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Operation NWD-153832-01E March, 2013 - 1 - iPASOLINK EX SECTION II OPERATION CONTENTS DOCUMENT WARRANTY .....................................................................................................- 2 - 1. Getting Started ............................................................................................................. 1-1 2. Installation of LCT ....................................................................................................... 2-1 3. System Configuration ................................................................................................. 3-1 4. NE Setup ....................................................................................................................... 4-1 5. System Operation ........................................................................................................ 5-1 6. Abbreviations ............................................................................................................... 6-1

EX NWD-153832-01E Operation v02

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Page 1: EX NWD-153832-01E Operation v02

Operation NWD-153832-01E

March, 2013

- 1 -

iPASOLINK EX

SECTION II OPERATION

CONTENTS

DOCUMENT WARRANTY.....................................................................................................- 2 - 1. Getting Started.............................................................................................................1-1 2. Installation of LCT .......................................................................................................2-1 3. System Configuration .................................................................................................3-1 4. NE Setup.......................................................................................................................4-1 5. System Operation ........................................................................................................5-1

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

Page 2: EX NWD-153832-01E Operation v02

DOCUMENT WARRANTY

NWD-153832-01E Operation

- 2 -/END

DOCUMENT WARRANTY

1. The information contained in this manual 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.

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Getting Started

Operation NWD-153832-01E

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 EX 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 (LCT) is a useful tool to the installation and maintenance. iPASOLINK provides users GUI environment through WEB browser. Moreover, this tool supports remote connection.

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Getting Started

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1-2/END

1.2.2 Local Port Interface

The DCN interface(Port) is located on the front of the equipment. When the mode of the interface is “LCT” , the interface can be used as the LCT port.

Figure 1-1 LCT Port Interface

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

The LCT port specifications are as follows:

10/100BASE-TX, Cable Type: RJ45

DCN Port

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Installation of LCT

Operation NWD-153832-01E

2-1

2. INSTALLATION OF LCT

2.1 Hardware Requirements

* Windows XP Item Required Recommend

CPU Pentium M 1.6 GHz –

RAM 512 MB –

HDD 40 GB –

Display Color LCD (1024 x 768) –

LAN Port 10/100BASE-TX –

USB Port – –

* Windows Vista Item Required Recommend

CPU Intel Core2 Duo 1.6 GHz –

RAM 1 GB –

HDD 40 GB –

Display Color LCD (1024 x 768) –

LAN Port 10/100BASE-TX –

USB Port – –

* Windows 7 Item Required Recommend

CPU Intel Core2 Duo 1.6 GHz –

RAM 1 GB –

HDD 40 GB –

Display Color LCD (1024 x 768) –

LAN Port 10/100BASE-TX –

USB Port – –

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Installation of LCT

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2-2

2.2 LCT Recommended Software Environment

OS: Windows XP (English version), Windows7 (English version)

Browser: Internet Explorer 7, 8, 9, Firefox 9.0.1

Note: Using Zoom function of browsers is not recommended, it may cause issues.

For example, a scroll bar of the browser is disappeared.

2.3 OS Environment for Windows

Check if the following configurations have been done on your PC. If not, perform the following procedures to configure your PC.

Internet explorer is installed.

TCP/IP Protocol settings are set appropriately.

2.3.1 Confirming Internet Explorer

Confirm the Internet Explorer is installed on the LCT computer.

Select Start -> Program -> Internet Explorer.

Figure 2-1 Windows Start Menu Window

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Installation of LCT

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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 box appears. Confirm that the following parameters are set:

The Obtain an IP address automatically radio button is selected.

The Obtain DNS server address automatically radio button is selected.

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

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Installation of LCT

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2-4

7. Click OK button of the 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

Following is the recommended settings for the most popular browsers.

2.4.1 Internet Explorer 8

Tabbed browsing option is recommended.

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

2. Click Settings button of Tabs.

Figure 2-3 Internet Options Box

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Installation of LCT

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2-5

3. The Tabbed Browsing Setting Properties box appears. Select Always open pop-ups in a new tab radio button, then click OK button.

Figure 2-4 Tabbed Browsing Setting Box

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Installation of LCT

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2-6

Security Setting is recommended.

1. Select Tools -> Internet Options -> Security tab from the Tool Bar menu of the Internet Explorer 8.

2. Click Custom level…button of Security level for this zone.

Figure 2-5 Internet Options Box

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Installation of LCT

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2-7

3. The Security Settings – Internet Zone box appears. Select Downloads "Automatic prompting for file downloads": Enable radio button, then click OK button.

Figure 2-6 Security Settings – Internet Zone Box

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Installation of LCT

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2-8/END

2.4.2 Firefox 9

1. Select Tools -> Options from the Tool Bar menu of the Firefox.

2. The Options box appears. Select Always ask me where to save files radio button, then click OK button.

Figure 2-7 Options Box

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System Configuration

Operation NWD-153832-01E

3-1

3. SYSTEM CONFIGURATION

3.1 General

To provide reliable digital access links and fully exploit the potential of end-to-end advanced networks, NEC has developed the iPASOLINK EX, a narrow band point-to-point microwave relay system operating at radio frequency (RF) band of 71-86 GHz.

This system meets an increasing demand for digital transmission services and will satisfy the needs for common carrier access links, private links, urban area networks, rural area networks, temporary networks or emergency links for data and transmission.

The iPASOLINK EX offers very high performance with large system flexibility, easy to install, field proven reliability and cost effective but also robust and scalable to accommodate future application and capacity needs.

The system is a single all outdoor unit that provides simultaneous connection of native Ethernet.

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System Configuration

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3-2

3.2 System Overview

- All-in-one type ODU including modem and Ethernet interfaces.

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

iPASOLINK EX and 0.3m dia. antenna iPASOLINK EX and 0.6m dia. antenna

Figure 3-1 iPASOLINK EX Outline

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System Configuration

Operation NWD-153832-01E

3-3

3.3 Interfaces

3.3.1 Baseband Interface

The iPASOLINK EX has various interfaces specified by the ITU-T standard and IEEE standard as listed below:

3.3.1.1. LAN Interface 2xGbE (SFP)

- Type: 1000Base-SX/LX (SFP)

- Number of Ports: 2

- VLAN: Port-based VLAN / Tag-based VLAN / Tunnel VLAN / IEEE 802.1ad Provider Bridges

- QoS: 802.1p CoS / Diffserv

- QoS control: Deficit WRR or SP+Deficit WRR, /8 classes support

- Bandwidth management: Port and class shaper

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

3.3.1.2. LAN Interface 1xETH (RJ-45) with PoE (Power over Ethernet)

- PoE Input Voltage Range: 42.5 V to 57 V

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

1000BASE-T / RJ45

- Number of Ports: 1

- VLAN: Port-based VLAN / Tag-based VLAN / Tunnel VLAN / IEEE 802.1ad Provider Bridges

- QoS: 802.1p CoS / Diffserv

- QoS control: Deficit WRR or SP+ Deficit WRR, 8 classes support

- Bandwidth management: Port and class shaper

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

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System Configuration

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3-4

3.3.2 DCN Interface

DCN interface is for "LCT" or "NMS" selectable. You can configure setting using Web browser.

Factory Default: LCT

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

- Number of Ports: 1

3.3.2.1 LCT Interface

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

3.3.2.2 NMS Interface

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

3.3.3 Other Interfaces

3.3.3.1. Power supply - Input Voltage Range: -48 VDC (-40.5 to -57 VDC)

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System Configuration

Operation NWD-153832-01E

3-5

3.4 Specification

3.4.1 General

ITEM SPECIFICATION

FREQUENCY RANGE

Frequency Plan CEPT ECC 05/07, CFR47 Part 101 (FCC)

Band Limits 71~76 GHz / 81~86 GHz

Channel Spacing 250 MHz

T/R Spacing 10 GHz

DATA INTERFACES

Ethernet 1x GbE/ FE port (100BASE-TX/1000BASE-T)

2 x SFP ports (1000BASE-SX/LX)

ENVIRONMENTAL

Temperature, Operational –33°C to +50°C (-40°C to +55°C workable)

(ETSI EN300019-1-4 class 4.1)

Humidity, Operational 100% all-weather (IP66)

Transportation / Storage –40°C to +70°C (ETSI EN300019-1-2 class 2.3)/

–40°C to +70°C (ETSI EN300019-1-1 class 1.2)

EMC EN301489-1, EN301489-4

CISPR Pub22 Class B

SAFETY EN60950, UL60950

EN62311

EN50371, EN62749

POWER REQUIREMENT

Input Voltage –48 VDC (–40.5 V to –57 V) Conforms to EN300 132-2

PoE (42.5 V to 57 V)

Power Consumption 50 watts (typ.)

MECHANICAL

Dimensions (W x H x D) 285 x 285 x 92 mm

0000016309411
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System Configuration

NWD-153832-01E Operation

3-6

ITEM� SPECIFICATION�

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������ ����������� � � � ��� ����������������

� � � � � � � � � � � � � � � � � � � � � � � � � � ��� �����������������

3.4.2 System Performance

3.4.2.1. System parameters Frequency Band (GHz) 71-86 Guaranteed

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/���)��'��3�4�'� � � � � %�& � �)���������������(�&56�7���+��

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&56�7���+�� ���4��4'���+��,�&�

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&56�7���+�� ���4��4'���:��,�&�

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+2.0,-3.0dB

Page 19: EX NWD-153832-01E Operation v02

System Configuration

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3-7

Frequency Band (GHz) 71-86 Guaranteed

Maximum Input Level -20dBm for the BER less than 10-3 -

Residual BER Less than 10-12 at RSL = -30 to (Threshold Level(BER=10-6) + 5) dBm -

* Maximum RSL level without damage:-10dBm

3.4.2.2. Antenna Menu for Direct Mount and Performance

0.3m diameter 0.6m diameter

Gain (Low band) 43 dBi 50 dBi

Gain (Middle band) 43.5 dBi 50.5 dBi

Gain (High band) 44 dBi 51 dBi

3 dB Beam width 0.9 degrees 0.5 degrees

Cross Pole Discrimination 25 dB 25 dB

Front-to-Back Ratio 61 dB 68 dB

Type Cassegrain Cassegrain

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3-8

3.4.2.3. ETH Function specification

NO Item Function outline

Switching Capacity 40Gbps (Non Blocking)

MAC Learning Table

Independent VLAN Learning(VLAN + MAC),

Up to 8K (configurable)

VLAN

802.1Q Port based, Tag based, Tunnel,

802.1ad Port based, Tag based,,

MEF 9 Certified EPL, EVPL and ELAN services support with L2CP Tunneling function

Jumbo Frame Support (Up to 9600 byte)

Ingress QoS Class Classification: VLAN CoS/IPv4 DSCP/IPv6 DSCP/ ETH Port

- 8 Classes SP/D-WRR queues

- per-class rate configurable shaping

- per-class configurable maximum burst length

- shaping for strict priority queue

Hierarchical Shaping (Port and Class)

QoS

Egress

Weighted Tail Drop

ETH OAM 802.1ag Service OAM (CC/LB/LT)

Protection MSTP

SyncE G.8261, Ethernet Synchronization Message. Channel (ESMC)

1 ETH functions

Other Header Compression

3.4.2.4. Management Interface specification

NO Item Function outline

1 port, 10/100BASE-TX RJ45

1 DCN(LCT/NMS) interface SNMPv1/v2c/v3, http/https, ftp/sftp

DHCP server support (LCT Port Mode)

2 Inband interface SNMPv1/v2c/v3, http/https, ftp/sftp

3 User Authentication Radius, local

4 Loopback L2 Loop Back

5 Modem TX output Control Manual control, Automatic control (ATPC), Mute control

PMON Items;

a) OFS, b) BBE, c) ES, d) SES, e) SEP, f) UAS

Metering Items

a) Output power level (TX PWR), b) Received signal level (AGC V), c) Bit error rate (BER MON) 6

Performance Monitoring (PMON)/Metering

ETH monitoring Items;

a) RX Unicast, b) RX Broadcast, c) RX Multicast, d) RX Pause, e) RX CRC error

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NE Setup

Operation NWD-153832-01E

4-1

4. NE SETUP

4.1 Login, Logout and Exit

4.1.1 Log In to NE

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

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

Procedure 4-1

1. Power on the computer.

2. Log in to the Windows as Administrator.

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

4. Enter an IP address of the NE adding /weblct/ in Address field as an example shown below, and hit the Return key. The WebLCT login window appears.

Example: http://172.17.254.253/weblct/

Figure 4-1 Internet Explorer Window

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4-2

5. Enter a user name and his/her password into User Name and Password fields, then click OK button.

Figure 4-2 WebLCT Login Window

Following are the default user name and its password for iPASOLINK 400:

User Name : Admin

Password : 12345678

6. After user name and password are successfully entered, System Status box appears.

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Figure 4-3 System Status Box

7. After the login completed, the System Status box automatically closed. Or you may click OK button to close the box quickly.

8. The WebLCT main window appears.

Figure 4-4 WebLCT Main Window

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4-4

4.1.2 Log Out from NE

Procedure 4-2

1. Click Logout button in the upper right of the WebLCT main window. The Confirmation dialog box appears.

Figure 4-5 WebLCT Main Window

2. Click OK button to log out.

Figure 4-6 Confirmation Dialog Box

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4-5

3. The WebLCT Login window appears again.

Figure 4-7 WebLCT Login Window

This step ends the procedure.

4.1.3 Exit WebLCT

Following are the methods to exit the WebLCT:

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

Click X button in the upper right of the Internet Explorer window.

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4.2 WebLCT Main Window

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

Figure 4-8 WebLCT Main Window

(1) Login User Name

This field indicates a user name that is currently logged in.

(2) Refresh Button

Click Refresh button to manually update the current status displayed in the WebLCT main window. Click to check Auto Mode check box to enable refreshing the window automatically.

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(3) Equipment Status View

This field shows the current equipment status.

(4) Opposite Site Links

This drop-down list shows a list of NEs on the opposite sites. A user can select an NE from the list to log in to.

(5) Maintenance Button

Click Maintenance button before starting any maintenance operation.

(6) Logout Button

Click Logout button to log out from NE.

(7) Alarm and Status View

Click a tab to select an event to show its logs.

(8) Menu Tree

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

Available operations via the WebLCT are listed below:

(a) Current Status

Current Status shows the equipment current status or event histories of each part of an NE (Active Alarm, Event Log, Equipment, GbE).

(b) Equipment Setup

Select this menu to setup NE Name, Radio,AMR and network management configuration,.

(c) Provisioning

Select this menu to configure the detailed settings of iPASOLINK EX.

(d) Maintenance Control

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

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(e) Maintenance Test

Maintenance Test measures the link quality of Ethernet traffic.

(f) PMON/RMON Report

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

(g) Metering

Metering measures the real time TX power, RX level, Equipment power supply and BER.

(h) Equipment Utility

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

(i) Inventory

Inventory retrieves the information regarding the equipment and software license.

(j) S/W License Setup

Select this menu to import License key and modify License setting.

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4.3 User Management (Security Management)

The user management is a function to manage an authorized user to access to a network system, and to prevent an unauthorized access.

Access Level

iPASOLINK provides three user access levels with different privilege as shown in the table below. For details of each access level and its available operations, 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 Beside the functions available by Operator level, manage radio base band and switching function.

Upload/Download Get/Set

Admin Beside the functions available by Config level, manage user accounts and time adjustments.

Upload/Download Get/Set

Note: For the terms, such as Upload and Download mentioned in the table

above, refer to the following description.

1. Upload is to copy a file from NE to external storage, such as WebLCT PC.

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

storage.

User Group

User Group configuration allows a user to manage the protocol type and access level for each group.

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

Beside the three default user groups, up to six user groups can be added. The default user groups are shown below.

Note: Options of the default user groups cannot be changed.

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

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4.3.1 User Access Levels

Following describes the details of each access level. Remote means that a user makes an access to the equipment remotely.

R/W: User can browse and modify the setting.

R: User can only browse the setting

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

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

Routing Setting R/W R R O

IP Access Control Setting R/W R R O

Date / Time Setting R/W R R O

User Account / Security Setting R/W R R O

Network Management

Configuration

Security Management R/W R R O

Provisioning

MODEM Port Setting R/W R/W R O

TX Power Setting R/W R/W R O

MODEM Function

Setting

ALM Mode Setting R/W R/W R O

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

MSTP Setting R/W R/W R O

QoS/Classification 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

Equipment Clock /

Synchronization Setting

Equipment Clock Setting R/W R/W R O

Alarm Setting Correlation Setting R/W R/W R O

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WebLCT Menu Admin Config Operator Remote

Alarm Severity Setting R/W R/W R O

BER Threshold Setting R/W R/W R

PMON Threshold Setting R/W R/W R O

PMON Other R/W R/W R O

RMON Threshold Setting R/W R/W R O

PMON/RMON Threshold Setting

RMON Other R/W R/W R O

Maintenance Control

Loopback Control MODEM Loopback Control R/W R/W R O

MSTP Control R/W R/W R O Protection Control

Timing Source Switch Control R/W R/W R O

MODEM Maintenance Control R/W R/W R O:*1

H/W Reset Control R/W — — O H/W_F/W Reset Control F/W Reset Control R/W — — O

PMON/RMON/FDB Clear R/W R — O

Offline Maintenance Control R/W R — —

Maintenance Test ETH OAM LB/LT Control R/W R R O

PMON/RMON Report

MODEM PMON Report R R R O

ETH RMON Report R R R O

VLAN Counter Report R R R O

Metering

Current Metering R/W R/W R O

Equipment Utility

Log Clear Function R/W R/W O

Export(NE->Storage) Utility R/W R/W O

Update(Storage->NE) Utility R/W — — O

Program ROM Switching R/W — — O

Shipment R/W — — —

Inventory

Equipment Inventory Information R R R R

S/W License Information R R R R

S/W License Information

Import License Key R/W — — O

4.3.2 Default User Account

iPASOLINK provides three default user accounts with the pre-defined access levels and privileges. Up to nine user accounts can be added.

Following describes the details of the default user account.

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Table 4-4 Default User Account

User Name Default Password Description Default Group

User 87654321 User is able to confirm the system configuration and equipment status, but is not able to make any changes to the configuration.

OPERATOR

Config 87654321 Beside the functions available to User, Config user is able to operate radio management, baseband management, switching management for C-Plane control.

CONFIG

Admin 12345678 Beside the functions available to Config user, Admin user is able to operate database management, file management, user management and time adjustment for M-Plane control.

ADMIN

4.3.3 User Account

Following are User Management Functions available on iPASOLINK:

Login User List Used to display the information of user accounts registered to iPASOLINK, and to modify user profiles, such as passwords and User Group Profiles.

User Authentication Configuration Used to register authentication method selects.

User Account Management Used to register new user accounts, and to modify/delete registered user accounts.

User Group Profile Configuration Used to register new user groups, and to modify/delete registered user groups.

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4.3.3.1 Login User List

This function allows users to confirm user accounts registered to iPASOLINK.

Procedure 4-3

1. Expand Network Management Setting from the WebLCT menu.

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

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

4. The Login User List window appears.

Figure 4-9 Login User List Window

This step ends the procedure.

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4.3.3.2 User Account Management

This function allows to register new user accounts, and to modify/delete user accounts registered to iPASOLINK.

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

Add User Account

This function is used to register a new user account to add.

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

accounts.

Modify User Account

This function is used to modify the information of registered user accounts including his/her password and user group.

Delete User Account

This function is used to remove registered user accounts.

(1) Add User Account

Note: Security Level (Hash Algorithm / Priv (Privacy) Algorithm) is required to

be set when registering a new user account. The security level cannot be modified after the registration of a user is completed.

Procedure 4-4

1. Expand Network Management Setting from the WebLCT menu.

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

3. Select User Account Management from the User Account/Security Setting sub menu. The User Account Management window appears.

4. Click Add User button.

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Figure 4-10 User Account Management Window

5. The User Setting option box appears.

6. Enter the appropriate value to each parameter.

Figure 4-11 User Setting Option Box

Table 4-5 Add User Account

Parameter Value/Description

User Name 1 to 31 characters long.

Password 8 to 31 characters long.

Group ADMIN/CONFIG/OPERATOR or GROUP added. (For more details, refer to 4.3.3.3 User Group Profile Management)

Parameters for SNMPv3

Security Level NoAuthNoPriv User login without authentication and encryption.

Add User button

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AuthNoPriv User login needs authentication (MD5 or SHA1 based) but without encryption.

AuthPriv User login needs authentication (MD5 or SHA1 based) and data are encrypted by DES or AES.

Auth Algorithm Select Authentication Algorithm between MD5 and SHA. (For more details, refer to (b) For AhthNoPriv).

Auth Key Enter 8 to 16 digits of MD5 or SHA1 public key.

Priv Algorithm Select the encryption method, DES or AES. (For more details, refer to (c) For AuthPriv)

Priv Key Enter 8 to 16 digits of DES or AES public key.

MD5 One of the Hash Algorithm for authentication and digital signature. In order to detect the falsification of original data during the data transmitting, the original data will be converting the Hash by comparing them 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 the original data will be converting the Hash of 160 bits by comparing it at both ends.

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.

7. Click Set Password in the User Setting option box. The Set Password option box appears.

8. Enter the same passwords into New Password and Re-Enter fields, and then click OK button.

Figure 4-12 Set Password Option Box

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9. The User Setting option box appears again. Click OK button to close the option box.

Figure 4-13 User Setting Option Box

10. Select the Group Name.

11. Select the Security Level.

12. Select the Auth Algorithm

13. Select the Priv Algorithm.

14. Click Set Auth Key in the User Setting option box. The Set Auth Key option box appears.

15. Enter the same passwords into New Password and Re-Enter fields, and then click OK button.

Figure 4-14 Set Auth Key Option Box

16. Click Set Priv Key in the User Setting option box. The Set Priv Key option box appears.

17. Enter the same passwords into New Password and Re-Enter fields, and then

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click OK button.

Figure 4-15 Set Priv Key Option Box

Figure 4-16 User Setting Box

18. Click OK button when completed. The Information dialog box appears.

19. Click OK button. The User Account Management window appears again.

Figure 4-17 Information Dialog Box

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20. Confirm the displayed user account information.

Figure 4-18 User Account Management Window

This step ends the procedure.

(2) Modify User Account

Procedure 4-5

1. Expand Network Management Setting from the WebLCT menu.

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

3. Select User Account Management from the User Account/Security Setting sub menu. The User Account Management window appears.

4. Click on a target user name. The User Setting option box appears.

Figure 4-19 User Account Management Window

5. Modify values:

Select a user group from Group Name drop-down list to change his/her user group.

Click Set Password button on the User Setting box menu bar to change

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the current password. Set Password option box appears.

Figure 4-20 User Setting Option Box

Enter a new password into each New Password and Re-Enter field on the Set Password option box.

Figure 4-21 Set Password Option Box

Click OK button. The User Setting option box appears again.

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6. Click OK button when completed. The Information dialog box appears.

Figure 4-22 User Setting Option Box

7. Click OK button. The User Account Management window appears again.

Figure 4-23 Information Dialog Box

8. Confirm the information for the modified user account.

Figure 4-24 User Account Management Window

This step ends the procedure.

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(3) Delete User Account

Procedure 4-6

1. Expand Network Management Setting from the WebLCT menu.

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

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

4. Click Delete User button on the User Account Management window. The User Setting option box appears.

Figure 4-25 User Account Management Window

5. From drop-down list, select a user account to be removed, and click OK button. The Confirmation dialog box appears.

Figure 4-26 User Setting Option Box

6. Confirm the user name to be removed, and then click OK button.

Figure 4-27 Confirmation Dialog Box

Delete User button

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7. The Information dialog box appears. Click OK button. The User Account Management window appears again.

Figure 4-28 Information Dialog Box

8. Confirm that the selected user account is removed.

Figure 4-29 User Account Management Window

This step ends the procedure.

4.3.3.3 User Group Profile Configuration

This operation registers and modifies user group profiles.

The privilege of iPASOLINK user is subject to change according to the user access level and protocols that are assigned by the User Group Profile. Only Admin level user is available to configure the settings.

Add User Group Profile

This operation registers a new User Group Profile adding to the default User Group Profile.

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

Modify User Group Profile

This operation modifies a registered User Group Profile (Access Level and Protocol).

Delete User Group Profile

This operation deletes a registered User Group Profile.

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(1) Add User Group

Procedure 4-7

1. Expand Network Management Setting from the WebLCT menu.

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

3. Select User Group Profile Configuration from the User Account / Security Setting sub menu. The User Group Profile Configuration window appears.

4. Click Add Group on the menu bar of the User Group Profile Configuration window. The Group Setting option box appears.

Figure 4-30 User Group Profile Configuration Window

5. Specify the appropriate value to each parameter, and click OK button. The Information dialog box appears.

Figure 4-31 Group Setting Option Box

Add Group button

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Table 4-6 User Group Profile Configuration

Parameter Description

Group Name 1 to 32 characters long.

FTP Allow or Deny using FTP Protocol to transmit Files.

SFTP Allow or Deny using SFTP Protocol to transmit Files.

HTTP Allow or Deny using HTTP Protocol for WebLCT to access equipment.

HTTPS Allow or Deny using HTTPS 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. Click OK button. The User Group Profile Configuration window appears again.

Figure 4-32 Information Dialog Box

7. Confirm that the information of newly added user group profile is displayed.

Figure 4-33 User Group Profile Configuration Window

This step ends the procedure.

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(2) Modify User Group

Procedure 4-8

1. Expand Network Management Setting from the WebLCT menu.

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

3. Select User Group Profile Configuration from the submenu. The User Group Profile Configuration window appears.

4. Click on a desired group name. The Group Setting option box appears.

Figure 4-34 User Group Profile Configuration Window

5. Modify parameters:

Figure 4-35 Group Setting Option Box

Click either Allow or Deny radio button to select a protocol.

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

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6. Click OK button when completed. The Information box appears.

7. Click OK button. The User Group Profile Configuration window appears again.

Figure 4-36 Information Dialog Box

8. Confirm the user group profile information displayed.

Figure 4-37 User Group Profile Configuration Window

This step ends the procedure.

(3) Delete User Group

Note: A user group can be deleted only when the user group has no assigned

user.

Procedure 4-9

1. Expand Network Management Setting from the WebLCT menu.

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

3. Select User Group Profile Configuration from the submenu. The User Group Profile Configuration window appears.

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4. Click Delete Group button. The Group Setting option box appears.

Figure 4-38 User Group Profile Configuration Window

5. Select a target group profile name from the drop-down list, and click OK button. The Confirmation box appears.

Figure 4-39 Group Setting Option Box

6. Confirm the User Group name to be deleted, and then click OK button. The Information box appears.

Figure 4-40 Confirmation Dialog Box

7. Click OK button. The User Group Profile Configuration window appears again.

Figure 4-41 Information Dialog Box

Delete Group button

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8. Confirm the displayed User Group Profile information.

Figure 4-42 User Group Profile Configuration Window

This step ends the procedure.

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 NEs on an IP network, which is specified by the following RFCs:

Table 4-7 RFC Standards

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 provides SNMPv1 to support the following functions:

- GET/SET of MIB

Following are response to 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. To use the other than the default port, change the settings via the WebLCT.

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Table 4-8 PDU Supported 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 state and troubles (SNMPv1-Trap).

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- Send Trap

iPASOLINK can send SNMPv1 trap initiatively to UDP Port 162. Except for sending the trap to the connected NMS, user can specify an IP address of one additional destination. A user can also specify the community name and UDP Port.

- User Application (Log)

iPASOLINK records the logged-in user names in the log file.

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

SNMPv2c is a communication protocol to monitor/control NEs on an IP network, and is a revised version of SNMPv1. The differences between v1 and v2c are that the GetBulk, the inform request, unified packet format of each PDU are added, conforming to SMIv2 and following RFCs:

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Table 4-9 RFC Standards

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 Management Protocol (SNMP)

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

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iPASOLINK provides SNMPv2c to support 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 WebLCT.

By default, iPASOLINK uses the port 161 to receive the SNMP request UDP. To use other than the default port, change the settings via WebLCT.

Table 4-10 PDU Supported by SNMPv2c

Item Description

GetRequest Requests the specified instance value.

GetNextRequest Requests the subsequent instance value of specified instance value in the list.

Response Responds to the corresponding various kinds of Request.

SetRequest Sets the specified instance value.

SNMPv2-Trap Informs the change of state and troubles. The format is different from SNMP v1 trap.

GetBulkRequest Requests a number of instance value.

InformRequest Inform an event.

- Send Trap

iPASOLINK can send SNMPv2 trap and InformRequest initiatively to UDP port 162. Except for sending the trap to the connected NMS, user can specify an IP address of one additional destination. User can also specify the community name and UDP Port.

- User Application (Log)

iPASOLINK records the logged-in user name in the log file.

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

SNMPv3 is a communication protocol to monitor/control NEs on an IP network, and is the newest version of SNMP. The differences between SNMPv1/v2c and v3 are that the user authentication, ciphered communication, and the change-packet format are enhanced, conforming to the following RFCs for SMIv2 that define SNMPv3, SNMPv2c:

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Table 4-11 RFC Standards

RFC No. Title

SNMPv3

RFC 3411 An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks

RFC 3412 Message Processing and Dispatching for the Simple Network Management Protocol (SNMP)

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 Management Protocol (SNMP)

RFC 3417 Trans port Mappings for the Simple Network Management Protocol (SNMP)

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

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

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iPASOLINK provides SNMPv3 to support the following function:

- GET/SET of MIB

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

Table 4-12 PDU Supported by SNMPv3

Item Description

GetRequest Required the specified instance value

GetNextRequest Required the subsequent instance value of specified instance value in the list.

Response Response to the corresponding various kinds of Request.

SetRequest Setting the specified instance value.

SNMPv2-Trap Inform the change of state and troubles.

GetBulkRequest Required a number of instance value.

InformRequest Inform the event.

Report Return the packet if the reportableFlag is set to ON .

- Send Trap

iPASOLINK can send SNMPv2-Trap and InformRequest initiatively to UDP Port 162.

IP address of SNMP entity, security level, and user name are required to set the Trap.

Authentic method and authentic password are required when the security level is authNoPriv or authPriv.

Encryption algorithm and encrypted password are required when the security level is authPriv.

- Security (user authentication, session management and encryption)

SNMPv3 PDU is not authenticated by the community name as v1, v2c., but by the user name, which requires the user registrations beforehand.

User authentication is carried out when the security level of the sent SNMP request is authNoPriv or authPriv. The cryptographic hash function of the password is selectable between MD5 and SHA.

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Ciphered communication is enabled by the user authentication when the security level of the sent SNMP request is authPriv. The cipher algorithm is selectable between DES and AES. For the ciphered communication, a password must be set when registering users.

User can also specify an SNMP Engine ID for each NE, which should be 16-byte long and unique within the network.

(4) NTP (Network Time Protocol)

This protocol synchronizes the clocks of the server and associated clients in a network, which is specified by the following RFCs:

Table 4-13 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 can be set either as NTP Client or Server. Following shows the available functions of NTP Client and Server:

- As NTP Client

When the unicast mode is selected on the NTP Client, the client sends a request to obtain the current time to the pre-configured server, and then adjusts the clock according to the replied information. Up to four NTP Severs can be registered via WebLCT.

When the multicast mode is selected on the NTP Client, the client will listen to the broadcast of the time server and then adjusts the clock according to the first received valid broadcast and ignores the broadcasts from remaining servers if exist.

If the NTP Client receives neither a response nor broadcasts, the synchronization among the Server and Clients cannot be accomplished, which allows to use the current time of the equipment.

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- As NTP Server

When the unicast mode is selected on the NTP Server, Server will respond the current time information to the Client.

When the multicast mode is selected, the Server will broadcast the current time information of its own periodically.

(5) FTP (File Transfer Protocol)

This protocol transfers a file among NEs, and specified by the following RFCs.

Table 4-14 RFC Standards

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.

Using iPASOLINK as FTP Server provides the following functions:

- Data upload and download service

Data upload and download service are available; however the data download is restricted, which can be operated only by a user with the appropriate privilege files and the directories accessed via FTP protocol are predetermined as well as the file names and types, which will be downloaded.

- Session management

Upon at accepting the connection from external device, the system proceeds to the login authentication process. An unauthorized user is denied.

The default setting of TCP Port 21 to listen and transfer a file on TCP port 20 can be changed using WebLCT. When Passive Mode is selected, the port number is selected by the equipment automatically.

If no command is issued by the Client for ninety seconds, the current TCP session will be disconnected automatically.

- User authentication function

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iPASOLINK supports two types of the authentications:

External RADIUS Server with internal authentication

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 based on the following RFC standards:

Table 4-15 RFC Standards

RFC No. Title

RFC 1945 Hypertext Transfer Protocol -- HTTP/1.0

RFC 2616 Hypertext Transfer Protocol -- HTTP/1.1

Using iPASOLINK as HTTP server enables the following functions:

- WebLCT

WebLCT operation via HTTP protocol is available.

- Session Management

Upon at accepting the connection from external device, the system proceeds to the login authentication process. An unauthorized user is not accepted.

The default port number of HTTP Service is 80, which can be changed using WebLCT.

- User authentication function

iPASOLINK supports the internal authentication only.

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4.3.4.1 Service Status Setting

Service Status Setting displays the status of service and protocol:

Procedure 4-10

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

4. Confirm the status of each Service.

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Figure 4-43 Service Status Setting Window

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Figure 4-44 Service Status Window

Table 4-16 Service Status Indications

Status Description

Running Protocol or service is enabled

Stopped Protocol or service is disabled

This step ends the procedure.

4.3.4.2 SNMP

Procedure 4-11

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

4. Click SNMP. The SNMP Setting option box appears.

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Figure 4-45 Service Status Setting Window

5. Specify an appropriate value to each parameter:

Figure 4-46 SNMP Setting Option Box

Table 4-17 SNMP Setting Parameters

Parameter Value Description

Enable Enables SNMPv1/v2c (running) SNMPv1/

SNMPv2c Disable Disables SNMPv1/v2c (stopped)

Enable Enables SNMPv3 (running) SNMPv3

Disable Disables SNMPv3 (stopped)

UDP Port 161 Range: 1 to 65535

Assigns the UDP Port number. The default port is 161.

Caution

You must reboot the CPU in order to apply the values properly after changing the UDP port number.

6. Click OK button when completed. The Information dialog box appears.

7. Click OK button. The Service Status Setting window appears again.

Click SNMP.

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Figure 4-47 Information Dialog Box

8. Confirm the displayed SNMP information.

Figure 4-48 Service Status Setting Window (1/2)

Figure 4-49 Service Status Setting Window (2/2)

This step ends the procedure.

4.3.4.3 SNMP Community

This operation 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.

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(1) Registration of SNMP Community

Procedure 4-12

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-50 Service Status Setting Window

5. The SNMP Community option box appears. Specify the appropriate value to each parameter.

Figure 4-51 SNMP Community Option Box

Click SNMP Community No.

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Table 4-18 SNMP Community Parameters

Parameter Value Description

Community Name 1 to 31 characters Specify an SNMP Community Name. Any request with a different Community Name will be rejected.

Access Level (Admin/Config/Operator) Specify a user access level. (For details, refer to Table 4-3 User Access Privilege Levels.)

Source IP Address

xxx.xxx.xxx.xxx Specify the valid IP address or network address of the SNMP manager(s).

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

6. Click OK button when completed.

7. The Information box appears. Click OK button.

Figure 4-52 Information Dialog Box

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

Figure 4-53 Service Status Setting Window

This step ends the procedure.

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(2) Modify SNMP Community

Procedure 4-13

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-54 Service Status Setting Window

5. The SNMP Community option box appears. Modify parameters:

Figure 4-55 SNMP Community Option Box

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Table 4-19 SNMP Community Parameters

Parameter Value Description

Community Name 1 to 31 characters Specify an SNMP Community name. Any request with a different community name will be rejected.

Access Level (Admin/Config/Operator) Specify a 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 address of the SNMP manager(s).

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

6. Click OK button when completed.

7. The Information box appears. Click OK button.

Figure 4-56 Information Dialog Box

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

Figure 4-57 Service Status Setting Window

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This step ends the procedure.

(3) Delete SNMP Community

Procedure 4-14

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-58 Service Status Setting Window

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

Figure 4-59 Delete SNMP Community Option Box

Delete SNMP Community button

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6. The Confirmation dialog box appears. Click OK button.

Figure 4-60 Confirmation Dialog Box

7. The Information dialog box appears. Click OK button.

Figure 4-61 Information Dialog Box

8. The Service Status Setting window appears again. Confirm that the selected SNMP Community information is removed.

Figure 4-62 Service Status Setting Window

This step ends the procedure.

4.3.4.4 SNMP Trap Entry

This operation configures the SNMP Trap:

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(1) SNMP Trap Entry

Procedure 4-15

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-63 Service Status Setting Window

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

(a) SNMPv1

Figure 4-64 SNMPv1 Trap Entry Option Box

SNMP Trap Entry No.

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(b) SNMPv2c

Figure 4-65 SNMPv2c Trap Entry Option Box

(c) SNMPv3 (PDU Type: Trap)

Figure 4-66 SNMPv3 (Trap) Entry Option Box

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(d) SNMPv3 (PDU Type: Inform)

Figure 4-67 SNMPv3 (Inform) Entry Option Box

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Table 4-20 SNMP Trap Entry Parameters

Parameter Value Description

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

PDU Type Trap / Inform Set PDU Type for trap. SNMP Inform PDU is available for SNMPv2 and SNMPv3 only.

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 needs authentication (MD5 or SHA1 based) without encrypted.

Security Level

AuthPriv User login needs authentication (MD5 or SHA1 based) and the data is encrypted by DES or AES.

SNMP Engine ID 10 to 64

numeric characters

SNMPv3 local engine id

MD5 One of the Auth Algorithms for authentication and digital signature. In order to detect the falsification of original data during data transmitting, the original data will be converting the auth by comparing it at both ends. .

Auth Algorithm

SHA One of the Auth Algorithms 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 it at both ends.

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

DES The DES function uses the encryption by 64 bit-log and uses 56 bits encryption of key

Priv Algorithm

ASE The encryption of SPN structure, use 128 bit- long length and the 128/192/256 bits of key length

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

Note: User needs set Security Level and SNMP Engine ID only if the settings are

SNMPv3(inform)

6. Click OK button when completed.

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7. The Information dialog box appears. Click OK button.

Figure 4-68 Information Dialog Box

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

Figure 4-69 Service Status Setting Window

This step ends the procedure.

(2) Modify SNMP Trap Entry

Procedure 4-16

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

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Figure 4-70 Service Status Setting Window

5. The SNMP Trap Entry option box appears. Modify parameters:

Figure 4-71 SNMP Trap Entry Option Box

6. Click OK button when completed.

SNMP Trap Entry No.

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7. The Information dialog box appears. Click OK button.

Figure 4-72 Information Dialog Box

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

Figure 4-73 Service Status Setting Window

This step ends the procedure.

(3) Delete SNMP Trap Entry

Procedure 4-17

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-74 Service Status Setting Window

5. The Delete SNMP Trap Entry option box appears. From the drop-down list, select the target SNMP Trap Entry No. to be removed, and then click OK button.

Figure 4-75 Delete SNMP Trap Entry Option Box

6. The Confirmation dialog box appears. Click OK button.

Figure 4-76 Confirmation Dialog Box

7. The Information dialog box appears. Click OK button.

Figure 4-77 Information Dialog Box

Delete SNMP Trap Entry button

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8. The Service Status Setting window appears again. Confirm that the selected SNMP Trap Entry information is removed from the display.

Figure 4-78 Service Status Setting Window

This step ends the procedure.

4.3.4.5 NTP

Procedure 4-18

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-79 Service Status Setting Window

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5. The NTP Setting option box appears. Assign the appropriate value to each parameter.

Figure 4-80 NTP Setting Option Box

Table 4-21 NTP Setting Parameters

Parameter Value Description

NTP Disable Enable

Enable NTP protocol on the equipment

NTP Server Mode Unicast Multicast Disabled

Specify NTP Server mode

NTP Client Mode Unicast Multicast Disabled

Specify NTP Client mode

Stratum Range: 2 to 15 Set Stratum level of the NTP Time packets, It should be received lowest Stratum in NTP PDU plus 1.

Multicast Port Select the port to send out Multicast time information.

Multicast Interval Range: 16 to 131072s Select Multicast Interval

Note for NTP Client Mode: Only the bridge “1” can receive NTP multicast message and

synchronize to NTP multicast server

6. Click OK button when completed.

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

Figure 4-81 Information Dialog Box

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

Figure 4-82 Service Status Setting Window (1/2)

Figure 4-83 Service Status Setting Window (2/2)

This step ends the procedure.

4.3.4.6 NTP Server Address

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This operation allows a user to register/modify/delete the NTP Server and its information.

(1) Registration NTP Server Address

Procedure 4-19

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-84 Service Status Setting Window

5. The NTP Server Address Setting option box appears. Assign the appropriate value to each parameter.

Figure 4-85 NTP Server Address Setting Option Box

NTP Server Address No.

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Table 4-22 NTP Server Address Setting Parameters

Parameter Value Description

IP Address x.x.x.x Set IP address of the upper NTP Server.

NTP Version 3 or 4 Specify the NTP message version

Poll Time 64 Sec (Range: 64 to 131072

64x2^n)

Set the interval of polling NTP server. Default is 64 sec.

6. Click OK button when completed.

7. The Information dialog box appears. Click OK button.

Figure 4-86 Information Dialog Box

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

Figure 4-87 Service Status Setting Window

This step ends the procedure.

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(2) Modify NTP Server Address

Procedure 4-20

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-88 Service Status Setting Window

5. The NTP Server Address Setting option box appears. Modify parameters:

Figure 4-89 NTP Server Address Setting Option Box

6. Click OK button when completed.

NTP Server Address No.

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7. The Information dialog box appears. Click OK button.

Figure 4-90 Information Dialog Box

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

Figure 4-91 Service Status Setting Window

This step ends the procedure.

(3) Clear NTP Server Address

Procedure 4-21

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

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Figure 4-92 Service Status Setting Window

5. The Clear NTP Server option box appears. From No. drop-down list, select the number of target NTP Server Address, and then click OK button.

Figure 4-93 Clear NTP Server Option Box

6. The Confirmation dialog box appears. Click OK button.

Figure 4-94 Confirmation Dialog Box

7. The Information dialog box appears. Click OK button.

Figure 4-95 Information Dialog Box

Clear NTP Server button

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8. The Service Status Setting window appears again. Confirm that the selected NTP Server Address information is cleared.

Figure 4-96 Service Status Setting Window

This step ends the procedure.

4.3.4.7 FTP

Procedure 4-22

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the User Network Management Setting sub menu.

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

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

Figure 4-97 Service Status Setting Window

5. The FTP Setting option box appears. Assign an appropriate value to each

Click FTP.

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parameter.

Figure 4-98 FTP Setting Option Box

Table 4-23 FTP Setting Parameters

Parameter Value Description

Always Enable FTP is always in service

Enable Enable on demand FTP service open and close, useful for work with PNMSj

FTP

Disable Disable on demand FTP service open and close, useful for work with PNMSj

TCP Port (Command)

21 (Range: 1 to 65535)

Set the TCP Port of FTP Server (for received command). Default value is 21.

TCP Port (Data) 20 (Range: 1 to 65535)

Set the TCP Port of FTP Server (For data transmit). Default value is 20.

MAX Session 3 (Range: 1 to 3)

Maximum user connection at same time.

Enable Enable FTP Server to disconnect a session automatically if a session has no operation for 90 seconds.

Auto Stop

Disable Disable FTP Server to disconnect a session automatically if a session has no operation.

Note: Following setting is recommended for control with PNMSj

FTP: Service Enable

TCP Port (Command) : 21

TCP Port (Data) : 20

MAX Session : 1

Auto Stop : Enable

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6. Click OK button when completed.

7. The Information dialog box appears. Click OK button.

Figure 4-99 Information Dialog Box

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

Figure 4-100 Service Status Setting Window (1/2)

Figure 4-101 Service Status Setting Window (2/2)

This step ends the procedure.

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4.3.4.8 SFTP

Procedure 4-23

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-102 Service Status Setting Window (SFTP)

5. SFTP Setting option box appears. Assign an appropriate value to each parameter.

Figure 4-103 SFTP Setting Option Box

Click SFTP.

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Table 4-24 SFTP Setting Parameters

Parameter Value Description

Disable Disable SFTP service

Enable Enable SFTP service

SFTP

Always Enable SFTP is always in service

Enable Enable SFTP Server to disconnect a session automatically if a session has no operation for 90 seconds.

Auto Disable

Disable Disable SFTP Server to disconnect a session automatically if a session has no operation.

6. Click OK button when completed.

7. The Information dialog box appears. Click OK button

Figure 4-104 Information Dialog Box

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

Figure 4-105 Service Status Setting Window (SFTP) (1/2)

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Figure 4-106 Service Status Setting Window (SFTP) (2/2)

This step ends the procedure.

4.3.4.9 HTTP

Procedure 4-24

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

Figure 4-107 Service Status Setting Window

5. The HTTP / HTTPS Setting option box appears. Assign an appropriate value

Click HTTP.

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to each parameter.

Figure 4-108 HTTP / HTTPS Setting Option Box

Table 4-25 HTTP Setting Parameters

Parameter Value Description

Enable (Running) Enable HTTP service HTTP

Disable (Stopped) Disable HTTP service

TCP Port (upper) 80

(Range: 1 to 65535)

Set the port number of HTTP server.

Default is 80.

HTTPS

TCP Port (lower)

See the table for HTTPS Setting Parameters.

6. Click OK button when completed.

7. The Information dialog box appears. Click OK button

Figure 4-109 Information Dialog Box

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

Figure 4-110 Service Status Setting Window (1/2)

Figure 4-111 Service Status Setting Window (2/2)

This step ends the procedure.

4.3.4.10 HTTPS

Procedure 4-25

1. Expand Network Management Setting from the WebLCT menu.

2. Expand Security Management from the Network Management Setting sub menu.

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

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

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Figure 4-112 Service Status Setting Window (HTTPS)

5. HTTP / HTTPS Setting box appears. Assign an appropriate value to each parameter.

Figure 4-113 HTTP / HTTPS Setting Window

Table 4-26 HTTPS Setting Parameters

Parameter Value Description

HTTP

TCP Port (upper)

See the table for HTTP Setting Parameters.

Enable (Running) Enable HTTPS service HTTPS

Disable (Stopped) Disable HTTPS service

TCP Port (lower) 443

(Range: 1 to 65535)

Set the port number of HTTPS server.

Default is 443.

6. Click OK button when completed.

7. The Information dialog box appears. Click OK button

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Figure 4-114 Information Dialog Box

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

Figure 4-115 Service Status Setting Window (HTTPS) (1/2)

Figure 4-116 Service Status Setting Window (HTTPS) (2/2)

This step ends the procedure.

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4.4 Register NE Configuration

4.4.1 Equipment Setup

The Equipment Setup provides more detailed settings than those done by the Easy Setup Wizard. Some parameters are included in the Easy Setup Wizard.

Equipment / Radio Configuration

Setting for NE Name, Switch Group (System structure)

AMR Configuration

Setting for the mode type and range for AMR

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4.4.1.1 Equipment / Radio Configuration

Procedure 4-26

1. Expand Equipment Setup from the WebLCT menu.

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

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

Figure 4-117 Equipment / Radio Configuration Window

4. The Step1 window appears. Enter an Equipment Name, and then click Next button.

Setup button

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Figure 4-118 Step1 Window

Notes: The display on the left shows the current setup, while that on the right is for a user to edit the configuration.

Table 4-27 Equipment Configuration Step 1 Parameter

Parameter Value Description

NE Name

Equipment Name 1 to 32 characters

Radio Configuration

Channel Spacing 250[MHz] Specify the radio channel spacing *

Reference Modulation QPSK / 16/ 32/ 64[QAM] Specify the reference modulation from

the list *

ETH Bandwidth [Mbps] Read only, the value is automatically

calculated.

Next button

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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 Set transmit power control mode.

5. The Step2 window appears. Confirm that the fields of setup parameters change to blue, then click OK button.

Figure 4-119 Step2 Window

6. The Information dialog box appears. Click OK button.

Figure 4-120 Information Dialog Box

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

OK button

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Figure 4-121 Equipment / Radio Configuration Window

8. The Confirmation dialog box appears. Click OK button to change AMR Configuration.

Figure 4-122 Confirmation Dialog Box

This step ends the procedure.

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4.4.1.2 AMR Configuration

Procedure 4-27

1. Expand Equipment Setup from the WebLCT menu.

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

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

Figure 4-123 AMR Configuration Window

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4. The Step1 window appears. Specify parameters in the New Setting options:

Click AMR Mode radio button to enable this option.

Select other modulations to be used during AMR operation by clicking its/their Used radio button(s).

Figure 4-124 Step1 Window

Table 4-28 AMR Configuration

Parameter Value Description

AMR Mode Enable AMR (Adaptive Modulation Radio) function. AMR Operation Non Operation Disable AMR function

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

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

32 QAM Data transmission for 1 time is 32 values(5 bits)

AMR Range

64 QAM Data transmission for 1 time is 64 values(6 bits)

Note: A modulation highlighted by light green is the reference modulation, which

is specified by the Radio Configuration.

5. Click Next button when completed.

6. The Step2 window appears. Confirm that the fields of modified parameters

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change to blue, and then click OK button.

Figure 4-125 Step3 Window

7. The Warning dialog box appears. Click OK button.

Figure 4-126 Warning Dialog Box

8. The Information dialog box appears. Click OK button.

Figure 4-127 Information Dialog Box

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

Figure 4-128 AMR Configuration Window

This step ends the procedure.

4.4.2 Network Management Configuration

This menu allows a user to check and configure the network management parameters of NEs to be managed by the network management system.

General Setting

In order to connect the iPASOLINK to NMS, execute the setting to use or not to use the NMS Port, and assign the IP Address.

General Setting (Detail)

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

Routing Setting

Configure the static route information.

IP Access Control Setting

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This setting allows a user to filter IP packets on both the incoming and outgoing interfaces. The filter can be effective on all the interfaces except Bridge, LCT Port, NE2 Port and Inband Management VLAN.

(1) General Setting

Procedure 4-28

1. Expand Network Management Setting from the WebLCT menu.

2. Select General Setting from the Network Management Setting sub menu.

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

Figure 4-129 General Setting Window

4. The General Setting option box appears. Specify parameters:

Figure 4-130 General Setting Option Box

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Table 4-29 General Setting

Parameter Value Description

IP Address Setting (Bridge1)

IP Address x.x.x.x Enter IP Address of NMS port

Subnet Mask x.x.x.x Enter Subnet Mask of NMS port

Default Gateway x.x.x.x Enter Default Gateway IP address

NMS Port Setting

Yes Use NMS port Connect NMS Port to NMS

No Not to use MNS port

5. Click OK button when completed.

6. The Information dialog box appears. Click OK button.

Figure 4-131 Information Dialog Box

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

Figure 4-132 General Setting Window

This step ends the procedure.

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(2) General Setting (Details)

Procedure 4-29

1. Expand Network Management Setting from the WebLCT menu.

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

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

Figure 4-133 General Setting (Detail) Window

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4. The General Setting (Detail) option box appears. Assign an appropriate value to each parameter.

Figure 4-134 General Setting (Detail) Option Box

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Table 4-30 Inband Management VLAN / Ethernet Port Parameters

Parameter Value Description

Inband Management VLAN Setting (Inband Management 1-16)

Used Use/ Not use Inband Management VLAN Management VLAN Usage

Not Used

VLAN ID 1 to 4094 VLAN ID of the Inband Management VLAN

(Default values are set to each VLAN, overwrite default values)

CoS 0 to 7 Give a priority to L2 frames in the 802.1q VLAN tag sent from the iPASOLINK EX internal CPU.

Ethernet Port Setting

LCT Use as LCT Port Port Mode

NMS Use as NMS Port

Used Use Ethernet port Usage

Not Used Not to use Ethernet port

Enabled Enable the Auto Negotiation of Ethernet Port Auto Negotiation

Disabled Disable the Auto Negotiation of Ethernet port

LLDP Setting

TX Interval 5 to 32767 Interval time of LLDP sending.

TX Hold 2 to 10 TX Hold value.

TTL = TX Interval * TX Hold +1

Used Enable/Disable search of the network access machinery using Ethernet connect, and enable/disable traffic control function using Radio Bandwidth information (in the LLDP field).

Auto Discovery LLDP Usage

Not Used

Standard Enable working with standard LLDP MAC LLDP Mode

Proprietary MAC Enable working with NEC Proprietary LLDP MAC. This setting is useful when other layer 2 switch that discards standard LLDP frames, and connects two iPASOLINK management port.

Enabled Radio Bandwidth Advertisement (TX Advertisement)

Disabled

Enable/Disable insert Radio Bandwidth information into the LLDP frame.

Enabled Radio Bandwidth Advertisement (RX Advertisement)

Disabled

Enable/Disable insert received Radio Bandwidth information into the sending LLDP frame.

NE Branch Setting

Bridge Number Select the Bridge Number

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Parameter Value Description

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

Bridge IP Address x.x.x.x Input IP Address of Inband Management VLAN

Assign an IP address for each item so as to configure a different sub network. Note 1.

Bridge Subnet Mask x.x.x.x Input Subnet Mask of Inband Management VLAN

Table 4-48 Inband Management VLAN/Ethernet Port Parameter (2/2)

Item Parameter Description

M-Plane Bandwidth Limitation

Bandwidth Limitation Enable

Disable

Total bandwidth of frames transmitted from CPU

to radio ports. Note 1

Bandwidth [kbps] 500 - 10000

M-Plane Priority

CoS 5 to 7 Priority of transmit frame (Default: 7)

Note 3, Note 4

NMS Port Setting

Yes Use / Not use NMS Port Connect NMS Port

to NMS No

LCT Port Setting

Any Connection from Local/Remote to LCT Port Restrict LCT

Connection Only to Local NE only connection from Local to LCT Port

Notes:

1. When this function is enabled, bandwidth of traffic from CPU is reserved.

2. Even as the ETH side is 4-Class mode, the M-Plane Mode can be selected

from 5 to 7.

4-Class: M-Plane (7, 6) > User (3), M-Plane (5) > User (2)

3. In the case the radio transmission band is occupied by delay sensitive user

traffic, such as PWE, decrease the M-Plane Priority even if the Bandwidth Limitation is disabled.

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5. Click the items on the NE Branch Setting field. The Bridge No. Setting box appears. Select the bridge No. from the drop- down list and then click OK button.

Figure 4-135 Bridge No. Setting Box

6. The General Setting (Detail) option box appears again. In the NE Branch Setting options, click a number under the Bridge No.

Figure 4-136 General Setting (Detail) Option Box

Item

BridgeNo.

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7. The IP Address Setting box appears. Input the IP address and the subnet mask, and then click OK button.

Figure 4-137 General IP Address Setting Box

8. The General Setting (Detail) option box appears again.

9. Click OK button after configuring the parameters.

10. The Information dialog box appears. Click OK button.

Figure 4-138 Information Dialog Box

11. The General Setting (Detail) window appears again. Confirm that all the parameters are set.

This step ends the procedure.

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Note: When the NE is configured as the “Root NE” for the PNMSj, set the bridge No. of the modem towards downstream to “1”, and set the bridge No. except “1” towards upstream interface (ex: NMS port).

Bridge 2Secondary IP

Root NE

Modem 1

Bridge 1Primary IP

PNMSj

NMS

(3) Routing Setting

This operation specifies the static route for the particular network or IP address.

(a) Add Routing Setting

Procedure 4-30

1. Click the Maintenance button on top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select Routing Setting from the Network Management Setting sub menu.

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

Figure 4-139 Routing Setting Window

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5. The Routing Setting option box appears. Click Add button.

Figure 4-140 Routing Setting Option Box

6. The Routing Setting (Add) option box appears. Enter the IP Address, Subnet Mask address, and Gateway address, and then click OK button.

Figure 4-141 Routing Setting (Add) Option Box

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7. The Routing Setting option box appears again. Confirm that the newly added route information is displayed.

Figure 4-142 Routing Setting Option Box

8. Click OK button when completed.

9. The Confirmation dialog box appears. Click OK button.

Figure 4-143 Confirmation Dialog Box

10. The Information dialog box appears. Click OK button.

Figure 4-144 Information Dialog Box

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

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Figure 4-145 Routing Setting Window

12. When Routing Setting is completed, click Maintenance button on top of the WebLCT window to exit from the maintenance mode.

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

This step ends the procedure.

(a) Modify Routing Setting

Procedure 4-31

1. Click the Maintenance button on top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select Routing Setting from the Network Management Setting sub menu.

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

Figure 4-146 Routing Setting Window

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5. The Routing Setting option box appears. Click an IP Address to be modified.

Figure 4-147 Routing Setting Option Box

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

Figure 4-148 Routing Setting (Modify) Option Box

7. The Routing Setting option box appears again. Confirm the modified route information.

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Figure 4-149 Routing Setting Option Box

8. Click OK button when completed.

9. The Confirmation dialog box appears. Click OK button.

Figure 4-150 Confirmation Dialog Box

10. The Information dialog box appears. Click OK button.

Figure 4-151 Information Dialog Box

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11. The Routing Setting window appears again. Confirm the display for the modified route information.

Figure 4-152 Routing Setting Window

12. When Routing Setting is completed, click Maintenance button on top of the WebLCT window to exit from the maintenance mode.

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

This step ends the procedure.

(b) Delete Routing Setting

Procedure 4-32

1. Click the Maintenance button on top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select Routing Setting from the Network Management Setting sub menu.

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

Figure 4-153 Routing Setting Window

5. The Routing Setting option box appears. Click Delete button.

Figure 4-154 Routing Setting Option Box

6. The Routing Setting (Delete) option box appears. Enter the target network address into the field, and then click OK button.

Figure 4-155 Routing Setting (Delete) Option Box

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7. The Routing Setting option box appears again. Confirm that the selected network has been removed, then click OK button.

Figure 4-156 Routing Setting Option Box

8. The Confirmation dialog box appears. Click OK button.

Figure 4-157 Confirmation Dialog Box

9. The Information dialog box appears. Click OK button.

Figure 4-158 Information Dialog Box

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

Figure 4-159 Routing Setting Window

11. When Routing Setting is completed, click Maintenance button on top of the WebLCT window to exit from the maintenance mode.

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

This step ends the procedure.

(4) IP Access Control Shttp://192.168.2.68/weblct/cgi/lct.cgietting

(a) Input Filter List - Add Entry

Procedure 4-33

1. Click the Maintenance button on top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

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3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-160 IP Access Control Setting window

4. Select Input Filter List tab, and click Add Entry button.

5. The Input Filter Entry (Add) option box appears. Specify the filter condition, then click OK button.

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Figure 4-161 Input Filter Entry (Add) Option Box

Table 4-31 Input Filter Entry (Add) Parameters

Parameter Value Description

Entry No. 1-50 Specify the entry number.

Input Index Any, Bridge 01 to

Bridge 03

Select the ingress port

Source IP Address x.x.x.x Specify the source IP address of the input packets

0.0.0.0: Any

Source Subnet Mask x.x.x.x Specify the subnet mask of the source IP address of the input packets

0.0.0.0: Any

Protocol Any, ICMP, TCP, UDP, Other

Specify the protocol of the IP packets. If Other is selected, user is requested to specify the port number.

Destination Port Range: 1 to 65535 Check Any or specify Destination Port.

Permit Allows the packet that meets the conditions above. Action

Deny Discards the packet if it matches the conditions above.

Note: The filter entries applied to whole DCN traffic except from the LCT port.

"The traffic from LCT is controlled by the LCT Port Setting in the General

Setting (Detail) of the Network Management Configuration sub menu."

For inband interface, filter entries are applied to only traffic towards the CPU

of the iPASOLINK EX, transit traffic is sent to next hop.

6. The Information box appears. Click OK button

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Figure 4-162 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm that the newly added filter information displayed.

Figure 4-163 IP Access Control Setting window

This step ends the procedure.

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(b) Input Filter List - Modify Entry

Procedure 4-34

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-164 IP Access Control Setting window

4. Select Input Filter List tab, and click Entry No.

Entry No

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5. The Input Filter Entry (Modify) option box appears. Specify the filter condition, then click OK button.

Figure 4-165 Input Filter Entry (Modify) Option Box

Table 4-32 Input Filter Entry (Modify) Parameters

Parameter Value Description

Entry No. 1-50 Not editable.

Input Index Any, Bridge01 to

Bridge03

Select the ingress port

Source IP Address x.x.x.x Specify the source IP address of the input packets

0.0.0.0: Any

Source Subnet

Mask

x.x.x.x Specify the subnet mask of the source IP address of the incoming packets

0.0.0.0: Any

Protocol Any, ICMP, TCP, UDP, Other

Specify the protocol of the IP packets. Selecting Other requires specifying the port number.

Destination Port (Range: 1 to 65535) Not available

Permit Allows the packet that matches the conditions above. Action

Deny Discards the packet that matches the conditions above.

6. The Information dialog box appears. Click OK button

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Figure 4-166 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm that the modified filter information is displayed.

Figure 4-167 IP Access Control Setting window

This step ends the procedure.

(c) Input Filter List - Delete Entry

Procedure 4-35

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu. IP Access Control Setting window appears.

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Figure 4-168 IP Access Control Setting window

4. Select Input Filter List tab, and click Delete Entry button.

5. The Input Filter Entry (Delete) option box appears. Enter the Entry No. of the filter to be deleted, and then click OK button.

Figure 4-169 Input Filter Entry (Delete) Option Box

6. The Confirmation dialog box appears. Click OK button.

Figure 4-170 Confirmation Dialog Box

Delete Entry button

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7. The Information dialog box appears. Click OK button

Figure 4-171 Information Dialog Box

8. The IP Access Control Setting window appears again. Confirm that the selected filter information is removed.

Figure 4-172 IP Access Control Setting window

This step ends the procedure.

(d) Input Filter List - Modify Rule

Procedure 4-36

1. Click the Maintenance button on the top of the LCT window to put the system

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into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-173 IP Access Control Setting window

4. Select Input Filter List tab, and click Modify Rule button.

5. The Input Filter Rule option box appears. Specify the filter condition then click OK button.

Figure 4-174 Input Filter Rule Option Box

Modify Rule button

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Table 4-33 Input Filter Rule Parameters

Parameter Value Description

Enable Enables the configured Input filters. Input Filter Rule

Disable Disables the configured input filters

Permit Forwards an IP packet that meets the configured conditions. Default Action

Deny Discards an IP packet if it does not match the configured conditions

6. The Information dialog box appears. Click OK button

Figure 4-175 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm that the modified filter information is displayed.

Figure 4-176 IP Access Control Setting window

This step ends the procedure.

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(e) Forwarding Filter List - Add Entry

Procedure 4-37

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-177 IP Access Control Setting window

4. Select Forwarding Filter List tab, and click Add Entry button.

5. The Forwarding Filter Entry (Add) option box appears. Specify the filter condition, then click OK button.

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Figure 4-178 Forwarding Filter Entry (Add) Option Box

Table 4-34 Forwarding Filter Entry (Add) Parameters

Parameter Value Description

Entry No. 1-50 Set the number of the entry

Input Index Select the ingress port

Output Index

Any, Bridge01 to

Bridge03 Select the egress port

Source IP Address x.x.x.x Specify the source IP address of the output packets

Source Subnet Mask x.x.x.x Specify the subnet mask of the source IP address of the output packets

Destination IP Address x.x.x.x Specify the destination IP address of the output packets

Destination Subnet Mask x.x.x.x Specify the subnet mask of the destination IP address of the output packets

Protocol Any, ICMP, TCP, UDP, Other

Specify the protocol of the IP packets. If Other is selected, user need to specify the port number.

Source Port (Range: 1 to 65535) Not available

Destination Port (Range: 1 to 65535) Not available

Permit Forwards a packet that meets the conditions above.Action

Deny Discard a packet if it matches the conditions above.

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6. The Information box appears. Click OK button

Figure 4-179 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm that the newly added filter information is displayed.

Figure 4-180 IP Access Control Setting window

This step ends the procedure.

(f) Forwarding Filter List - Modify Entry

Procedure 4-38

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

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2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-181 IP Access Control Setting window

4. Select Forwarding Filter List tab, and click Entry No.

5. The Forwarding Filter Entry (Modify) option box appears. Modify the filter condition, then click OK button.

Entry No.

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Figure 4-182 Forwarding Filter Entry (Modify) Option Box

Table 4-35 Forwarding Filter Entry (Modify) Parameters

Parameter Value Description

Entry No. 1-50 Set the number of the entry.

Input Index Select the ingress port.

Output Index

Any, NE2,

Bridge1 to Bridge20 Select the egress port.

Source IP Address x.x.x.x Specify the source IP address of the outgoing packets.

Source Subnet Mask x.x.x.x Specify the subnet mask of the source IP address of the outgoing packets

Destination IP Address x.x.x.x Specify the destination IP address of the outgoing

packets.

Destination Subnet

Mask

x.x.x.x Specify the subnet mask of the destination IP address of the outgoing packets

Protocol Any, ICMP, TCP, UDP, Other

Specify the protocol of the IP packets. Selecting Other requires specifying the port number.

Source Port (Range: 1 to 65535) Not available.

Destination Port (Range: 1 to 65535) Not available.

Action Permit Forwards a packet that meets the conditions above.

Deny Discards a packet if it matches the conditions above.

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6. The Information box appears. Click OK button

Figure 4-183 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm the display for the modified filter information.

Figure 4-184 IP Access Control Setting window

This step ends the procedure.

(g) Forwarding Filter List - Delete Entry

Procedure 4-39

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

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2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu.

Figure 4-185 IP Access Control Setting window

4. Select Forwarding Filter List tab, and click Delete Entry button.

5. The Forwarding Filter Entry (Delete) option box appears. Enter the Entry No. of the filter to be deleted, and then click OK button.

Figure 4-186 Forwarding Filter Entry (Delete) Option Box

6. The Confirmation dialog box appears. Click OK button.

Delete Entry button

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Figure 4-187 Confirmation Dialog Box

7. The Information dialog box appears. Click OK button

Figure 4-188 Information Dialog Box

8. The IP Access Control Setting window appears again. Confirm that the selected filter information is removed.

Figure 4-189 IP Access Control Setting window

This step ends the procedure.

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(h) Forwarding Filter List - Modify Rule

Procedure 4-40

1. Click the Maintenance button on the top of the LCT window to put the system into the maintenance mode.

2. Expand Network Management Setting from the WebLCT menu.

3. Select IP Access Control Setting from the Network Management Setting sub menu. IP Access Control Setting window appears.

Figure 4-190 IP Access Control Setting window

4. Select Forwarding Filter List tab, and click Modify Rule button.

5. The Forwarding Filter Rule option box appears. Modify the filter condition, then click OK button.

Modify Rule button

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Figure 4-191 Forwarding Filter Rule (Modify) Option Box

Table 4-36 Forwarding Filter Rule (Modify) Parameters

Parameter` Value Description

Enable Enables the configured Forwarding filters. Forwarding Filter

Rule Disable Disables the configured Forwarding filters

Permit Forwards an IP packet that does not match the configured conditions. Default Action

Deny Discards an IP packet that does not match the configured conditions

6. The Information dialog box appears. Click OK button

Figure 4-192 Information Dialog Box

7. The IP Access Control Setting window appears again. Confirm the display for the modified filter information.

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Figure 4-193 IP Access Control Setting window

This step ends the procedure.

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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:

MODEM Function Setting

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

ETH Function Setting

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

Equipment Clock/Synchronization Setting

User can configure the internal clock, timing source.

Alarm Setting

User can configure the alarm delay, severity, color.

PMON/RMON Setting

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

For details, refer to the relevant sections accordingly.

5.1.1 MODEM Function Setting

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

MODEM Port Setting

Specify the port name of each MODEM.

TX Power Setting

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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 internal baseband block and RF block communication fail occurs.

AMR Setting

Specify the AMR switching mode.

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5.1.1.1 MODEM Port Setting

Specify the Port Name of each 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.

Figure 5-1 MODEM Port Setting Window

5. The MODEM Port Setting dialog box appears. Assign a proper name for the MODEM.

Figure 5-2 MODEM Port Setting Dialog Box

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Table 5-1 MODEM Port Setting

Item Parameter Note

Port Name 0 to 32 characters Specify the port name of the MODEM

Disable

MAC with IPv4

MAC with IPv6

Header

Compression

Mode

MAC with MPLS

Enables or disables Header

Compress function that increases

packet rate throughput on radio

transmission.

Check Enhanced

Mode(Expert Only) Uncheck

Enhanced Mode enables higher packet

rate throughput by disabling CRC

check in microwave transmission

process.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-3 Information Box

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

Figure 5-4 MODEM Port Setting Window

This step ends the procedure.

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5.1.1.2 TX Power Setting

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

(1) ATPC Mode

Procedure 5-2

1. Expand Provisioning from the WebLCT menu.

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

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

4. The TX Power Setting window appears. Click the MODEM to configure.

Figure 5-5 TX Power Setting Window

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

Figure 5-6 TX Power Setting Dialog Box

Table 5-2 TX Power Setting (for ATPC and MTPC)

Item Parameter Description

ATPC Range (MAX) Set maximum TX power level in ATPC mode.

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ATPC Range (MIN) Set minimum TX power level in ATPC mode

MTPC TX Power Set threshold of RX LEVEL when opposite site is

in MTPC mode.

RX Threshold Depends on

modulation method

Set threshold of RX LEVEL when opposite site is

in ATPC mode. This parameter can be set when

AMR configuration is disabled in ATPC mode.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-7 Information Box

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

Figure 5-8 TX Power Setting Window

This step ends the procedure.

(2) MTPC Mode

Procedure 5-3

1. Expand Provisioning from the WebLCT menu.

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

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

4. The TX Power Setting window appears. Click the MODEM to configure.

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

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-11 Information Box

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

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Figure 5-12 TX Power Setting Window

This step ends the procedure.

5.1.1.3 ALM Mode Setting

Specify the ATPC power mode.

Procedure 5-4

1. Expand Provisioning from the WebLCT menu.

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

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 GRP) to configure.

Figure 5-13 ALM Mode Setting Window

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

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Figure 5-14 ALM Mode Setting Dialog Box

Table 5-3 ALM Mode Setting

Item Parameter Description

MAX Increase TX Power to Max. value

MIN Decrease TX Power to Min. value.

ATPC Power Mode

Hold Hold the current TX Power value.

Note: In case user has selected MTPC, “ATPC Power Mode” is not available.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-15 Information Box

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

Figure 5-16 ALM Mode Setting Window

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This step ends the procedure.

5.1.1.4 AMR Setting

Specify AMR function usage as follows:

Procedure 5-5

1. Expand Provisioning from the WebLCT menu.

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

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

4. The AMR Setting window appears.

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Figure 5-17 AMR Setting Window

5. Click SW GRP (MODEM) (Slot01/02 or Slot03/04) to configure.

6. The AMR Setting dialog box appears. Assign a proper value for each parameter.

Figure 5-18 AMR Setting Dialog Box

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Table 5-4 AMR Mode Setting

Item Parameter Description

CNR+RSL AMR Switching mode with CNR+RSL. AMR Switch

Condition CNR AMR Switching mode only with CNR.

When using this mode, AMR Range must be set as

continuously "Used" as following sample, 16QAM

to 64QAM setting.

Sensitive AMR Switching Sensitivity(TX Power) , Sensitive

AMR Transition mode

AMR

Transition

Normal AMR Switching Sensitivity(TX Power) , Normal

AMR Transition mode

7. Information box appears after setting the parameter. Click OK button.

Figure 5-19 Information Box

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

Figure 5-20 AMR Setting Window

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This step ends the procedure.

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5.1.2 ETH Function Setting

The ETH Function setting menu list is as follows:

Bridge Setting

Bridge function is also known as switching function that enables 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 provides 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.

VLAN Setting

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

This function provides the abilities of creating, configuring and deleting 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 supports Ethernet OAM function based on ITU-T Y.1731, IEEE802.1ag, and IEEE802.3ah, which enables operator to measure the Ethernet link quality such as delay, throughput, jitter, loss and so on, greatly help network operator in maintenance and troubleshooting.

MSTP Setting

The MSTP (Multiple Spanning Tree Protocol) defined in the IEEE802.1s is the spanning tree protocol work with logical instances. One instance can include multiple VLANs. Blocking port is decided per logical instance, and then physically configured redundant Ethernet topology can be utilized efficiently.

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In addition to standard MSTP features, the iPASOLINK supports "root guard" feature which prevents unexpected node becomes to root node, and "BPDU guard" feature which disable ports when BPDU frame arrives to ports not allowing BPDU reception.

Note: MSTP and ETH-Ring functions are not configured at the same time.

QoS/Classification Setting

iPASOLINK supports QoS control function that provides 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.

L2CP Transparent / Mirroring Setting

L2CP Transparent transport function is useful for L2CP tunneling, especially MEF 9 Compliant ETH Private Line (EPL) Service. Transported L2CP protocols can be specified by checking boxes independently.

Port Mirroring enables to monitor the traffic at another (mirrored) port without traffic of source port interruption. Ingress, egress or both direction of the port to be mirrored to the destination port can be specified

LLF Setting

LLF (Link Loss Forwarding) is the function that mandatory shuts down the port on the opposite device when local device detects unidirectional link problem. iPASOLINK supports to send Critical Event message using IEEE802.3ah link OAM function instead of “Link Shut Down”.

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5.1.2.1 Bridge Setting

Procedure 5-6

1. Expand Provisioning from the WebLCT menu.

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

Modify button

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Table 5-5 Bridge Setting

Item Parameter Description

On Enable the FDB (Forwarding Data Base) to delete the

learnt MAC address if it is not updated for a certain

amount of time (FDB Aging Time).

Aging On / Off

Off Disable Aging function.

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

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

port.

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

VLAN Mode 802.1Q(fixed) Allow the port on different VLAN to communicate with

each other through layer 2 network.

Default VID Default = 1

1 to 4094

Specify the default VLAN ID of the equipment.

Default VLAN TPID Default = 8100

8100 to FFFF

Set the value of TPID (Tag Protocol Identifier) of the

VLAN.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-23 Information Box

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

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Figure 5-24 Bridge Setting Window

This step ends the procedure.

5.1.2.2 ETH Port Setting

Procedure 5-7

1. Expand Provisioning from the WebLCT menu.

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

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 – 1/2

Port No.

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Figure 5-26 ETH Port Setting Window – 2/2

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

Figure 5-27 ETH Port Setting Dialog Box

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Table 5-6 ETH Port Setting

Item Parameter Description

Enable Turn on the port administratively. Port Usage

Disable Shut down the port administratively.

Port Name 0 to 32 Characters Specify the name of the Ethernet port.

Electrical Specify the port SFP type as Electrical. Media Type

(SFP Port) Optical Specify the port SFP type as Optical.

AUTO

10MB

(RJ45 Port or

Electrical SFP)

100MB

Set the line speed of Ethernet port among

10 Mbit/s, 100 Mbit/s or negotiate with the

opposite side (Auto Negotiation).

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

Full Specify the port work on full-duplex mode.

MDI Specify the port media type as MDI. MDI / MDIX *1

MDIX Specify the port media type as MDIX.

Enable Enable flow control. Flow Control

Disable Disable flow control.

Enable SyncETH

Disable

Enables or disables SyncETH, valid when the

parameter of the Media Type is Optical,

Speed is AUTO. Also, RJ45 ports support

SyncETH with 1000Mbps, 100Mbps-full,

Auto Negotiation is not mandatory.

Note1: When AUTO of Speed is selected, Duplex and MDI and MDIX are not selectable.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-28 Information Box

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

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Figure 5-29 ETH Port Setting Window – 1/2

Figure 5-30 ETH Port Setting Window – 2/2

This step ends the procedure.

5.1.2.3 VLAN Setting

(1) VLAN List Tab

(a) Add VLAN ID

Procedure 5-8

1. Expand Provisioning from the WebLCT menu.

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

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

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

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

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Figure 5-31 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.

Figure 5-32 Add VLAN ID Dialog Box

Table 5-7 Add VLAN ID Parameter

Item Parameter Description

VLAN ID * 1 to 4094 Specify VLAN ID.

Add VLAN ID buttonNOTE 1

NOTE 2

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

Notes:

1. Plural VLAN IDs can be entered using comma(s) and/or hyphen in the following patterns.

VLAN ID: 1,2,3,1000-4094

LAN Service Name: VLAN Name

(1) Plural IDs can be registered by using comma(s) and/or a hyphen, and in the above

example, VLAN IDs 1, 2, 3, and 1000 to 4094 are registered (totally 3098 IDs).

Entering 1000-4094,1,2,3 is also possible.

(2) The maximum input number of characters for the VLAN Service Name is 27

characters.

(3) If there is a VLAN ID already registered in the range of registeration, a new VLAN

ID can be registered in a skip number.

(4) The VLAN Service Name of the skipped VLAN ID is not overwritten.

(5) When VLAN IDs are entered in a range, register the VLAN Service Name, adding

a suffix -xxxx (xxxx=0001-4094) to the entered value.

(6) When the VLAN Service Name is already registered, the new VLAN Service

Name should be blank.

(7) When VLAN IDs are not entered in a range, the name that was registered in the

VLAN Service Name field should be registered as-is.

7. Click OK button after setting the parameters.

8. The Information box appears. Click OK button.

Figure 5-33 Information Box

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

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Figure 5-34 VLAN List Tab in the VLAN Setting Window

This step ends the procedure.

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(b) Modify VLAN Service Name

Procedure 5-9

1. Expand Provisioning from the WebLCT menu.

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

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

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

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

Figure 5-35 VLAN List Tab

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

Figure 5-36 Modify VLAN Service Name Box

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7. Click OK button after setting the parameters.

8. The Information box appears. Click OK button.

Figure 5-37 Information Box

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

Figure 5-38 VLAN List Tab

This step ends the procedure.

(c) Delete VLAN ID

Procedure 5-10

1. Expand Provisioning from the WebLCT menu.

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

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

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

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

Figure 5-39 VLAN List Tab

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

Figure 5-40 Delete VLAN ID Box (1/2)

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

Delete VLAN ID button

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7. Click OK button after setting the parameters.

8. The Confirmation box appears. Click OK button.

Figure 5-42 Confirmation Box

9. The Information box appears. Click OK button.

Figure 5-43 Information Box

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

Figure 5-44 VLAN List Tab

This step ends the procedure.

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(2) VLAN Setting Tab (802.1Q Mode)

(a) Set VLAN ID

Procedure 5-11

1. Expand Provisioning from the WebLCT menu.

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

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

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

Figure 5-45 VLAN Setting Window

5. The VLAN Setting window (Port type: Access) appears. Assign a proper value for each VLAN Assignment field parameter.

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

Trunk). MODEM can be configured as Trunk only.

Click a Port No.

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Access

Specify the type of the port among Access, Trunk, Tunnel, Assign the VLAN ID to the port being configured. The untagged frame passes through the port. The received tagged frame will be discarded.

Figure 5-46 VLAN Setting Window (Port Type: Access)

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Tunnel

If the port is configured as Tunnel, any frame type on this port, either untagged or tagged with any VLAN ID, will be unconditionally tagged (Outer Tag) with the VLAN ID which is checked in the list. When the port is configured as Tunnel, all of check boxes in the L2CP Tranceparency windows is enabled automatically. This setting remains when the port is configured from tunnel to access or trunk.

Figure 5-47 VLAN Setting Window (Port Type: Tunnel)

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Trunk

If the port is configured as Trunk, the tagged frame with the VLAD ID that are checked in the list will be allowed to pass through; the untagged frame will be assigned with a VLAN ID of the selected VLAN in UntagFrame Assignment column. The other frames will be discarded.

Figure 5-48 VLAN Setting Window (Port Type: Trunk)

Table 5-8 VLAN Assignment Parameter

Item Parameter Description

Access Only allow that untagged frame passes

through.

Tunnel Allow tagged and untagged frame pass

through.

Port Type

Trunk Allow the selected tagged frame and

untagged frame pass through. Untagged

frame will be assigned with a specified

VLAN ID.

Check Enable check box

Uncheck

If available, check it to allow that the

selected VLAN frame passes through.

Check UntagFrame Assignment

(Access Port) Uncheck

If available, check it to assign the selected

VLAN ID to the untagged frame.

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6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-49 Information Box

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

Figure 5-50 VLAN Setting Window

This step ends the procedure.

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5.1.2.4 FDB Setting

(1) FDB Setting Tab

(a) FDB Setting (Equipment)

Procedure 5-12

1. Expand Provisioning from the WebLCT menu.

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

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

4. The FDB Setting window appears. Click on Equipment to configure.

Figure 5-51 FDB Setting Tab

Click Equipment.

(1)(a) Equipment

(1)(b) Port Tab

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

Figure 5-52 FDB Setting (Equipment) Dialog Box

Table 5-9 FDB Setting (Equipment)

Item Parameter Description

Enable Enable dynamic MAC Address Learning Learning

Disable Disable dynamic MAC Address Learning

Learning MAX Size 1 to 8192 Set the learning MAX entries of MAC Address

Forwarding When frames coming from new MAC

addresses exceed the maximum size of FDB,

the frame without learning this source MAC

address will be forwarded.

Learning Limit Mode

Discard When frames coming from new MAC

addresses exceed the maximum size of FDB,

the frame will be discarded.

Enable Enable equipment to send trap when the

learning MAC Address reaches to the

specified MAX number.

Learning Limit Trap

Disable Disable above feature.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

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Figure 5-53 Information Box

8. The FDB Setting tab window appears again. Confirm the displayed parameters.

Figure 5-54 FDB Setting Tab

This step ends the procedure.

(b) FDB Setting – Port Tab –

Procedure 5-13

1. Expand Provisioning from the WebLCT menu.

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

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

4. The FDB Setting window appears. Click the Port tab.

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Figure 5-55 FDB Setting Window

5. The Port tab appears. Click desired Port No.

Figure 5-56 Port Tab in FDB Setting Tab

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

Port tab

Port No

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Figure 5-57 FDB Setting (Port)

7. Click OK button after setting the parameters.

8. The Information box appears. Click OK button.

Figure 5-58 Information Box

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

Figure 5-59 FDB Setting (Confirmation)

This step ends the procedure.

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5.1.2.5 ETH OAM Setting

(1) OAM MEG Tab

(a) Add OAM MEG Index

Procedure 5-14

1. Expand Provisioning from the WebLCT menu.

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

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 5-60 ETH OAM Setting Window

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

OAM MEG tab

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Figure 5-61 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 5-62 OAM MEG Setting (Add) Box

Table 5-10 MEG Configuration Parameter

Item Parameter Description

MEG Index 1 to 128 Specify MEG (Maintenance Entity

Group) Index.

Add MEG button

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Item Parameter Description

Maintenance

Domain Name

Specify the Name of the Maintenance

Domain.

Short MA Name

String of a maximum of 42

characters (Maintenance

Domain Name + Short MA

Name) Specify the Short MA Name.

MEG Level 0 to 7 Specify the Level of the MEG.

Enable Enable sending and monitoring CCM. CCM

Disable Disable sending and monitoring CCM.

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

Check) message.

CCM Priority 0 to 7 Specify the priority of the CCM.

7. Click OK button after setting the parameters.

8. The Information box appears. Click OK button.

Figure 5-63 Information Box

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

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Figure 5-64 OAM MEG Tab

This step ends the procedure.

(b) Delete OAM MEG

Procedure 5-15

1. Expand Provisioning from the WebLCT menu.

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

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

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

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Figure 5-65 ETH OAM Setting Window

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

Figure 5-66 OAM MEG Tab

OAM MEG tab

Delete MEG button

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

Figure 5-67 OAM MEG Setting (Delete) Box

7. Click OK button.

8. The Confirmation box appears. Click OK button.

Figure 5-68 Confirmation Box

9. The Information box appears. Click OK button.

Figure 5-69 Information Box

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

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Figure 5-70 OAM MEG Tab

This step ends the procedure.

(2) OAM MEP Tab

(a) Add OAM MEP Index

Procedure 5-16

1. Expand Provisioning from the WebLCT menu.

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

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

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

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Figure 5-71 OAM MEP Tab

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

Figure 5-72 OAM MEP Setting (Add) Dialog Box

Add MEP button

Enable check box

Add Peer MEP button

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

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

Figure 5-73 Peer MEP Add Box

8. Click OK button after setting the parameters.

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

Figure 5-74 OAM MEP Setting (Add) Dialog Box

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Table 5-11 MEP Configuration field Parameter

Item Parameter Description

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 Select the object item from drop-down list.

Port Select the port from drop-down list.

Check Check the box of the VLAN ID to associate

Ethernet OAM message 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.

10. Click OK button after setting the parameters.

11. The Confirmation box appears. Click OK button.

Figure 5-75 Confirmation Box

12. The Information box appears. Click OK button.

Figure 5-76 Information Box

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

Figure 5-77 OAM MEP Tab

This step ends the procedure.

(b) Modify OAM MEP Index

Procedure 5-17

1. Expand Provisioning from the WebLCT menu.

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

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

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

Figure 5-78 OAM MEP Tab

5. The OAM MEP Setting (Modify) dialog box appears. Modify the parameter by referring to the table below.

MEP Index No.

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Figure 5-79 OAM MEP Setting (Modify) Dialog Box

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Table 5-12 OAM MEP Index Parameter

Item Parameter Description

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 Select the object item from drop-down list.

Port Select the object port from drop-down list.

Check Check the box of the VLAN ID to

associate Ethernet OAM message 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.

6. Click OK button after setting the parameters.

7. The Confirmation box appears. Click OK button.

Figure 5-80 Confirmation Box

8. The Information box appears. Click OK button.

Figure 5-81 Information Window

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

Figure 5-82 OAM MEP Tab

This step ends the procedure.

(c) Delete OAM MEP

Procedure 5-18

1. Expand Provisioning from the WebLCT menu.

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

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

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

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Figure 5-83 OAM MEP Tab

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

Figure 5-84 OAM MEP Setting (Delete) Box

6. Click OK button.

7. The Confirmation box appears. Click OK button.

Figure 5-85 Confirmation Box

8. The Information box appears. Click OK button.

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Figure 5-86 Information Box

Note: In case that CCM Transmit / CCM Receive is enabled, if user tries to delete the

MEP Index, the following error message will appear:

Follow the procedure of (2) Modify OAM MEP Index, to 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.

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Figure 5-87 OAM MEP Tab

This step ends the procedure.

5.1.2.6 MSTP Setting

Note: STP/RSTP tunnel enabling function is not supported for RSTP enabled

port.

(1) Confirmation of MSTP Operation

Procedure 5-19

[Sample Configuration]

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1. First referring to VLAN Setting, set VLAN ID=100 and 200 for Port 01 and Port 03 at local and equipments:

VLAN ID=100 for Port 01, Port 03 for both local and remote terminals VLAN ID=200 for Port 03 for both local and remote terminals

Connect the same port numbers each other using LAN cables.

2. Expand Provisioning from the WebLCT menu.

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

4. Select MSTP Setting from the ETH Function Setting sub menu.

5. The MSTP Setting window appears.

6. Click Modify STP Mode button. STP Mode Setting box appears.

Figure 5-88 MSTP Setting Window

Modify STP Mode button

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Figure 5-89 STP Mode Setting Box

7. Select the MSTP from the pull-down menu. MSTP Setting (STP Mode: MSTP) window appears. Click Modify STP Port button.

Figure 5-90 MSTP Setting (MSTP Mode) Window

8. STP Port Setting box (STP Mode: MSTP, IST tab) appears. Assign a proper value for each parameter.

Modify STP Port button

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Figure 5-91 STP Port Setting Box

Table 5-13 STP Port Setting Parameter (1/2)

Item Parameter Description

Region Name 1 to 32 Character Specify region name

Revision No. 0 to 65535 Specify revision number

BPDU Guard Timer

Usage

Used /

Not Used

BPDU Guard Timer

Bridge Priority (IST) 1 to 61440

(4096 steps)

Port Name 1 to 32 Characters Specify the port name.

Auto Enable equipment to 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.

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STP Port Priority 0 to 240

(16 steps)

Specify the RSTP priority of the port.

Table 5-22 STP Mode Setting Parameter (2/2)

Item Parameter Description

Enable Set the Port as Edge port. Edge Port

Disable Remove Edge port feature.

Enable Enable BPDU Guard. BPDU Guard

Disable Disable BPDU Guard.

Enable Enable Root Guard. Root Guard

Disable Disable Root Guard.

9. Set the following parameters same for the two iPASOLINKs:

Region Name (in STP Port Setting box - IST tab)

Revision Number (in STP Port Setting box - IST tab)

Instance Number (in STP Port Setting box - MSTI1, MSTI2 tab)

VLAN Mapping (in VLAN Setting box)

10. In STP Port Setting box - IST tab, set Enable for Port 01 to Port 03.

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Figure 5-92 STP Port Setting Box-IST tab

11. In STP Port Setting box-MSTI1 tab, set MSTI1 to Enable, and check the Enable check box for Port 01 and Port 02.

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Figure 5-93 STP Port Setting Box-MSTI1 Tab

12. In STP Port Setting box - MSTI2 tab, set MSTI2 to Enable, and check the Enable check box for Port 01 and Port 03.

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Figure 5-94 STP Port Setting Box - MSTI2 Tab

13. Click the OK button. The MSTP Setting window-IST tab appears again. Confirm the Status column for Port01 and Port02 of both iPASOLINKs.

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Figure 5-95 MSTP Setting Window (Port Status)

This step ends the procedure.

Confirm at the Local and remote NEs.

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Notes on MSTP Operation

1. MSTP cannot be operated with ETH-Ring simultaneously in an equipment.

2. At the initial condition, all VLAN belong to IST.

3. Adjusting the default value concerning Timer, Hop, etc.

The default value for the Timer is a recommended value by Recommendation.

4. There is no dependence relationship between the VLAN assigned to instance and the VLAN assigned to port.

NEC Recommends that VLAN is assigned to all ports which oppose to the MSTP equipment.

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5.1.2.7 QoS/Classification Setting

Classify Setting

iPASOLINK supports QoS based on MEF10 and REC4115 which classifies 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 Policers which provide user the capability of realizing the user-orientation QoS strategy flexibly. The Internal Priority is used for the following purposes:

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)

Three modes are available for Port Based QoS Classification.

Port Based QoS Mode QoS classification policies are determined by per-port basis. In this mode, inner QoS field of the packet can be specified for the classification policy.

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 decides the QoS queue at the egress, discarding the frames of the traffic that exceed the designated bandwidth (EIR, Excess Information Rate).

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 [Port Based QoS Mode]

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(a) Port Classification Mode Setting

Procedure 5-20

1. Expand Provisioning from the WebLCT menu.

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

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

4. The QoS/Classification Setting window appears. Click the Port button

Figure 5-96 QoS/Classification Setting Window

5. The Port Classification Mode Setting window appears. Select the object from Port Classification Mode drop-down list and Assign a proper value for Default Port Priority.

Figure 5-97 Port Classification Mode Setting Window (802.1Q Mode)

Port button

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Item Parameter Description

Port Classification

Mode

Port

CoS (C-Tag)

IPv4 / v6 DSCP

Select the object from drop-down list

- CoS (C-Tag): use C-Tag CoS as the

internal priority

- IPv4 / v6 DSCP: use DSCP as the

internal priority. DSCP is used even if a

frame has VLAN tag

- Port: Default priority of the port. This

value is used for access VLAN port, and

default value when specified DSCP filed is

not exist in the frame in the IPv4 /v6

DSCP mode.

Default Port Priority 0 to 7 Select the default priority for the port

6. The Information box appears. Click OK button.

Figure 5-98 Information Box

(a) DSCP Classification Mapping Setting

Procedure 5-21

1. Expand Provisioning from the WebLCT menu.

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

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

4. The QoS/Classification Setting window appears. Click the DSCP Classification Mapping button.

DSCP Classification Mapping button

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Figure 5-99 QoS/Classification Setting Window

5. DSCP Classification Mapping window appears.

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Figure 5-100 DSCP Classification Mapping Window

6. DSCP values 1 to 64 are summarized to 0 to 7 internal priolity values. An internal priority value can be changed if required.

Table 5-14 DSCP Classificatio Mapping

Item Parameter Description

DSCP Value

(1 – 64)

Internal Priority

(0 – 7)

Specify equipment internal priority value for each DSCP value.

This step ends the procedure.

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(2) Port Setting Tab

Procedure 5-22

1. Expand Provisioning from the WebLCT menu.

2. Expand ETH Function Setting from the Provisioning sub menu

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

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

5. The Port Setting tab appears.

6. Click the desired Port No. in the QoS/Classification Setting window. QoS Port Setting box appears.

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

Figure 5-101 Qos Port Setting Box

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

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Figure 5-102 Egress Class Setting Box

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Table 5-15 Port Setting (8 Class QoS)

Item Parameter Description

Qos Port Setting Information

1xSP+7xDWRR

2xSP+6xDWRR

Scheduling Mode

8xSP

Specify the queueing mode.

SP: Strict-Priority

DWRR: Deficit Weighted Round Robin

Drop Mode WTD Specify the port that discards all packets at

the tail end of the queue when queue

exceeds the preset threshold.

WTD (Weighted tail drop).

Egress Shaper Rate 1 to 1000 Mbps

Granularity:

1Kbps

Specify the maximum transmit rate of the

port.

Internal Priority Queueing Policy per Ingress Port

Internal Priority 0 to 7 0 to 7 Specify the egress queue (0 to 3) for each

internal priority values. Egress queueing

policy is determined with the policy.

Egress Class Setting Information

Shaper Rate 0.001 to 1000

Mbps

Granularity:

1Kbps

Specify the maximum sending rate of the

class (queue). This value works with

“Egress Shaper Rate” as hierarchical

shaping function.

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

Queue Length 16 to 1024 Kbyte Specify the length for each Queue.

(default: 64Kbyte).

WTD Yellow Frame

Threshold

10 to 100 % Set the discard Threshold of Yellow

Frames which are colored with ingress

policer and not applied with ingress policer.

When total queued frames length exceeds

the threshold due to traffic congestion,

arrived yellow frames are discarded.

(default: 70%)

Green frame discard threshold is fixed to

100%.

9. Click OK button after setting the parameters.

10. The Information box appears. Click OK button.

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Figure 5-103 Information Box

11. The QoS Port Setting box appears again. Click OK button after confirming the parameter.

Figure 5-104 Qos Port Setting Box

12. The Information box appears. Click OK button.

Figure 5-105 Information Box

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

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Figure 5-106 Port Setting Tab

This step ends the procedure.

5.1.2.8 L2CP Transparent Setting

Procedure 5-23

1. Expand Provisioning from the WebLCT menu.

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

3. Select L2CP Transparent Setting from the ETH Function Setting sub menu.

4. The L2CP Transparent Setting window appears. Click Port number to be set.

Figure 5-107 L2CP Transparent / Mirroring Setting Window

5. The L2CP Transparent / Monitoring Setting box appears. Assign a proper value for each parameter

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Figure 5-108 L2CP Transparent / Mirroring Setting Box

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Table 5-16 L2CP Transparent / Mirroring Setting

Item Parameter Description

L2 Protocol Transparency

Check Check the box of the protocol to enable

the PDU of the protocol transparent

without processing.

Tunnel Enable

Uncheck -

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

Tunnel Enable is set automatically, when the port is configured as Tunnel.

(c) Click OK button after setting the parameters.

(d) The Information box appears. Click OK button.

Figure 5-109 Information Box

6. The L2CP Transparent / Mirroring Setting window appears again. Confirm the parameters displayed

Figure 5-110 L2CP Transparent / Mirroring Setting

This step ends the procedure.

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5.1.2.9 LLF Setting

(a) Add LLF GRP

Procedure 5-24

1. Expand Provisioning from the WebLCT menu.

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

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

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

Figure 5-111 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 5-112 LLF Setting (Add) Box

Add LLF button

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Table 5-17 LLF Setting Parameter

Item Parameter Description

LLF GRP ID 1 to 16 Select the LLF group ID Number.

Item Select the object item from 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 Not set the port as Edge port.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-113 Information Box

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

Figure 5-114 LLF Setting Window

This step ends the procedure.

(b) Modify LLF GRP

Procedure 5-25

1. Expand Provisioning from the WebLCT menu.

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

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

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

Figure 5-115 LLF Setting Window

5. The LLF Setting (Modify) box appears. Modify the parameters.

Figure 5-116 LLF Setting (Modify) Box

LLF GRP No.

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Table 5-18 LLF Setting (Modify)

Item Parameter Description

LLF GRP ID 1 to 16 Select the LLF group ID Number.

Item Select the object item from 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 Not set the port as Edge port.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-117 Information Box

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

Figure 5-118 LLF Setting Window

This step ends the procedure.

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(c) Delete LLF GRP

Procedure 5-26

1. Expand Provisioning from the WebLCT menu.

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

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

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

Figure 5-119 LLF Setting Window

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

Figure 5-120 LLF Setting (Delete) Box

6. Click OK button after setting the parameters.

7. The Confirmation box appears. Click OK button.

Delete LLF button

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Figure 5-121 Confirmation Box

8. The Information box appears. Click OK button.

Figure 5-122 Information Box

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

Figure 5-123 LLF Setting Window

This step ends the procedure.

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5.1.3 Equipment Clock / Synchronization Setting

This setting provides configuration of Clock (Async or Sync) and Timing Source selection of the equipment.

The EXT Clock Setting menu list is as follows:

Equipment Clock Setting

Select the Equipment Clock Mode and Timing Source.

5.1.3.1 Equipment Clock Setting

Procedure 5-27

1. Expand Provisioning from the WebLCT menu.

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.

Figure 5-124 Equipment Clock Setting Window

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

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Figure 5-125 Equipment Clock Setting Dialog Box

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Table 5-19 Equipment Clock Setting

Item Parameter Description

Async (Default) Internal clock is used as equipment

clock. No synchronization is

configured from Clock Sources.

Sync This mode is for network

synchronization. If radio

synchronization is needed, use the

mode.

Master Internal clock is used as equipment

clock.

Equipment CLK Mode

Slave Best clock is selected by

automatically among clocks of

“Timing Source” entry. Selection is

based on quality and priority.

When all of clocks in the “Timing

Source” entry are failed, status of

equipment clock becomes holdover.

Enable Enable Synchronous Ethernet

Function in the iPASOLINK EX.

SyncETH

Disable Disable Synchronous Ethernet

Function in the iPASOLINK EX.

QL Mode Mode that switches Timing Source

based on Quality Level (SSM),

Signal Fail and Priority, External

Command.

Timing Source decision is done by

Quality value. If Quality values of

Timing Sources are same, Priority

value is used, instead.

Clock Source

Selective Mode

PL Mode Mode that switches Timing Source

based on Signal Fail, Priority and

External Command.

Not Entry Select the clock source.

Line Clock(MODEM)

Timing Source

GbE Line CLK 1/2

Port Specify the Port or CH which can

extract clock information.

Priority Level 1 to 12 Set the priority of timing source

manually.

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Item Parameter Description

Used Received SSM code of the Timing

Source is used as Quality Level.

LINE SSM Usage

Not Used Forced SSM Value Setting is used.

Forced SSM Value When LINE SSM Usage is set to “Not Used”, overwriting received SSM code of the Timing Source.

overwrite SSM code

Quality Level Quality

0010 QL-PRC High

0100 QL-SSU-A |

1000 QL-SSU-B |

1011 QL-SEC Low

WTR 0, 10, 20, 30 sec

1 to 15 min

Set Wait To Restore time that is the

amount of time to wait before a

recovered timing source becomes

active again.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-126 Information Box

8. The Equipment Clock Setting window appears again. Confirm the displayed parameters.

Figure 5-127 Equipment Clock Setting Window

This step ends the procedure.

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5.1.4 Alarm Setting

This setting provides the configuration of alarm severity, color.

Correlation Setting

User can configure the condition of masking alarm (displaying/clearing alarm on LCT or LED).

Alarm Severity Setting

User can specify the alarm severity (critical, major, minor, and warning) for each alarm reported by iPASOLINK EX.

BER Threshold Setting

Specify the threshold of BER alarm of (High/Low) input.

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5.1.4.1 Correlation Setting

Procedure 5-28

1. Expand Provisioning from the WebLCT menu.

2. Expand Alarm Setting from the Provisioning sub menu.

3. Select Correlation Setting from the Alarm Setting sub menu.

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

Figure 5-128 Correlation Setting Window

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

Figure 5-129 Correlation Setting Dialog Box

Table 5-20 Correlation Setting

Item Parameter Description

On Enables masking the lower level alarm. Alarm Correlation

Off Disables masking the lower level alarm.

6. Click OK button after setting the parameters.

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7. The Information box appears. Click OK button.

Figure 5-130 Information Box

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

Figure 5-131 Correlation Setting Window

This step ends the procedure.

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5.1.4.2 Alarm Severity Setting

Procedure 5-29

1. Expand Provisioning from the WebLCT menu.

2. Expand Alarm Setting from the Provisioning sub menu.

3. Select Alarm Severity Setting from the Alarm Setting sub menu.

4. The Alarm Severity Setting window appears. Description is an example for Equipment. After the setting of Equipment, perform similarly for other tabs.

5. Click the Modify button

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Figure 5-132 Alarm Severity Setting Window (Equipment Tab)

6. Aalrm Severity Setting Box (Equipment) appears.

7. Select the desired alarm status from the drop down list of Alarm Status.

Modify button

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Figure 5-133 Alarm Severity (Equipment) Dialog Box

Table 5-21 Alarm Severity Levels

Item Parameter Description

Critical -

Major -

Minor -

Alarm Items specific

for each tab

Warning -

8. Set the alarm status for each Alarm Item, and then repeat the procedures for other tabs.

9. After setting of severity, click OK button. Information box appears

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Figure 5-134 Information Box

10. Click OK button. Alarm Severity Setting window appears again. Confirm the displayed parameter(s).

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Figure 5-135 Alarm Severiy Setting Window

This step ends the procedure.

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5.1.4.3 BER Threshold Setting

Specify the threshold of BER alarm of (High/Low) input.

Procedure 5-30

1. Expand Provisioning from the WebLCT menu.

2. Expand Alarm Setting from the Provisioning sub menu.

3. Select BER Threshold Setting from the Alarm Setting sub menu.

4. The BER Threshold Setting window appears. Click the MODEM to configure.

Figure 5-136 BER Threshold Setting Window

5. The BER Threshold Setting (MODEM) dialog box appears. Assign a proper value for each parameter.

Figure 5-137 BER Threshold Setting (MODEM) Dialog Box

Table 5-22 BER Threshold

Item Parameter Description

High BER 1E-3 to 1E-5 Setting for High BER Threshold of

MW.

Low BER 1E-6 to 1E-9 Setting for Low BER Threshold of

MW.

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6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-138 Information Box

8. The BER Threshold Setting window appears again. Confirm the displayed parameters.

Figure 5-139 BER Threshold Setting Window

This step ends the procedure.

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5.1.5 PMON/RMON Setting

This setting provides the relevant configuration of PMON (MODEM) and RMON (Ethernet port), including threshold.

The PMON/RMON Setting menu list is as follows:

PMON Threshold Setting

Threshold setting of PMON (MODEM).

PMON Other

Threshold setting of TCN level.

RMON Threshold Setting

Threshold setting of RMON (Ether port).

RMON Other

Add the VLAN Counter (VLAN Counter Report).

5.1.5.1 PMON Threshold Setting

Procedure 5-31

1. Expand Provisioning from the WebLCT menu.

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. Click Modify button.

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Figure 5-140 PMON Threshold Setting Window

5. The RF- MODEM dialog box appears. Assign a proper value for each parameter.

Figure 5-141 RF- MODEM Dialog Box

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Table 5-23 PMON Threshold Setting (SW GRP (Slot No.) Tab)

Item Parameter Description

15min 0 to 7087000 Specify the threshold for generation/recovery

of 15 min RS-BBE alarm.

RF

BBE

1 day 0 to 618624000 Specify the threshold for generation/recovery

of 1 day RS-BBE alarm.

15min 0 to 900 Specify the threshold for generation/recovery

of 15 min RF ES alarm.

RF ES

1 day 0 to 86400 Specify the threshold for generation/recovery

of 1 day RF ES alarm.

15min 0 to 900 Specify the threshold for generation/recovery

of 15 min RF SES alarm.

RF

SES

1 day 0 to 86400 Specify the threshold for generation/recovery

of 1 day RF SES alarm.

15min 0 to 900 Specify the threshold for generation/recovery

of 15 min RF SEP alarm.

RF

SEP

1 day 0 to 86400 Specify the threshold for generation/recovery

of 1 day RF SEP alarm.

15min 0 to 900 Specify the threshold for generation/recovery

of 15 min RF UAS alarm.

RF

UAS

1 day 0 to 86400 Specify the threshold for generation/recovery

of 1 day RF UAS alarm.

15min 0 to 900 Specify the threshold for generation/recovery

of 15 min RF OFS alarm.

RF

OFS

1 day 0 to 86400 Specify the threshold for generation/recovery

of 1 day RF OFS alarm.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-142 Information Box

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8. The PMON Threshold Setting window appears again. Confirm the displayed parameters.

Figure 5-143 PMON Threshold Setting Window

This step ends the procedure.

5.1.5.2 PMON Other

Procedure 5-32

1. Expand Provisioning from the WebLCT menu.

2. Expand PMON/RMON Setting from the Provisioning sub menu.

3. Select PMON Other from the PMON/RMON Setting sub menu.

4. The PMON Other window appears. Click the target MODEM.

Figure 5-144 PMON Other Window

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

Figure 5-145 PMON Other Setting Dialog Box

Table 5-24 PMON Other Setting

Item Parameter Description

RX Level TCN Threshold -99 to -30 dBm Specify the threshold for generating TCN RX

Level alarm.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-146 Information Box

8. The PMON Other window appears again. Confirm the displayed parameters.

Figure 5-147 PMON Other Window

This step ends the procedure.

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5.1.5.3 RMON Threshold Setting

Procedure 5-33

1. Expand Provisioning from the WebLCT menu.

2. Expand PMON/RMON Setting from the Provisioning sub menu.

3. Select RMON Threshold Setting from the PMON/RMON Setting sub menu.

4. The RMON Threshold Setting window appears. Click Modify button.

Figure 5-148 RMON Threshold Setting Window

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

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Figure 5-149 RMON Threshold Setting Dialog Box

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Table 5-25 RMON Threshold Setting

Item Parameter Description

15 min 0 to 133929000 Specify the threshold for generation of

15 min RX Drop Events.

RX Drop Events

1 day 0 to 4294967294 Specify the threshold for generation of

1 day RX Drop Events.

15 min 0 to 133929000 Specify the threshold for generation of

15 min RX Under size Packets.

RX Undersize Pkts

1 day 0 to 4294967294 Specify the threshold for generation of

1 day RX Under size Packets.

15 min 0 to 133929000 Specify the threshold for generation of

15 min RX Fragments.

RX Fragments

1 day 0 to 4294967294 Specify the threshold for generation of

1 day RX Fragments.

15 min 0 to 133929000 Specify the threshold for generation of

15 min RX CRC Alignment Errors.

RX CRC Alignment Errors

1 day 0 to 4294967294 Specify the threshold for generation of

1 day RX CRC Alignment Errors.

15 min 0 to 133929000 Specify the threshold for generation of

15 min RX oversize Packets.

RX oversize Pkts

1 day 0 to 4294967294 Specify the threshold for generation of

1 day RX oversize Packets.

15 min 0 to 133929000 Specify the threshold for generation of

15 min TX Collisions.

TX Collisions

1 day 0 to 4294967294 Specify the threshold for generation of

1 day TX Collisions.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-150 Information Box

8. The RMON Threshold Setting window appears again. Confirm the displayed parameters.

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Figure 5-151 RMON Threshold Setting Window

This step ends the procedure.

5.1.5.4 RMON Other

(a) Add VLAN Counter

Procedure 5-34

1. Expand Provisioning from the WebLCT menu.

2. Expand PMON/RMON Setting from the Provisioning sub menu.

3. Select RMON Other from the PMON/RMON Setting sub menu.

4. The RMON Other window appears. Click VLAN counter No. in the VLAN Counter Select tab.

Figure 5-152 RMON Other Window

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5. The VLAN Counter Select dialog box appears. Assign a proper value for each parameter.

Figure 5-153 VLAN Counter Select Dialog Box

Table 5-26 RMON Other

Item Parameter Description

Item Specify a package.

Port Specify a port.

Enable radio Button ON / OFF Set to ON to count the frames that

pass through the VLAN.

6. Click OK button after setting the parameters.

7. The Information box appears. Click OK button.

Figure 5-154 Information Box

8. The RMON Other window appears again. Confirm the displayed parameters.

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Figure 5-155 RMON Other Window

This step ends the procedure.

(b) Delete VLAN Counter

Procedure 5-35

1. Expand Provisioning from the WebLCT menu.

2. Expand PMON/RMON Setting from the Provisioning sub menu.

3. Select RMON Other from the PMON/RMON Setting sub menu.

4. The RMON Other window appears. Click Delete VLAN Counter button.

Figure 5-156 RMON Other Window

5. The Delete VLAN Counter dialog box appears. Select the VLAN Counter No. to be deleted.

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Figure 5-157 Delete VLAN Counter Dialog Box

6. Click OK button after setting the parameters.

7. The Confirmation box appears. Click OK button.

Figure 5-158 Confirmation Box

8. The Information box appears. Click OK button.

Figure 5-159 Information Box

9. The RMON Other window appears again. Confirm the displayed parameters.

Figure 5-160 RMON Other Window

This step ends the procedure

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Abbreviations

Operation NWD-153832-01E

6-1

6. ABBREVIATIONS

ACAP Adjacent Channel Alternate Polarization

ACCP Adjacent Channel Co-Polarization

ACK Acknowledgement

ACR Adaptive Clock Recover

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

D/I Drop and Insert

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

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6-2

EPS ETH-Protection Switch

EQL Equalizer

ERP ETH-Ring Protection Switch

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-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

FD Frequency Diversity

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

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LO REF Local Reference Signal Loss

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

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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

PWE Pseudowire Emulation

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

SAToP Structure-Agnostic Time Division

Multiplexing over Packet

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

TP Twin Path

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

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6-5

UNEQ Unequipped

UNEXP Unexpected

Unicast DMR

Unicast Delay Measurement Reply

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

WWW World Wide Web

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

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