. The Add Policer Index box appears again. Click OK Button.

System Operation


5-83

Figure 5-146 Add Policer Index Box



13. The Ingress Setting tab appears again. Confirm the newly added Ingress Policer Index information displayed

System Operation


5-84



(b) Ingress Policer Profile Detail Setting

Procedure 5-30





System Operation


5-85


5. The Ingress Setting tab appears. Click the Ingress Policer Profile Setting button.


6. The Ingress Policer Profile Setting box appears. Click the desired Ingress Policer Index No. to configure.

System Operation


5-86

Figure 5-151 Ingress Policer Profile Setting Box

7. The Ingress Policer Profile Detail Setting box appears. Assign a proper value for each parameter

Figure 5-152 Ingress Policer Profile Detail Setting Box

Table 5-23 Ingress Policer Profile Detail Setting Parameter


Classify Eir 0 to 1000000 (kbps) Set the available maximum bandwidth

Classify Cir 0 to 1000000 (kbps) Set the minimum guaranteed bandwidth

Classify Ebs 0 to 128 (kbyte) Specify the maximum Burst size.

Classify Cbs 1 to 64 (kbyte) Specify the minimum Burst size.



System Operation


5-87


10. The Ingress Policer Profile Setting box appears again. Click Close button.

Figure 5-154 Ingress Policer Profile Setting Box

11. The Ingress Setting tab appears again. Confirm the parameters displayed.

System Operation


5-88



(c) Modify Policer Index

Procedure 5-31





System Operation


5-89


5. The Ingress Setting tab appears. Click the desired Pollcer Index No to configure.


6. The Ingress Policer Setting box appears. Modify the parameter accordingly.

System Operation


5-90

Figure 5-158 Ingress Policer Setting Box

Table 5-24 Ingress Policer Index Parameter


Internal Priority 0 to 7 Specify the internal priority

Policer Profile No Specify the Policer Profile number which

will be applied on the port.

VLAN ID Check Enable Policer on the checked VLAN.

Uncheck -




9. The Ingress Setting tab appears again. Confirm the modified parameters of the Ingress Policer Index information displayed.

System Operation


5-91



(d) Delete Ingress Policer Index

Procedure 5-32





System Operation


5-92


5. The Ingress Setting tab appears. Click Delete Policer Index button.


6. The Delete Policer Index box appears. Input the Ingress Pollcer Index No. to be deleted.

System Operation


5-93

Figure 5-163 Delete Policer Index Box

7. Click OK button.





10. The Ingress Setting tab appears again. Confirm the Ingress Policer Index No. has been deleted

System Operation


5-94



(3) Port Setting Tab

Procedure 5-33




4. The QoS/Classification Setting window appears. Click Port Setting tab.

System Operation


5-95


5. The Port Setting tab appears. Click the desired Main Board or MODEN Port No. to configure.

Figure 5-168 Port Setting Tab

6. The Qos Port Setting box appears. Assign a proper value for each parameter.

System Operation


5-96

Figure 5-169 Qos Port Setting Box

7. Click the desired Class No. of the Egress Class Setting Information field.

8. The Egress Class Setting box appears. Assign a proper value for each parameter.

Figure 5-170 Egress Class Setting Box

System Operation


5-97

Table 5-25 Port Setting


Qos Port Setting Information

2xSP

4xSP

1xSP+3xDWRR

Scheduling Mode

4xDWRR

Specify the queuing mode.

SP: Strict-Priority

DWRR: Deficit Weighted Round Robin

WTD Specify the port discard all packets at the

tail end of the queue when queue

exceeded the pre set threshold. WTD

(Weighted tail drop).

Port Drop Mode

WRED Specify the port randomly discard the

packets of lower priority traffic before

higher priority traffic when queue

exceeded the preset threshold. WRED

(weighted random early detection).

Egress Shaper Rate 1 to 1000 Mbps Specify the maximum sending rate of the

egress queue.

Internal Priority Queueing Policy per Ingress Port

Internal Priority 0 to 7

Class

0 to 7 Set the priority of Ingress port

Egress Class Setting Information

Class Shaper Rate 0.001 to 1000

Mbps

Specify the maximum sending rate of the

class.

Class DWRR Weight 1 to 127 Specify the weight of the queue.

Class Queue Length 16 to 128 Kbyte Specify the length for each Queue.

Queue 6 and 7 is fixed at 16Kbyte.

Wtd Yellow Frame

Threshold

10 to 100 % Set the Threshold of Yellow Frame



System Operation


5-98


11. The Qos Port Setting box appears again. Click OK button after setting the parameters.

Figure 5-172 Qos Port Setting Box



13. The Port Setting tab appears again. Confirm the parameters displayed.

System Operation


5-99

Figure 5-174 Port Setting Tab


5.1.2.8 Other ETH Port Setting

Procedure 5-34



3. Select Other ETH Port Setting from the ETH Function Setting sub menu.

4. The Other ETH Port Setting window appears. Click the desired Port No to configure.

Figure 5-175 Other ETH Port Setting Window

System Operation


5-100

5. The Other ETH Port Setting box appears. Assign a proper value for each parameter.

Figure 5-176 Other ETH Port Setting Box

Table 5-26 Other ETH Port Setting


Port Information

Monitoring Disable Set to Monitor the Disable

Monitoring Set to Monitor the port traffic

Mirror Set the port as Mirror port, the traffic of the

monitored port will be duplicated to this

port.

Monitoring Direction Ingress Specify to monitor the ingress traffic of the

port

Egress Specify to monitor the egress traffic of the

port

Both Specify to monitor the traffic of both

ingress and egress.

L2 Protocol Transparency

Check Check the box of the protocol to enable

the PDU of the protocol transparent

without processed.

Tunnel Enable

Uncheck -

System Operation


5-101

Note STP/RSTP tunnel enable function is not supported for RSTP enabled port.




8. The Other ETH Port window appears again. Confirm the parameters displayed.

Figure 5-178 Other ETH Port Window


5.1.2.9 LLF Setting

(a) Add LLF GRP

Procedure 5-35



3. Select LLF Setting from the ETH Function Setting sub menu.

System Operation


5-102

4. The LLF Setting window appears. Click Add LLF button.

Figure 5-179 LLF Setting Window

5. The LLF Setting (Add) box appears. Refer to the table below to assign a proper value for each parameter accordingly

Figure 5-180 LLF Setting (Add) Box

System Operation


5-103

Table 5-27 LLF Setting Parameter


LLF GRP ID 1 to 16 Select the LLF RGP ID Number

Item Main Board

MODEM1

MODEM2

Select the object item form drop-down list.

Enable Enable sending LLF signal Send LLF Signal

Disable Disable sending LLF signal

Enable Ignore received LLF signal. Ignore Received LLF

Signal Disable Accept received LLF signal

Check Set the port as Edge port Edge Port Setting

Uncheck Unset the port as Edge port




8. The LLF Setting window appears again. Confirm the newly added LLF Setting information displayed.


System Operation


5-104


(b) Modify LLF GRP

Procedure 5-36




4. The LLF Setting window appears. Click the desired LLF GRP No. to configure.


5. The LLF Setting (Modify) box appears. Modify the parameter accordingly.

System Operation


5-105

Figure 5-184 LLF Setting (Modify) Box

Table 5-28 LLF Setting (Modify)


Item Main Board

MODEM1

MODEM2

Select the object item form drop-down list.

Enable Enable sending LLF signal Send LLF Signal

Disable Disable sending LLF signal

Enable Ignore received LLF signal Ignore Received LLF

Signal Disable Accept received LLF signal

Check Set the port as Edge port Edge Port Setting

Uncheck -



System Operation


5-106


8. The LLF Setting window appears again. Confirm the modified parameters of the LLF GRP information displayed.



(c) Delete LLF GRP

Procedure 5-37




4. The LLF Setting window appears. Click Delete LLF button.

System Operation


5-107


5. The LLF Setting (Delete) box appears. Select the LLF GRP ID to be deleted.

Figure 5-188 LLF Setting (Delete) Box





System Operation


5-108


9. The LLF Setting window appears again. Confirm the LLF GRP has been deleted.



System Operation


5-109

5.1.3 Cross Connect Setting User can configure the E1 port/STM-1 port and cross connect.

The E1/STM-1/Cross Connect Setting menu list is as follows:

• E1 Port Setting

Configure E1 Port Name and E1 CH usage, Channel Impedance, reporting unused CH.

• STM-1 Port Setting

Configure the STM-1 Port Mode, Usage, TIM LAM and ALS (Auto Laser Shutdown).

• Cross Connect Setting

Configure Cross Connect, and confirm current Cross Connect and Port (CH) utilization.

5.1.3.1 E1 Port Setting

Configure E1 port name, E1 CH usage, channel impedance, and unused CH report.

Procedure 5-38


2. Expand E1/STM-1/Cross Connect Setting from the Provisioning sub menu.

3. Select E1 Port Setting from the E1/STM-1/Cross Connect Setting sub menu.

4. The E1 Port Setting window appears. Click Modify button.

System Operation


5-110

Figure 5-192 E1 Port Setting Window

5. The E1 Port Setting (Main Board) dialog box appears. Refer to the table below to assign a proper value for each parameter.

System Operation


5-111

Figure 5-193 E1 Port Setting (Main Board) Dialog Box

Table 5-29 E1 Port Setting


Collective Setting

Used All All E1 CH is set to used CH Usage

Not Used All All E1 Port is set to All unused

Report All Report the input error of unused

all E1 CH.

CH Usage Error

Report

Not Report All Not report the input error of

unused all E1 CH.

All CH 120Ω Set all E1 CH Impedance to 120Ω Impedance

All CH 75Ω Set all E1 CH Impedance to 75Ω

Used E1 CH is set to used CH Usage

Not Used E1 CH is set to unused

Report Report the input error of unused

E1 CH.

CH Usage Error

Report

Not Report Not report the input error of

unused E1 CH.

120Ω Set E1 Port Impedance to 120Ω Impedance Setting

75Ω Set E1 Port Impedance to 75Ω

Port Name 1 to 32 Specify the Port name of the E1

CH

System Operation


5-112




8. The E1 Port Setting window appears again. Confirm the displayed parameters.

Figure 5-195 E1 Port Setting Window


System Operation


5-113

5.1.3.2 STM-1 Port Setting

Configure the STM-1 port mode, usage, TIM LAM, and ALS (auto laser shutdown).

Procedure 5-39



3. Select STM-1 Port Setting from the E1/STM-1/Cross Connect Setting sub menu.

4. The STM-1 Port Setting window appears. Click Modify button.

Figure 5-196 STM-1 Port Setting Window

5. The STM-1 Port Setting dialog box appears. Refer to the table below to assign a proper value for each parameter.

System Operation


5-114

Figure 5-197 STM-1 Port Setting Dialog Box

Table 5-30 STM-1 Port Setting


Through Through Mode of STM-1 STM-1 Mode

Channelized Channelized Mode of STM-1

Used Use STM-1 Port Port Usage

Not Used Not user STM-1 Port

Port Name 1 to 32 character Specify the port name of the STM-1

Enable Enable device stop output laser when

receiving STM1 signal lost (optical or

radio) (RLOS) and send out MS-AIS.

MS - AIS Generation

Disable Disable device stop output laser when

receiving STM1 signal lost (optical or

radio) (RLOS) and send out MS-AIS

Enable Enable ALS (Auto Laser Shutdown) ALS Usage

Disable Disable ALS (Auto Laser Shutdown)

ALS Interval 60 sec Set the delay of release ALS after

System Operation


5-115


180 sec

300 sec

restored

J0:Section Trace Enable RS-TIM detection Trace Mode

J1:High Order Path Trace Enable HP-TIM detection

Enable Enable transmit AIS alarm when TIM

detected

Trace Mismatch AIS

Generation Action

Disable Disable transmit AIS alarm when TIM

detected

Section Trace Send 1 to 15 Set J0 in transmit direction

Expected Section

Trace

1 to 15 Set J0 in receiving direction

High Order Path

Trace

- Not select

Expected High Order

Path Trace

- Not select

Received Trace Value

Received select trace

Port 01

- Not select

Received High Order

Path Trace

- Not select




8. The STM-1 Port Setting window appears again. Confirm the displayed parameters.

System Operation


5-116

Figure 5-199 STM-1 Port Setting Window


5.1.3.3 Cross Connect Setting

User can add, edit and delete the Cross Connect.

In addition, if user set the Cross Connect Type to RST when Add Cross Connect, Port (CH) utilization can be observed.

iPASOLINK 200 support 2M E1 level Cross Connect. The packet that support Cross Connect are listed in the following table.

Table 5-31 Cross Connect Setting

Item Max.

Mounted

Max.

Ports

Description

MODEM-S 2 152 -

16E1 1 16 -

16E1-S 16

STM1-S (channelized

mode)

63

STM1-S (through mode)

1

75

Optional; only 1 can be mounted on a single

device.

STM1-S (through mode) does not support a

customized cross connect.

System Operation


5-117

The channelized STM-1 channel numbering is listed in the following table.

Table 5-32 Channelized STM-1 Numbering

TUG-3# TUG-2# TU-12# STM-1 channelized

Port No. #K #L #M

1 1 1 1

2 2 1 1

3 3 1 1

4 1 2 1

5 2 2 1

6 3 2 1

7 1 3 1

8 2 3 1

9 3 3 1

10 1 4 1

11 2 4 1

12 3 4 1

13 1 5 1

14 2 5 1

15 3 5 1

16 1 6 1

17 2 6 1

18 3 6 1

19 1 7 1

20 2 7 1

21 3 7 1

22 1 1 2

23 2 1 2

24 3 1 2

25 1 2 2

26 2 2 2

27 3 2 2

28 1 3 2

29 2 3 2

30 3 3 2

31 1 4 2

System Operation


5-118

TUG-3# TUG-2# TU-12# STM-1 channelized

Port No. #K #L #M

32 2 4 2

33 3 4 2

34 1 5 2

35 2 5 2

36 3 5 2

37 1 6 2

38 2 6 2

39 3 6 2

40 1 7 2

41 2 7 2

42 3 7 2

43 1 1 3

44 2 1 3

45 3 1 3

46 1 2 3

47 2 2 3

48 3 2 3

49 1 3 3

50 2 3 3

51 3 3 3

52 1 4 3

53 2 4 3

54 3 4 3

55 1 5 3

56 2 5 3

57 3 5 3

58 1 6 3

59 2 6 3

60 3 6 3

61 1 7 3

62 2 7 3

63 3 7 3

System Operation


5-119

(1) Add Cross Connect

(a) Cross Connect – Non Protection Mode

Procedure 5-40



3. Select Cross Connect Setting from the E1/STM-1/Cross Connect Setting sub menu.

4. The Cross Connect Setting window appears. Click Add button to create a new cross connection.

Figure 5-200 Cross Connect Setting Window

5. The Cross Connect Setting (Add) dialog box appears. Refer to the table below to assign a proper value for each parameter accordingly.

System Operation


5-120

Figure 5-201 Cross Connect Setting (Add) Dialog Box



No. 1 to 168 Cross connect service number

Service Name 0 to 32 Cross connect service name

Cross Connect Type E1 E1 level cross connect

RST Enables user to observe the port

(CH) utilization

Edge.A

Protection Not check the radio box Uncheck Protection means no

protection is provided. Configure

Edge A term1 only.

Edge.A Term1 ifIndex Slot-Port-CH

Edge.B

Protection Not check the radio box Uncheck Protection means no

protection is provided. Configure

Edge B term1 only.

Edge.B Term1 ifIndex Slot-Port-CH

System Operation


5-121

Note: The port number of the Edge.A/B Term1 on the mounted card or MODEM is change according to the channel spacing.




8. The Cross Connect Setting window appears again. Confirm the newly added cross connect information displayed.



(b) Cross Connect – Protection Mode

Procedure 5-41




System Operation


5-122

4. The Cross Connect Setting window appears. Click Add button to create a new cross connect.


5. The Cross Connect Setting (Add) dialog box appears. Refer to the table below to assign a proper value for each parameter accordingly.

Figure 5-205 Cross Connect Setting (Add) Dialog Box

System Operation


5-123



No 1 to 168 Cross connect service number

Service Name 0 to 32 Cross connect service name

Cross Connect Type E1 E1 level cross connect

RST Enables user to observe the port

(CH) utilization

Edge.A Protection

Protection Check the radio box If Protection is checked, Edge.A

Term2 needs to be specified.



Edge.B Protection

Protection Check the radio box If Protection is checked, Edge.B

Term2 needs to be specified.






8. The Cross Connect Setting window appears again. Confirm the newly added cross connect information displayed.

System Operation


5-124



(2) Modify (Edit) Cross Connect

Procedure 5-42




4. The Cross Connect Setting window appears. Click the cross connect No. to be modified.


5. The Cross Connect Setting (Modify) dialog box appears. Modify the parameter accordingly.

System Operation


5-125

Figure 5-209 Cross Connect Setting (Modify) Dialog Box

6. Click OK button after modification.



8. The Cross Connect Setting window appears again. Confirm the modified parameters of the cross connect.

System Operation


5-126



(3) Delete Cross Connect

Procedure 5-43




4. The Cross Connect Setting window appears. Click Delete button.


5. The Cross Connect Setting (Delete) dialog box appears. Input the Service No. to be deleted.

System Operation


5-127

Figure 5-213 Cross Connect Setting (Delete) Dialog Box

6. Click OK button.





9. The Cross Connect Setting window appears again. Confirm that the selected cross connect has been deleted.

System Operation


5-128



5.1.4 Equipment Clock / Synchronization Setting This setting provides configuration of Clock (Internal or External) and Timing Source selection of the equipment.

The EXT Clock Setting menu list is as following

• Equipment Clock Setting

Select the Clock and Timing Source.

• EXT Clock Setting

Setting output CLK parameters.

5.1.4.1 Equipment Clock Setting

Procedure 5-44


2. Expand Equipment Clock/Synchronization Setting from the Provisioning sub menu.

3. Select Equipment Clock Setting from the Equipment Clock/Synchronization Setting sub menu.

4. The Equipment Clock Setting window appears. Click Modify button.

System Operation


5-129

Figure 5-217 Equipment Clock Setting Window

5. The Equipment Clock Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-218 Equipment Clock Setting Dialog Box

System Operation


5-130

Table 5-35 Equipment Clock Setting


Master Master clock is the working

System clock.

Equipment CLK Mode

Slave Slave clock is selected for external

output clock

Enable Enable Synchronous Ethernet

Function

SyncETH

Disable Disable Synchronous Ethernet

Function

Not Entry

Line CLK1/ 2

GbE Line CLK

E1 Line CLK

Option Line CLK (STM1)

Timing Source

EXT CLK

Select the object line clock

Port/CH E1: 1 to 16 CH

GbE: 1 to 6

Specify the Port or CH.

Priority 1 to 12 Set the priority of timing source

manually.

WTR 0, 10, 20, 30 sec

1 to 15 min

Set Wait To Restore time, which is

the amount of time to wait before

a recovered timing source

becomes active again.





System Operation


5-131


9. The Equipment Clock Setting window appears again. Confirm the displayed parameters.

Figure 5-221 Equipment Clock Setting Window


5.1.4.2 EXT Clock Setting

Procedure 5-45


2. Expand Equipment Clock/Synchronization Setting from the Provisioning sub menu.

3. Select Ext Clock Setting from the Equipment Clock/Synchronization Setting sub menu.

4. The Ext Clock Setting window appears. Click Modify button.

System Operation


5-132

Figure 5-222 Ext Clock Setting Window

5. The Ext Clock Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-223 Ext Clock Setting Dialog Box

System Operation


5-133

Table 5-36 EXT Clock Setting


120 Ω Sets Ext Clock impedance to 120 Ω EXT Impedance

75 Ω Sets Ext Clock impedance to 75 Ω

bps Selects the Ext Clock in bps EXT CLK Interface

Hz Selects the Ext Clock in bps

On Turns on Ext Clock CRC check CRC On/Off

Off Turns off Ext Clock CRC check

Sa Bit Sa 4 to 8 Sets SSM bit of input Ext Clock

NOT SELECT Does not export CLK

NE CLK Export NE CLK

MODEM1 Export MODEM1

MODEM2 Export MODEM2

GbE Line CLK Export GbE Line CLK

E1 Line CLK Export E1 Line CLK

EXT CLK Out SEL

Option Line CLK Export Option Line CLK

Port/CH E1: 1 to 16 CH

GbE: 1 to 6

Specify the Port or CH.

Note: You can't change the Port/CH parameters when the same interface is already registered on the Equipment clock setting.




8. The Ext Clock Setting window appears again. Confirm the displayed parameters.

System Operation


5-134

Figure 5-225 Ext Clock Setting Window


5.1.5 V.11/OW Setting This setting provides the configuration of user interface (V.11, RS-232C) and OW channel.

• V.11/SC Control Setting

Selecting the input of SC Channel, RS-232C, and V.11 from the SC channel of each MODEM

• V.11 Directional Setting

Setting the working mode of V.11

• OW Setting

Setting the OW channel of the radio section and CALL OUT polarity

System Operation


5-135

5.1.5.1 V.11/SC Setting

(1) SC Setting

Procedure 5-46


2. Expand V.11/OW Setting from the Provisioning sub menu.

3. Select V.11/SC Setting from the V.11/OW Setting sub menu.

4. The V.11/SC Setting window appears. Click SC Channel.

Figure 5-226 V.11/SC Setting Window

5. The V.11/SC Setting (SC Channel) dialog box appears. Specify the proper SC channel for each interface.

System Operation


5-136

Figure 5-227 V.11/SC Setting (SC Channel) Dialog Box (for MODEM1)

Figure 5-228 V.11/SC Setting (SC Channel) Dialog Box (for STM1-S)




8. The V.11/SC Setting window appears again. Confirm the displayed parameters.

System Operation


5-137



(2) MODEM

Procedure 5-47




4. The V.11/SC Setting window appears. Click MODEM1 or MODEM2.

System Operation


5-138

Figure 5-231 V.11/SC setting Window

5. The V.11/SC Setting dialog box appears. Specify the proper SC channel for each interface.

Figure 5-232 V.11/SC Setting Dialog Box (between MODEM1 and MODEM2)

System Operation


5-139

Figure 5-233 V.11/SC Setting Dialog Box (between MODEM1 or MODEM2 to STM1-S)




8. The V.11/SC Setting window appears again. Confirm the displayed parameters.

System Operation


5-140



(3) STM1-S

Procedure 5-48




4. The V.11/SC Setting window appears. Click STM1-S.

System Operation


5-141


5. The V.11/SC Setting dialog box appears. Specify the proper SC channel for each interface.

Figure 5-237 V.11/SC Setting Dialog Box (for STM1-S)



System Operation


5-142


8. The V.11/SC Setting window appears again. Confirm the parameters displayed.



5.1.5.2 V.11 Directional Setting

Procedure 5-49



3. Select V.11 Directional Setting from the V.11/OW Setting sub menu.

System Operation


5-143

4. The V.11 Directional Setting window appears. Click Modify button.

Figure 5-240 V.11 Directional Setting Window

5. The V.11 Directional Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-241 V.11 Directional Setting Dialog Box

Table 5-37 V.11 Directional Setting


Co-Directional The data receiving direction is same as

the clock output/input direction.

V.11-1/2 Direction

Setting

Contra-Directional The data receiving direction is different

from the clock output/input direction.




System Operation


5-144

8. The V.11 Directional Setting window appears again. Confirm the displayed parameters.

Figure 5-243 V.11 Directional Setting Window


5.1.5.3 OW Setting

(1) SW GRP1 (MODEM1/2)

Procedure 5-50



3. Select OW Setting from the V.11/OW Setting sub menu.

4. The OW Setting window appears. Click MODEM1 or MODEM2.

Figure 5-244 OW Setting Window

5. The OW Setting (MODEM - 1 + 0) dialog box appears. Specify a proper value for the parameter.

System Operation


5-145

Figure 5-245 OW Setting (MODEM - 1 + 0) Dialog Box

Table 5-38 OW Setting


Used Enables the use of OW channel OW Use DSC

Not Used Disables the use of OW channel

6. Click OK button after setting the parameter.



8. The OW Setting window appears again. Confirm the displayed parameters.



System Operation


5-146

(2) AUX-S

Procedure 5-51



3. Select OW Setting from the V.11/OW Setting sub menu.

4. The OW Setting window appears. Click AUX-S.


5. The OW Setting (AUX-S) dialog box appears. Specify a proper value for the parameter.

Figure 5-249 OW Setting (AUX-S) Dialog Box

Table 5-39 OW Setting


Invert In case of a signal unlike the

normal signal

Call Polarity

Normal In case of a normal signal


System Operation


5-147



8. The OW Setting window appears again. Confirm the displayed parameters.



5.1.6 Alarm/AIS Setting This setting provides the configuration of alarm severity, color and the relevant setting of AIS events.

• Correlation Setting

User can configure the condition of masking alarm (displaying/clearing on LCT or LED).

• Alarm Severity Setting

User can specify the alarm severity among critical, major, and minor, and warning for each alarm reported by iPASOLINK.

System Operation


5-148

• AIS Setting

User can enable or disable sending of AIS alarm and specify the conditions and delay of sending AIS alarm.

5.1.6.1 Correlation Setting

Procedure 5-52


2. Expand Alarm/AIS Setting from the Provisioning sub menu.

3. Select Correlation Setting from the Alarm/AIS Setting sub menu.

4. The Correlation Setting window appears. Click Modify button.

Figure 5-252 Correlation Setting Window

5. The Correlation Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-253 Correlation Setting Dialog Box

Table 5-40 Correlation Setting


On Enables the mask of the lower level alarm Alarm Correlation

Off Disables the mask of the lower level alarm


System Operation


5-149



8. The Correlation Setting window appears again. Confirm the displayed parameters.

Figure 5-255 Correlation Setting Window

5.1.6.2 AIS Setting

Procedure 5-53



3. Select AIS Setting from the Alarm/AIS Setting sub menu.

4. The AIS Setting window appears. Click Modify button.

Figure 5-256 AIS Setting Window

System Operation


5-150

5. The AIS Setting dialog box appears. Specify a proper value for each parameter.

Figure 5-257 AIS Setting Dialog Box

Table 5-41 AIS Setting


LOF + High BER Sends AIS alarm after receiving LOF

and High BER alarm

AIS Activation

Condition

LOF Sends AIS alarm after receiving LOF

alarm only.

Report Reports AIS generated event AIS Generated Report

Not Report Does not report AIS generated event

Report Reports AIS received event AIS Received Report

Not Report Does not report AIS received event

Alarm Specifies the AIS received event as

alarm

AIS Received

Condition

Status Specifies the AIS received event as

event




8. The AIS Setting window appears again. Confirm the displayed parameters.

System Operation


5-151

Figure 5-259 AIS Setting Window


5.1.6.3 BER Threshold Setting

Specify the threshold of BER alarm of (High/Low)/STM-1 MUX input and E-BER/SD.

(1) SW GRP1 (MODEM1/2)

Procedure 5-54



3. Select BER Threshold Setting from the Alarm/AIS Setting sub menu.

4. The BER Threshold Setting window appears. Click the desired MODEM No. (or SW GRP1) to configure.

Figure 5-260 BER Threshold Setting Window

System Operation


5-152

5. The BER Threshold Setting (MODEM - 1 + 0) dialog box appears. Assign a proper value for each parameter.

Figure 5-261 BER Threshold Setting (MODEM - 1 + 0) Dialog Box

Table 5-42 BER Threshold


High BER 1E-3 to1E-5 Setting High BER Threshold of MW

Low BER 1E-6 to 1E-9 Setting Low BER Threshold of MW




8. The BER Threshold Setting window appears again. Confirm the displayed parameters.

System Operation


5-153



(2) STM1-S

Procedure 5-55



3. Select BER Threshold Setting from the Alarm/AIS Setting sub menu.

4. The BER Threshold Setting window appears. Click STM1-S.


5. The BER Threshold Setting (STM1-S) dialog box appears. Assign a proper value for each parameter.

System Operation


5-154

Figure 5-265 BER Threshold Setting (STM1-S) Dialog Box

Table 5-43 BER Threshold


E-BER (MUX) 1E-3 to1E-5 Setting E-BER Threshold of STM-1 MUX

SD (MUX) 1E-6 to 1E-9 Setting SD Threshold of STM-1 MUX




8. The BER Threshold Setting window appears again. Confirm the displayed parameters.


System Operation


5-155


5.1.7 PMON/RMON Setting This setting provides the relevant configuration of PMON (except Ethernet port) and RMON (Ethernet port), including threshold.

The PMON/RMON Setting menu list is as follows:

• PMON Threshold Setting

Threshold setting of PMON (except Ether port)

• PMON Other

Threshold setting of TCN level

• RMON Threshold Setting

Threshold setting of RMON (Ether port)

• RMON Other

(Not supported)

5.1.7.1 PMON Threshold Setting

(1) Main Board Tab

Procedure 5-56


2. Expand PMON/RMON Setting from the Provisioning sub menu.

3. Select PMON Threshold Setting from the PMON/RMON Setting sub menu.

4. The PMON Threshold Setting window appears. Select the Main Board tab.

5. The Main Board tab appears. Click Modify button.

System Operation


5-156

Figure 5-268 Main Board Tab

6. The Main Board dialog box appears. Assign a proper value for each parameter.

System Operation


5-157

Figure 5-269 Main Board Dialog Box

Table 5-44 PMON Threshold Setting


Occur 0 to 4294967295 15minutes/1day

Recover 0 to 4294967295




System Operation


5-158

9. The Main Board tab appears again. Confirm the displayed parameters.

Figure 5-271 Main Board Tab


(2) MODEM Tab

Procedure 5-57




4. The PMON Threshold Setting window appears. Select the MODEM1 or MODEM2 tab.

5. The MODEM1 or MODEM2 tab appears. Click Modify button.

System Operation


5-159

Figure 5-272 MODEM1 or MODEM2 Tab

6. The RF-MODEM1 or RF-MODEM2 dialog box appears. Assign a proper value for each parameter.

Figure 5-273 RF-MODEM1 or RF-MODEM2 Dialog Box

System Operation


5-160

Table 5-45 PMON Threshold Setting (MODEM1 or MODEM2 Tab)


15minutes 0 to1611000 Specifies the threshold of generation/recovery

of 15 min RS-BBE alarm

RF

BBE

1 day 0 to154656000 Specifies the threshold of generation/recovery

of 1 day RS-BBE alarm

15minutes 0 to 900 Specifies the threshold of generation/recovery

of 15 min RF ES alarm

RF ES

1 day 0 to 86400 Specifies the threshold of generation/recovery

of 1 day RF ES alarm


of 15 min RF SES alarm

RF

SES


of 1 day RF SES alarm


of 15 min RF SEP alarm

RF

SEP


of 1 day RF SEP alarm


of 15 min RF UAS alarm

RF

UAS


of 1 day RF UAS alarm


of 15 min RF OFS alarm

RF

OFS


of 1 day RF OFS alarm




9. The MODEM1 or MODEM2 tab appears again. Confirm the displayed

System Operation


5-161

parameters.

Figure 5-275 MODEM1 or MODEM2 Tab


(3) STM1-S Tab

Procedure 5-58




4. The PMON Threshold Setting window appears. Select the STM1-S tab.

5. The STM1-S tab appears. Click Modify RS or Modify MS button.

System Operation


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Figure 5-276 STM1-S Tab

6. The MS - STM1-S or RS - STM1-S dialog box appears. Assign a proper value for each parameter.

Figure 5-277 MS - STM1-S Dialog Box

System Operation


5-163

Figure 5-278 RS - STM1-S Dialog Box

Table 5-46 PMON Threshold Setting (STM1-S MS)


MS BBE 15min 0 to1611000 specify the threshold of generation/recovery

of 15 min MS BBE Alarm

1 day 0 to154656000 specify the threshold of generation/recovery

of 1 day MS BBE Alarm

MS ES 15min 0 to 900 specify the threshold of generation/recovery

of 15 min MS ES Alarm

1 day 0 to 86400 specify the threshold of generation/recovery

of 1 day MS ES Alarm

MS SES 15min 0 to 900 specify the threshold of generation/recovery

of 15 min MS SES Alarm


of 1 day MS SES Alarm

MS SEP 15min 0 to 900 specify the threshold of generation/recovery

of 15 min MS SEP Alarm


of 1 day MS SEP Alarm

MS UAS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min MS UAS Alarm


of 1 day MS UAS Alarm

MS OFS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min MS OFS Alarm


of 1 day MS OFS Alarm

System Operation


5-164

Table 5-47 PMON Threshold Setting (STM1-S RS)


RS BBE-RS 15min 0 to1611000 specify the threshold of generation/recovery

of 15 min RS BBE-RS Alarm

1 day 0 to154656000 specify the threshold of generation/recovery

of 1 day RS BBE-RS Alarm

RS ES-RS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min RS ES-RS Alarm


of 1 day RS ES –RS Alarm

RS SES-RS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min RS SES-RS Alarm


of 1 day RS SES-RS Alarm

RS SEP-RS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min RS SEP-RS Alarm


of 1 day RS SEP-RS Alarm

RS UAS-RS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min RS UAS-RS Alarm


of 1 day RS UAS-RS Alarm

RS OFS-RS 15min 0 to 900 specify the threshold of generation/recovery

of 15 min RS OFS-RS Alarm


of 1 day RS OFS-RS Alarm




9. The STM1-S tab appears again. Confirm the parameters displayed.

System Operation


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Figure 5-280 STM1-S Tab


5.1.7.2 PMON Other

Procedure 5-59



3. Select PMON Other from the PMON/RMON Setting sub menu.

4. The PMON Other window appears. Click the desired MODEM.

System Operation


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Figure 5-281 PMON Other Window

5. The PMON Other Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-282 PMON Other Setting Dialog Box

Table 5-48 PMON Other Setting


RX Level TCN Threshold -99 to -30 dBm Specify the threshold of TCN RX Level alarm




8. The PMON Other window appears again. Confirm the displayed parameters.

System Operation


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Figure 5-284 PMON Other Window


5.1.7.3 RMON Threshold Setting

Procedure 5-60



3. Select RMON Threshold Setting from the PMON/RMON Setting sub menu.

4. The RMON Threshold Setting window appears. Click Modify button.

Figure 5-285 RMON Threshold Setting Window

5. The RMON Threshold Setting dialog box appears. Assign a proper value for each parameter.

System Operation


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Figure 5-286 RMON Threshold Setting Dialog Box

Table 5-49 RMON Threshold Setting


15 min 0 to 133929000 Specify the threshold of received of 15

min RX Drop Events

RX Drop Events

1 day 0 to 4294967294 Specify the threshold of received of 1

day RX Drop Events

15 min 0 to 133929000 Specify the threshold of received of

15min RX Under size Packets

RX Undersize Pkts

1 day 0 to 4294967294 Specify the threshold of received of

1day RX Under size Packets

15 min 0 to 133929000 Specify the threshold of received of

15min RX Fragments

RX Fragments


1day RX Fragments


min RX CRC Alignment Errors

RX CRC Alignment Errors


1day RX CRC Alignment Errors


min RX over size Packets

RX oversize Pkts


1day RX over size Packets


min TX Collisions

TX Collisions


1day TX Collisions

System Operation


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8. The RMON Threshold Setting window appears again. Confirm the displayed parameters.

Figure 5-288 RMON Threshold Setting Window


5.1.7.4 RMON Other

(a) Add VLAN Counter

Procedure 5-61



3. Select RMON Other from the PMON/RMON Setting sub menu.

System Operation


5-170

4. The RMON Other window appears. Click VLAN counter No. in the VLAN Counter Select tab.

Figure 5-289 RMON Other Window

5. The VLAN Counter Select dialog box appears. Assign a proper value for each parameter.

Figure 5-290 VLAN Counter Select Dialog Box

System Operation


5-171

Table 5-50 RMON Other


Item Default: Main Board

Port Default: Port01

Enable radio Button Check / Uncheck Check the check box of object

VLAN ID




8. The RMON Other window appears again. Confirm the displayed parameters.



System Operation


5-172

(b) Delete VLAN Counter

Procedure 5-62



3. Select RMON Other from the PMON/RMON Setting sub menu.

4. The RMON Other window appears. Click Delete VLAN Counter button.


5. The Delete VLAN Counter dialog box appears. Select the VLAN Counter No. to be deleted.

Figure 5-294 Delete VLAN Counter Dialog Box



System Operation


5-173




9. The RMON Other window appears again. Confirm the displayed parameters.



System Operation


5-174

5.1.8 AUX Setting The AUX Setting menu list is as follows:

- AUX Input Setting

- AUX Output Setting

5.1.8.1 AUX Input Setting

Procedure 5-63


2. Expand AUX Setting from the Provisioning sub menu.

3. Select AUX Input Setting from the AUX Setting sub menu.

4. The AUX Input Setting window appears. Click Modify button in the desired AUX tab.

Figure 5-298 AUX Input Setting Window

5. The AUX Input Setting dialog box appears. Assign a proper value for each parameter.

System Operation


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Figure 5-299 AUX Input Setting Dialog Box

Table 5-51 AUX Input Setting


Name 1 to 32 character Input Alarm Name

Alarm when Event

On(Close)

The alarm is reported when Event

ON

Alarm when Event

Off(Open)

The alarm is reported when Event

OFF

Condition

Status Status information is reported instead

of the alarm

Status Strings

Event On

(Close)

1 to 32 character

Event Off

(Open)

1 to 32 character

Input the event name to be displayed

on the Event Status

X.733

Severity Critical/major/Minor/Warning Specify the alarm Severity

Alarm Type Default:

CommunicatonAlarm

Specify the Alarm Type name

Probable Cause Default: adapterError Specify the Probable Cause name



System Operation


5-176


8. The AUX Input Setting window appears again. Confirm the displayed parameters.

Figure 5-301 AUX Input Setting Window


5.1.8.2 AUX Output Setting

Procedure 5-64


2. Expand AUX Setting from the Provisioning sub menu.

3. Select AUX Output Setting from the AUX Output Setting sub menu.

4. The AUX Output Setting window appears. Click the desired output No.

System Operation


5-177

Figure 5-302 AUX Output Setting Window

5. The AUX Output Setting dialog box appears. Specify a proper value for the parameters.

Figure 5-303 AUX Output Setting Dialog Box

Table 5-52 AUX Output Setting


Name 1 to 32 character Input the Alarm Name

Event Off (Open) Control

Event On (Close)

select the desired output condition

of the selected relay

output

Event On(Close) 1 to 32 character

Event Off(Open) 1 to 32 character

Input the event name



System Operation


5-178


8. The AUX Output Setting window appears again. Confirm the displayed parameters.

Figure 5-305 AUX Output Setting Window


System Operation


5-179


Abbreviations


6-1

6. ABBREVIATIONS

ACAP Adjacent Channel Alternate

Polarization

ACCP Adjacent Channel Co-Polarization

ACK Acknowledgement

AGC Automatic Gain Control

AIS Alarm Indication Signal

ALM Alarm

ALS Auto Laser Shutdown

AMR Adaptive Modulation Radio

ANT, Ant. Antenna

APS Automatic Protection Switch

ATT Attenuator

ATPC Automatic Transmitter Power

Control

AU Administrative Unit

AUX Auxiliary

Ave Average

BBE Background Block Error

BER Bit Error Rate

BPF Band Pass Filter

BS Base Station

BSC Base Station Controller

BTS Base Transceiver Station

CAPEX Capital Expenditure

CBS Committed Burst Size

CCDP Co-Channel Dual Polarization

CCM Continuity Check Message

CEPT Conference of European Postal &

Telecommunication Administration

CIR Committed Information Rate

CKT Circuit

CLK Clock

CMF Channel Mismatch Failure

CMI Coded Mark Inversion

CONV Converter

CORBA Common Object Request Broker

Architecture

CoS Class of Service

CPU Central Processing Unit

CR Critical

CRC Cyclic Redundancy Check

CS Channel Separation

CTRL Control

CV near end Code Violation

CW Carrier Wave

DA Destination Address

DADE Differential Absolute Delay

Equalizer

DB Database

DC Direct Current

DCN Data Communication Network

DEG Degraded

DEI Drop Eligible Indicator

DEM Demodulator

Des(Dest) Destination

DI Data-in

DL Download

DM Delay Measurement

DMM Delay Measurement Message

DMR Delay Measurement Reply

DO Data-out

DSCP Differentiated Services Code Point

DUP Duplexer

DXC Digital Cross Connect

E1 E-carrier level 1

EBS Express Burst Size

EIR Excess Information Rate

EMC Electro Magnetic Compatibility

EML Element Management Layer

EMS Element Management System

EOW C Order Wire

EPS ETH-Protection Switch

EQL Equalizer

ERP ETH-Ring Protection Switch

Abbreviations


6-2

ES Errored Seconds

ETH-CC ETH-Continuity Check function

ETH-LB ETH-Loopback function

ETH-LBM ETH-Loopback Message

ETH-LBR ETH-Loopback Reply

ETH-LB ETH-Loopback function

ETH-LT ETH- Link Trace function

ETH-LTM ETH-Link Trace Message

ETH-LTR ETH-Link Trace Reply

ETH-OAM Ethernet Operations, Administration

and Maintenance

ETH-OAM

LB

ETH-OAM Loopback

ETH-OAM

LT

ETH-OAM Link Trace

ETH-RDI ETH-Remote Defect Indication

function

ETSI European Telecommunications

Standards Institute

EXC Electrical Cross Connect

E-to-E. End-to-End

Fail Failure

F/B Front Back Ratio

FCS Frame Check Sequence

FDB Forwarding Database

FE Fast Ethernet

FEC Forward Error Correction

FEBBE Far End Background Block Error

FEES Far End Errored Seconds

FESES Far End Severely Errored Seconds

FEUAS Far End Unavailable Seconds

FPGA Field Programmable Gate Array

F/W Firmware

GbE, GBE Gigabit Ethernet

3GPP Third Generation Partnership

Project

GUI Graphical User Interface

H Horizontal

HDB High Density Bipolar

HK House Keeping

HP Higher order Path

HYB Hybrid

H/W Hardware

ID Identification

IDU Indoor Unit

IE Internet Explorer

IEC International Electrotechnical

Commission

IEEE Institute of Electrical and

Electronics Engineers

I/F Interface

IF Intermediate Frequency

IHG iPASOLINK High Grade

IN Input

INTFC Interface

I/O Input/Output

IP Internet Protocol

ITU International Telecommunication

Union

ITU-R Radio Communication Sector of ITU

ITU-T Telecommunication Sector of ITU

L2SW Layer2-Switch

LAN Local Area Network

LB Loopback

LBM Loopback Message

LCD Loss of Cell Delineation

LCT Local Craft Terminal

LDPC Low Density Parity Check

LED Light Emitting Diode

Lev. Level

LLF Link Loss Forwarding

LM Loss Measurement

LMM Loss Measurement Message

LNA Low Noise Amplifier

LO Local Oscillator

LOC Loss of Continuity

LOF Loss of Frame

LOM Loss of Multiframe

LOP Loss of Pointer

LO REF Local Reference Signal Loss

Abbreviations


6-3

LOS Loss of Signal

LP Lower order Path

LPM Link Performance Monitor

LT Link Trace

LTI Loss of incoming Timing Input

LTM Link Trace Message

MAC Media Access Control

MAIN Main

MAINT Maintenance

MAX Maximum

Mdev Mean Deviation

MDCPU MODEM CPU

MDI Medium Dependent Interface

MDIX Medium Dependent Interface

Crossover

MD4 Message Digest Algorithm 4

MD5 Message Digest Algorithm 5

MEG Maintenance Entity Group

MEM Memory

MEP MEG End Point

MIN Minimum

MIP Maintenance Intermediate Point

MIX Mixer

MJ Major

MMC Multi Media Card

MME Mobility Management Entity

MMG Mismerge

MN Minor

MOD Modulator

MODEM Modulator Demodulator

MON Monitor

MPX Multiplexer

MS Multiplex Section

MSC Mobile Switching Center

MSDU MAC Service Data Unit

MSP Multiplex Section Protection

MTBF Mean Time Between Failure

MTPC Manual Transmitter Power Control

MUX Multiplexing Equipment

N/A Not Applicable

NBI Northbound Interface

NE Network Element

NML Network Management Layer

NMS Network Management System

OAM Operation Administration and

Maintenance

OCR Occur

Octs Octets

ODU Out-Door Unit

OFS Out of Frame Second

OMT Ortho-Mode Transducer

OPEX Operational expenditure

OPP Opposite

OPR Operation

OPT Optical

OSPF Open Shortest Path First

OSS Operation Support System

OUT Output

OW Oder Wire

PA Power Amplifier

PBR Pressurizable Type B, flange profile

square Rectangular

PCP Priority Code Point

PDH Plesiochronous Digital Hierarchy

PDU Protocol Data Unit

PGM Program

PHY Physical

PIR Peak Information Rate

PJE Pointer Justification Event

PJE-N Pointer Justification Event Negative

Stuff

PJE-P Pointer Justification Event Positive

Stuff

PKG Package

Pkts Packets

PLM Payload Label Mismatch

PMC PASOLINK Management Card

PMON Performance Monitor

PNMSj PASOLINK Network Management

System Java Version

Abbreviations


6-4

PPI PDH PHY Interface

ppm parts per million

PPP Point-to-Point Protocol

PPS Path Protection Switch

PQ Priority Queuing

PRM Parameter

PROT Protection

PS Power Supply

PSC Protection Switching Counts

PSD Protection Switching Duration

PWR Power

QAM Quadrature Amplitude Modulation

QoS Quality of Service

QPSK Quadrature Phase Shift Keying

RCVR Recover

REF Reference

REM Remote

RDI Remote Defect Indication

RF Radio Frequency

RFS Radio Frequency Systems

RL Relay

RMON Remote Network Monitoring

RNC Radio Network Controller

RPL Ring Protection Link

RS Regenerator Section

RS-232 Recommended Standard 232

RSL Received Signal Level

RST Regenerator Section Termination

RSTP Rapid Spanning Tree Protocol

RX Receiver

SC Service Channel

SD Space Diversity

SDH Synchronous Digital Hierarchy

SEG Segment

SEP Severely Errored Period

SES Severely Errored Seconds

SFP Small Form factor Pluggable

SGMI Security Gateway Management

Interface

SMS Synchronous Multiplexing System

SMU Source Measure Unit

SNCP Sub-network Connection Protection

SNMP Simple Network Management

Protocol

SP Strict Priority

SPD Speed

SRC Source MAC Address

STAT Status

STD Standard

STM Synchronous Transport Module

STP Spanning Tree Protocol

SUB Substitute

SW Switch

S/W Software

SWG Switch Group

SYNC Synchronous

TCI Tag Control Information

TCN Threshold Crossing Notification

TDM Time Division Multiplex

TDMoP TDM over Packet

TEMP Temperature

TERM Terminal

TF Transmit Fail

TIM Trace Identifier Mismatch

TLV Type Length Value

TM Through Mode

TNC Threaded Neil Councilman

ToS Type of Service

TPID Tag Protocol Identifier

TQC Total Quality Control

TTL Time To Live

TU Tributary Unit

TX Transmitter

UAE UAS Event

UAS Unavailable Seconds

UL Upload

UNEQ Unequipped

UNEXP Unexpected

Unicast

DMR

Unicast Delay Measurement Reply

Abbreviations


6-5

UNM Unexpected MEP

UNP Unexpected Period

USB Universal Serial Bus

V Vertical

V Volt

VC Virtual Channel

VLAN Virtual LAN

VP Virtual Path

VPN Virtual Private Network

VSWR Voltage Standing Wave Ratio

WDM Wavelength Division Multiplexing

Web World Wide Web

WG Waveguide

WR Warning

WRR Weighted Round Robin

WS Wayside

XCTRL XPIC Control

X-DEM XPIC Demodulator

XFP 10(X) Gigabit Small Form Factor

Pluggable

XIF XPIC IF

XPD Cross Polarization Discrimination

Ratio

XPIC Cross Polarization Interference

Canceller

XREF XPIC Reference

Abbreviations


6-6


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