ipaso1000+operation

5/20/2018 iPaso1000+Operation

1/494

- i -

iPASOLINK 1000

CHAPTER II OPERATION

CONTENTS

NWD-118790-04E iPASOLINK 1000: OPERATION

December, 2011

DOCUMENT WARRANTY................................................................................ i

1. REFERENCE.......................................................................................... 1-1

1.1 Conventions Used in this Document ................................................... 1-1

1.2 LCT Communication Interface.............................................................. 1-1

1.2.1 Communications............................................................................... 1-11.2.2 Local Port Interface .......................................................................... 1-2

1.3 iPASOLINK Equipment Configuration ................................................. 1-2

2. PREPARING WebLCT ........................................................................... 2-1

2.1 Hardware Requi rements ........................................................................ 2-1

2.2 Software Requirements ......................................................................... 2-1

2.3 Operating System Envi ronment ........................................................... 2-12.3.1 Verify Internet Explorer..................................................................... 2-2

2.3.2 Verify TCP/IP Settings...................................................................... 2-3

2.4 Recommended Settings for Browsing Software................................. 2-6

2.4.1 Microsoft Internet Explorer 8.......................................................... 2-62.4.2 Mozilla Firefox Version 3.6.x......................................................... 2-9

3. SYSTEM CONFIGURATION .................................................................. 3-1

3.1 General.................................................................................................... 3-1

3.2 System Configuration............................................................................ 3-2

3.2.1 IDU with Antenna Direct Connection................................................ 3-23.2.2 IDU HS/ HS with Antenna Direct Connection................................... 3-2

3.2.3 IDU HS/ Hybrid SD with Antenna Direct Connection ....................... 3-23.2.4 IDU Twin-Path FD with Antenna Direct Connection......................... 3-2

3.2.5 IDU HS SD with Antenna Direct Connection.................................... 3-23.2.6 The 2+0 Configuration...................................................................... 3-3

3.2.7 IDU n-Way........................................................................................ 3-33.2.8 1+0 XPIC with Antenna Direct Connection....................................... 3-3

3.2.9 1+1 XPIC with Waveguide/Coaxial Cable Connection..................... 3-3

3.3 System Overview ................................................................................... 3-4

3.3.1 Features ........................................................................................... 3-4

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

Submission ProhibitedNEC Internal Use Only


2/494

- ii - CONTENTS

iPASOLINK 1000: OPERATION NWD-118790-04E

3.3.3 ODU Block Diagram......................................................................... 3-5

3.4 Interfaces ................................................................................................ 3-6

3.4.1 Overview .......................................................................................... 3-63.4.2 Baseband Interface .......................................................................... 3-7

3.4.2.1 LAN Interfaces [MC-M/GbE-A Card] ..................................................... 3-7

3.4.2.2 E1 Interface [16E1-A Card] ................................................................... 3-7

3.4.2.3 STM-1 Interface [STM1-A Card]............................................................ 3-7

3.4.3 ODU Interface [MODEM-A Card] ..................................................... 3-8

3.4.4 DCN Interface................................................................................... 3-83.4.4.1 LCT Interface [MC-M Card] ................................................................... 3-8

3.4.4.2 NMS Interface [TERM-M Card] ............................................................. 3-8

3.4.4.3 NE1 Interface [TERM-M Card] .............................................................. 3-8

3.4.4.4 NE2 (RS485) Interface [AUX-A Card] ................................................... 3-8

3.4.5 Other Interfaces................................................................................ 3-93.4.5.1 ALM/SC/CLK [MC-M Card] ................................................................... 3-93.4.5.2 MEM [MC-M Card] ................................................................................ 3-9

3.4.5.3 Other Features on MC-M Card.............................................................. 3-9

3.4.5.4 ALM/EOW/NE2 [AUX-A Card]............................................................... 3-9

3.4.5.5 SC [TERM-M Card] ............................................................................... 3-9

3.5 IDU and System Performances........................................................... 3-10

3.5.1 General........................................................................................... 3-103.5.1.1 Environmental Conditions ................................................................... 3-10

3.5.1.2 Power Consumption and Sizes ........................................................... 3-10

3.5.1.3 Others.................................................................................................. 3-10

3.5.2 IDU Performances.......................................................................... 3-11

3.5.2.1 Transmission Capacity and Channel Spacing..................................... 3-113.5.2.2 Interconnecting Cables........................................................................ 3-11

3.5.2.3 Power Line Requirement..................................................................... 3-11

3.5.3 Functional Overview....................................................................... 3-123.5.3.1 Native IP and Native TDM................................................................... 3-12

3.5.3.2 Adaptive Modulation (AMR) ................................................................ 3-12

3.5.3.3 Radio Protection Method..................................................................... 3-12

3.5.3.4 E1 Ring Protection .............................................................................. 3-12

3.5.3.5 ETH Functions..................................................................................... 3-12

3.5.3.6 XPIC (CCDP) Function........................................................................ 3-13

3.5.3.7 AMR, 1+1 and XPIC Combination....................................................... 3-13

3.5.3.8 DXC (E1 Crossconnect) Capacity ....................................................... 3-13

3.5.3.9 Card Redundancy ............................................................................... 3-14

3.5.3.10 User Authentication ........................................................................... 3-14

3.5.3.11 Loopback........................................................................................... 3-14

3.5.3.12 Modern TX Output Control ................................................................ 3-14

3.5.3.13 Performance Monitoring (PMON) / Metering..................................... 3-14

3.5.3.14 Multi Service Engine [MSE-A Card] .................................................. 3-15

4. NE SETUP .............................................................................................. 4-1

4.1 Login, Logout and Exit .......................................................................... 4-14.1.1 Log In to NE ..................................................................................... 4-1

4.1.2 Log Out from NE .............................................................................. 4-4

4.1.3 Exit WebLCT .................................................................................... 4-5



3/494

CONTENTS - iii -


4.2 WebLCT Main Window .......................................................................... 4-6

4.3 Setup Sof tware License ........................................................................ 4-9

4.3.1 Import Software License Key ........................................................... 4-94.3.2 Radio Capacity Setting................................................................... 4-11

4.3.3 SFP Port License Setting ............................................................... 4-14

4.4 User Management ................................................................................ 4-164.4.1 Overview ........................................................................................ 4-16

4.4.1.1 Access Level ....................................................................................... 4-16

4.4.1.2 User Group.......................................................................................... 4-16

4.4.2 User Access Levels........................................................................ 4-17

4.4.3 Default User Account ..................................................................... 4-214.4.4 User Account.................................................................................. 4-21

4.4.4.1 Login User List .................................................................................... 4-22

4.4.4.2 User Authentication Configuration....................................................... 4-224.4.4.3 User Account Management................................................................. 4-26

4.4.4.4 User Group Profile Configuration ........................................................ 4-36

4.5 Security Management .......................................................................... 4-43

4.5.1 Overview ........................................................................................ 4-434.5.2 Service Status Setting.................................................................... 4-52

4.5.2.1 SNMP.................................................................................................. 4-55

4.5.2.2 SNMP Community............................................................................... 4-57

4.5.2.3 SNMP Trap Entry ................................................................................ 4-63

4.5.2.4 NTP ..................................................................................................... 4-70

4.5.2.5 NTP Server Address ........................................................................... 4-73

4.5.2.6 FTP...................................................................................................... 4-78

4.5.2.7 SFTP ................................................................................................... 4-814.5.2.8 HTTP................................................................................................... 4-83

4.5.2.9 HTTPS................................................................................................. 4-85

4.5.3 RADIUS Setting.............................................................................. 4-87

4.6 Register NE Conf iguration .................................................................. 4-944.6.1 Easy Setup Wizard......................................................................... 4-94

4.6.1.1 Easy Setup.......................................................................................... 4-94

4.6.1.2 MODEM Setup .................................................................................. 4-106

4.6.1.3 AMR Setup........................................................................................ 4-109

4.6.1.4 Management Setup........................................................................... 4-114

4.6.1.5 TDM Setup ........................................................................................ 4-116

4.6.1.6 ETH Setup......................................................................................... 4-119

4.6.1.7 PWE Setup........................................................................................ 4-123

4.6.2 Equipment Setup.......................................................................... 4-1284.6.2.1 Equipment Configuration................................................................... 4-129

4.6.2.2 Radio Configuration........................................................................... 4-141

4.6.2.3 AMR Configuration ............................................................................ 4-146

4.6.2.4 Network Management Configuration................................................. 4-150

5. PROVISIONING...................................................................................... 5-1

5.1 Overview ................................................................................................. 5-1

5.2 Set MODEM Function ............................................................................ 5-2

5.2.1 Set MODEM Ports............................................................................ 5-2



4/494

- iv - CONTENTS


5.2.2 Set Radio Switch Parameters .......................................................... 5-45.2.3 Set TX Power Parameters................................................................ 5-7

5.2.3.1 ATPC Mode........................................................................................... 5-75.2.3.2 MTPC Mode .......................................................................................... 5-9

5.2.4 Set ALM Mode................................................................................ 5-115.2.5 Set XPIC......................................................................................... 5-13

5.2.6 Set AMR......................................................................................... 5-15

5.3 Set ETH Function ................................................................................. 5-175.3.1 Overview ........................................................................................ 5-17

5.3.2 Bridge Setting................................................................................. 5-20

5.3.3 ETH Port Setting ............................................................................ 5-225.3.4 VLAN Setting.................................................................................. 5-24

5.3.4.1 VLAN List ............................................................................................ 5-24

5.3.4.2 Modify VLAN Service Name................................................................ 5-265.3.4.3 Delete VLAN/S-VLAN ID..................................................................... 5-28

5.3.4.4 VLAN Setting....................................................................................... 5-30

5.3.5 FDB Setting.................................................................................... 5-415.3.5.1 FDB Setting ......................................................................................... 5-41

5.3.5.2 Static Entry Setting.............................................................................. 5-47

5.3.6 ETH OAM Setting........................................................................... 5-535.3.6.1 OAM MEG Setting............................................................................... 5-53

5.3.6.2 OAM MEP Setting ............................................................................... 5-58

5.3.6.3 OAM MIP Setting................................................................................. 5-67

5.3.7 RSTP Setting.................................................................................. 5-755.3.7.1 Modify RSTP Port................................................................................ 5-75

5.3.7.2 Modify Detailed RSTP Parameter ....................................................... 5-785.3.8 ERP Setting.................................................................................... 5-80

5.3.9 Link Aggregation ............................................................................ 5-885.3.9.1 Add Link Aggregation .......................................................................... 5-88

5.3.9.2 Modify LAG Registration ..................................................................... 5-91

5.3.9.3 Delete LAG Registration...................................................................... 5-94

5.3.10 QoS/Classification Setting............................................................ 5-965.3.10.1 Classification Setting (Equipment Based QoS Mode) ....................... 5-97

5.3.10.2 Classification Setting (Port Based QoS Mode)................................ 5-106

5.3.10.3 Ingress Setting ................................................................................ 5-113

5.3.10.4 Port Setting Tab .............................................................................. 5-126

5.3.11 Filter Settings ............................................................................. 5-132

5.3.11.1 Filter List.......................................................................................... 5-1325.3.11.2 Profile List........................................................................................ 5-140

5.3.11.3 Port Filter Settings........................................................................... 5-145

5.3.12 L2CP Transparent/Mirroring Setting........................................... 5-1475.3.13 Port Isolate Setting..................................................................... 5-149

5.3.14 LLF Setting................................................................................. 5-1515.3.14.1 Add LLF Group................................................................................ 5-151

5.3.14.2 Modify LLF Group............................................................................ 5-153

5.3.14.3 Delete LLF Group............................................................................ 5-155

5.3.15 Broadcast Storm Control Setting................................................ 5-157

5.4 Conf igure Crossconnect ion.............................................................. 5-1605.4.1 E1 Port Setting ............................................................................. 5-160



5/494

CONTENTS - v -


5.4.2 STM-1 Port Setting....................................................................... 5-1635.4.3 Cross Connect Setting ................................................................. 5-169

5.4.3.1 Add Cross Connect Assignment ....................................................... 5-1715.4.3.2 Modify (Edit) Cross Connect Assignment.......................................... 5-176

5.4.3.3 Delete Cross Connect Assignment ................................................... 5-178

5.5 Set PWE Function .............................................................................. 5-181

5.5.1 Add New PWE.............................................................................. 5-1815.5.2 Modify PWE.................................................................................. 5-186

5.5.3 Delete PWE.................................................................................. 5-190

5.6 Set Equipment Clock and Synchronization..................................... 5-192

5.6.1 Set Equipment Clock.................................................................... 5-192

5.6.2 Set EXT Clock.............................................................................. 5-196

5.7 Assign STM-1 (Through) Port for V.11/OW...................................... 5-2005.7.1 V.11/SC Setting............................................................................ 5-200

5.7.1.1 Assign SC Channel Usage................................................................ 5-200

5.7.1.2 Set for MODEM................................................................................. 5-202

5.7.1.3 Set for STM1-A.................................................................................. 5-204

5.7.2 Assign V.11 Directional Setting.................................................... 5-2075.7.3 Assign Orderwire Setting.............................................................. 5-209

5.7.3.1 SW GRP1 (MODEM)......................................................................... 5-209

5.7.3.2 AUX-A ............................................................................................... 5-211

5.8 Speci fy Relay Alarm Mappings ......................................................... 5-213

5.8.1 Relay Control Setting ................................................................... 5-2155.8.2 Cluster Alarm Setting ................................................................... 5-218

5.9 Conf igure Alarm/AIS Sett ing............................................................. 5-2205.9.1 Correlation Settings...................................................................... 5-220

5.9.2 Alarm Severity Setting.................................................................. 5-2225.9.3 AIS Setting ................................................................................... 5-225

5.9.4 BER Threshold Setting................................................................. 5-2275.9.4.1 Switch Group 1 (MODEM)................................................................. 5-227

5.9.4.2 STM1-A ............................................................................................. 5-229

5.10 Assign PMON/RMON Settings ........................................................ 5-2315.10.1 PMON Threshold Setting ........................................................... 5-231

5.10.1.1 MODEM / SW GRP (Slot No.) Tab.................................................. 5-232

5.10.1.2 APS GRP (Slot No.) Tab................................................................. 5-235

5.10.1.3 16E1-A (Slot No.) Tab..................................................................... 5-241

5.10.2 PMON Other............................................................................... 5-244

5.10.3 RMON Threshold Setting ........................................................... 5-2465.10.4 RMON Other .............................................................................. 5-249

5.10.4.1 Add VLAN Counter.......................................................................... 5-249

5.10.4.2 Delete VLAN Counter...................................................................... 5-251

5.11 AUX Setting ...................................................................................... 5-253

5.11.1 AUX Input Setting....................................................................... 5-2535.11.2 AUX Output Setting.................................................................... 5-262

6. ABBREVIATIONS & ACRONYMS......................................................... 6-1



6/494

- vi -/END


This page is intentionally left blank.



7/494

DOCUMENT WARRANTY - i -


December, 2011

DOCUMENT WARRANTY

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

2. Screenshots of WebLCT provided in this document are examples. Screenshot

samples in this document should be the latest as of issuing time, however, their

appearances may vary according to configurations, operation modes and specified

parameters of the equipment, WebLCT applications release version, etc.

3. This document is provided on the assumption that the targeted users have skills andknowledge of restrictions and precautions to operate the equivalent equipment. Refer

to the equipment manual for details.



8/494

- ii -/END DOCUMENT WARRANTY





9/494

REFERENCE 1-1


1. REFERENCE

1.1 Conventions Used in this Document

Following conventions are used throughout this document:

1.2 LCT Communication Interface

1.2.1 Communications

iPASOLINK 1000 provides WebLCT as the Local Craft Terminal (LCT) that is aconvenient tool to install and maintain the equipment. WebLCTuses the GUI method

on WEB browser. In addition, this tool enables a remote connection.

Since using the method of WEB browser, there is no application software to install.

However, to operate iPASOLINK via WebLCT, license keys that are prepared

according to the contract and equipment version should be installed.

Style Description Examples:

Italic Indicates a related document title/name. Refer toiPASOLINK Operation

Manual for details

Bold Menus and menu items

Indications of parameters and buttons displayed

on the user interface

Names of items in the computer display

File names and directory names

The Overallwindow appears.

(arrow) Indicates transition of screens and/or menu items. Select SystemLogin/Logout .

< item > A command variable to be entered, which requires

the users choice or definition. Commonly used to

prompt the user to enter a password.

< password >

Initial Caps Indicates a keypad name using an uppercase forits first letter.

Press Enter key.



10/494

1-2/END REFERENCE


1.2.2 Local Port Interface

The LCT Port is provided on the equipment front:

Figure 1-1 LCT Port

Connect the LAN Port on PC and LCT Port on front of the equipment ( MC-MCard

on the active side) using a LAN Cable. Following are the specifications of LAN Port/

Cable:

10/100BASE-TX

RJ45

1.3 iPASOLINK Equipment Configuration

Following types of configurations are available by a single iPASOLINK 1000 IDU:

12-Way Nodal [Non-Protected (1+0)]

Protected (1+1) with hot standby, space diversity, twin path with hitless switch.

Six pairs of XPIC

Ethernet-ring

(to LCT port)

LAN CABLE(10/100BASE-TX)

NOTE: Enabled LCT Port is on the active MC-M.



11/494

PREPARING WebLCT 2-1


2. PREPARING WebLCT

2.1 Hardware Requirements

2.2 Software Requirements

2.3 Operating System Environment

Check if your PC satisfies the conditions below:

Internet Explorer is installed

TCP/IP Protocol is properly set.

Component For Windows XP For Windows Vista For Windows 7

CPU Pentium M 1.6 GHz Intel Core2 Duo 1.6 GHz Intel Core2 Duo 1.6 GHz

RAM 512 MB or greater 1 GB or greater 1 GB or greater

HDD 40 GB or greater 40 GB or greater 40 GB or greater

Display Color LCD (1024 768) Color LCD (1024 768) Color LCD (1024 768)

LAN Port 10/100BASE-T(X) 10/100BASE-T(X) 10/100BASE-T(X)

USB Port

Item Requirement

Supported Operating System Windows XP [English Version]

Windows Vista [English Version]

Windows 7 [English Version]

Browsing Software Microsoft Internet Explorer 8

Microsoft Internet Explorer 7

Mozilla Firefox Version 3.6 or later



12/494

2-2 PREPARING WebLCT


2.3.1 Verify Internet Explorer

Confirm that the Internet Explorer is installed on the PC for WebLCT. Following are

examples of Windows XP:

Procedure 2-1 Verify Internet Explorer

Click startbutton, then select:

Al l ProgramsInternet Explorer[Start menu] or

ProgramsInternet Explorer[Classic Start menu]

Figure 2-1 Windows Start Menu

[Start menu] [Classic Start menu]

Programs



13/494



2.3.2 Verify TCP/IP Settings

An IP Address of the PC for WebLCT will be automatically detected at and retrieved

from DHCP Server of the NE.

Procedure 2-2 Set/Verify TCP/P Settings

Set the IP Address that is automatically retrieved:

1. Log on to the Operating System (Windows) as an Administrator.

2. From the start menu of the Windows, select Control Panel. [For the Classic

Start menu, select SettingsControl Panel.] The Control Panelappears.

3. Double-click the Network Connectionsicon.

Figure 2-2 Windows Control Panel

The Network Connectionsoption window appears.



14/494



4. Right-click on the Local Area Connectionto show the pop-up menu, and select

Properties.

Figure 2-3 Network Connections Option Window

The Local Area Connection Propertiesoption window appears.

5. Click on the Internet Protocol (TCP/IP) to select, and click the Propertiesbutton.

Figure 2-4 Local Area Connection Properties Option Window

The Internet Protocol (TCP/IP) Propertiesoption window appears.

Properties button



15/494



6. Verify the following:

Figure 2-5 Internet Protocol (TCP/IP) Properties Option Window

Obtain an IP address automatically is selected.

Obtain DNS server address automaticallyis selected.

7. When verified, click the OK button. The Local Area Connection Properties

option window appears.

8. Click the OKbutton to proceed.

9. Close the Network Connectionsoption window when necessary.



16/494



2.4 Recommended Settings for Browsing Software

Following are the recommended settings for the browsing software (browsers)

available to operate LCT:

2.4.1 Microsoft Internet Explorer 8

Procedure 2-3 Set Tabbed Browsing Option

Tabbed Browsingoption is recommended.

1. Start up the Internet Explorer 8.

2. Click Toolson the menu bar, and select Internet Options.

Figure 2-6 Internet Explorer Tools Menu

The Internet Optionsappears.

3. On the General tab, click Settings

under Tabsoption.

The Tabbed Browsing Settings

option window appears.

Figure 2-7 Internet Options General



17/494



4. SelectAlways open pop-ups in a new tab , then click the OKbutton.

Figure 2-8 Tabbed Browsing Settings Option Window

Proceed to Procedure 2-4.

Procedure 2-4 Set Security Options

1. Click Securitytab to open the security options.

2. Click Custom levelbutton.

Figure 2-9 Internet Options Security

Custom level button



18/494



Security Settings Internet Zoneoption window appears.

3. Select Enable for Downloads Au tomat ic prompt ing fo r fi le downloads

option.

Figure 2-10 Internet Options Securit y Settings Internet Zone

4. Click the OKbutton.



19/494



2.4.2 Mozil la Firefox Version 3.6.x

Procedure 2-5 Customize Firefox

1. Start up the Firefox3.6.x.

2. Click Toolson the menu bar, and select Options.

Figure 2-11 Firefox Tools Menu

The Optionsbox appears.

3. SelectAlways ask me where to save f iles, then click the OKbutton.

Figure 2-12 Options General



20/494

2-10/END PREPARING WebLCT





21/494

SYSTEM CONFIGURATION 3-1


3. SYSTEM CONFIGURATION

3.1 General

iPASOLINK 1000 is the equipment designed to converge the high density nodal

applications, such as the cross-connections of 12 links, aggregation/distribution of

multiple-links ring nodes and the large capacity D/I repeater applications, etc.,

supporting the versatile transportations of both native TDM and native Ethernet

traffics, as well as the link and each transportation levels independent ring

protections.

Along with iPASOLINK 200 and iPASOLINK 400, iPASOLINK 1000 provides up

to 460 Mbps transmission capacity per radio link and advanced modulation scheme

operating in 6, 7, 8. 10, 13, 15, 18, 23, 26, 28, 32, 38 or 42 GHz band. Furthermore,

iPASOLINK 1000 is available to support the high-speed interfaces, such as 10GbE

and CWDM for converged mobile and fixed broadband.

The iPASOLINK 1000 consists of the antennas, Outdoor Units (ODU) and the 19-

inch 3U size Indoor Unit (IDU), owing its high performance and reliability in a smallform factor to NECs rigid TQC activities and vast experience in the wired and

wireless communication fields.

The iPASOLINK 1000 provides fourteen front accessible universal-card slots that

accommodate a wide range of interface modules satisfying various D/I and/or

topology requirements. The iPASOLINK 1000 can configure up to twelve 1+0, six

1+1 twin-path, hot standby and diversity radio link arrangements.

In addition, using NECs most advanced cross polarization interface canceling

techniques, transmission capacity of up to 920 Mbps is supported utilizing the sameradio frequency channel.

The iPASOLINK 1000 enables these without any header suppression/compression of

packet data.



22/494

3-2 SYSTEM CONFIGURATION


3.2 System Configuration

The system consists of the MDP-400MB-1BB Modulator-Demodulator [Indoor Unit

(IDU)] and TRP-( )G-1/1D Transmitter-Receiver [Outdoor Unit (ODU)], Hybrid

Combiner/Divider and the antenna.

NOTE: The Combiner/Divider is used in (1+1) single antenna configuration of the

ODU Type directly mounting the antenna.

3.2.1 IDU with Antenna Direct Connection

3.2.2 IDU HS/ HS with Antenna Direct Connect ion

3.2.3 IDU HS/ Hybrid SD with Antenna Direct Connect ion

3.2.4 IDU Twin-Path FD with Antenna Direct Connect ion

3.2.5 IDU HS SD with Antenna Direct Connect ion

I/F CableMD1 ODU

DATAIN/OUT

f1

f1

ODUI/F Cable

IDU

MD1DATA

IN/OUT

IDU

I/F CableMD1 ODU (Working)

DATAIN/OUT f1

f1

ODU (Working)I/F Cable

IDU

MD1DATA

IN/OUT

IDU

I/F CableMD2 ODU (Standby)

HYB

ODU (Standby)I/F Cable

MD2HYB


DATAIN/OUT

f1

f1


IDU

MD1DATAIN/OUT

IDU


HYB


MD2

f1

I/F CableMD1 ODU (Working)DATAIN/OUTf1

f1

ODU (Working) I/F Cable

IDU

MD1DATA

IN/OUT

IDU


HYB


MD2HYB

f2

f2


DATAIN/OUT


IDU

MD1DATAIN/OUT

IDU

I/F Cable

MD2ODU (Standby) ODU (Standby)

I/F Cable

MD2

f1

f1



23/494



3.2.6 The 2+0 Configuration

3.2.7 IDU n-Way

n= Up to 12

3.2.8 1+0 XPIC with Antenna Direct Connect ion

3.2.9 1+1 XPIC with Waveguide/Coaxial Cable Connection


DATAIN/OUT


IDU

MD1 DATAIN/OUT

IDU

I/F Cable

MD2

ODU (Standby) ODU (Standby)I/F Cable

MD2

f1

f1HYB HYB

f1

f1


DATAIN/OUT


IDU

IDUDATAIN/OUT

I/F CableMDn ODU (Standby) ODU (Standby)

I/F CableIDU

f1

f1HYB

f1

f1DATAIN/OUT

nWay

I/F CableMD ODU

DATAIN/OUT

ODUI/F Cable

IDU

MDDATAIN/OUT

IDU

I/F CableMD ODU ODU

I/F CableMD

HYB HYB

f1

f1

XI/F Cable

HYB

XI/F Cable

HYB

f1

f1

V(H) V(H)

H(V) H(V)

I/F CableMD ODU

DATAIN/OUT

ODUI/F Cable

IDU

MD

DATAIN/OUT

IDU

MD ODU ODU MD

HYB

HYB

f1

f1XI/F Cable HYB XI/F CableHYB

f1

f1

V(H) V(H)

H(V) H(V)MD ODU

I/F CableMD ODU

HYB

ODUMD

ODUI/F Cable

MD

HYB



24/494



3.3 System Overview

3.3.1 Features

ODU-IDU Separate Mounting Type using one coaxial cable only for connection.

Available to select the protection or non-protection system using common ODUs

and IDUs.

Flexible configurations for ODUs and antennas: mounting directly or remotely

for configurations of 1+0 (non redundant), 1+1 hot standby, 1+1 space diversity,

1+1 frequency diversity (Twin-Path), 1+0 XPIC, 1+1 XPIC, 2+0, and Nway.

ACCP, ACAP, CCDP and configurations by merging these are available.

Compact size IDU on 19-inch rack.

Figure 3-1 IDU Appearance

Small and light-weight ODU that is easy to handle and install.

Figure 3-2 ODU Appearances

Wide temperature range operative ODU and IDU.

Nominal rating of input DC voltage: 48 V DC

13-42 GHz ODU and0.3 m Direct-Mount Antenna

6-11 GHz ODU



25/494



3.3.2 IDU Block Diagram

Figure 3-3 IDU Block Diagram

3.3.3 ODU Block Diagram

Figure 3-4 ODU Block Diagram

48 V

48 V

TDM Bus

Packet Bus

Control Bus

Main Card (Redundant)

CWDM

UniversalSlots

#1MODEM

GbE

#14

16E1STM-1

MSEAUX

Clock

L2 SWTDM SW

AlarmDSC

Clock

4 GbE(SFP/RJ45)

PS

PS

TERMCPU NMS

TX first MIXRF CKT(depends on frequency band)

DUP

TO/FROM

ANTENNA

LNA

PABPFMIXMIX BPF

MIXBPFRX I/F

TX I/F

MPX

TX: 350 MHzRX: 140 MHz

TO/FROM

IDU

DC-DC CONV CTRLLO



26/494



3.4 Interfaces

3.4.1 Overview

Figure 3-5 IDU Interface Layout

Universal Slot #1 Universal Slot #2 Universal Slot #3 Universal Slot #4


Universal Slot #9

Universal Slot #10

MAIN CARD 1

TERM PS 1

FAN1

FAN2

Main Card Slot #2


PS Slot #2

Slot #

Slots for fundamental cards that must be mounted.

Slots for option cards, which can be left vacant.

PS Power Supply

Main Card Slot #1

Universal Card-Slots ODU Inter face (Modem) GbE (10/100/1000BASE-X) 16 E1 TDM STM-1 (up to 2 STM-1) Multi Service Engine AUX (DI - DO/ EXT ALM)

MC-M Card

USB

LCT

Ethernet (RJ45)1, 2

Ethernet (SFP) 3, 4Alarm,

Service Channel,Clock

NMS NE1

Service Channel

Power Supply 1 Power Supply 2 (redundant option)

MC-M2 (redundant option)

MC-M 1



27/494



3.4.2 Baseband Interface

iPASOLINK 1000 supports various interfaces specified by the ITU-T standards and

IEEE standards as listed below:

3.4.2.1 LAN Interfaces [MC-M/GbE-A Card]

Four ports (two SFP Ports and two RJ45 Ports) of LAN Interface per MC-M or GbE-

A Card are provided.

Interface: 2 1000BASE-SX/LX/CWDM [802.3]

2 10/100/1000BASE-T(X), auto/fixed

Signal Rate: 1.25 Gbps [1000BASE-SX/LX/T/CWDM]

125 Mbps [100BASE-TX]

10 Mbps [10BASE-T]

Connector: LC [1000BASE-SX/LX/CWDM]

RJ45 [10/100/1000BASE-T(X)]

3.4.2.2 E1 Interface [16E1-A Card]

Interface: HDB-3 [G.703]

Signal Rate: 16 E1 (2.048 Mbps)

Impedance: 75 ohms or 120 ohms (selectable)

Connector: MDR68

3.4.2.3 STM-1 Interface [STM1-A Card]

STM-1 Interface Card provides two SFP interfaces. The second STM-1 Interface issupported for APS (Automatic Protection Switching) function only.

Interface: S-1.1/L-1,1 [G.957]

STM-1e [G.703]

CWDM

Signal Rate: 1 or 2 155.52 Mbps

Connector: LC [S-1.1/L-1.1/CWDM]

DIN 1.0/2.3 [STM-1e]



28/494



3.4.3 ODU Interface [MODEM-A Card]

ODU Interface is a port connecting to/from IDU using a coaxial cable. Up to 12

connections (to 12 Universal Slots on IDU at maximum) can be added.

Connector: TNC Female

3.4.4 DCN Interface

3.4.4.1 LCT Interface [MC-M Card]

iPASOLINK provides users the GUI environment through WEB browser, the Local

Craft Terminal (WebLCT), which is a convenient tool to install and maintain

iPASOLINK. This tool supports the remote connection as well.

Type: 10/100BASE-T(X)

DHCP Server Supported

Connector: RJ45

3.4.4.2 NMS Interface [TERM-M Card]

This port is for connection with NMS Server through the network.


Connector: RJ45

Protocols: SNMPv1/v2c/v3, https, sftp

3.4.4.3 NE1 Interface [TERM-M Card]

The NE1 port is for a connection to/from other IDU(s).


Connector: RJ45

3.4.4.4 NE2 (RS485) Interface [AUX-A Card]

Type: Serial signal port for legacy equipment

Connector: D-SUB 44-pin



29/494



3.4.5 Other Interfaces

3.4.5.1 ALM/SC/CLK [MC-M Card]

Connector: one D-SUB 44-pin

Usage:

ALM: two output ports

V-11-1: one port [64 kbps async; co/contra direction selectable]

RS-232C-1: one port [9.6 kbps async]

EXT CLK IN: one port [2.048 MHz or 2.048 Mbps; 75 or 120 ohms]

EXT CLK OUT: one port [2.048 MHz or 2.048 Mbps; 75 or 120 ohms]

3.4.5.2 MEM [MC-M Card]

Slot Type: one USB

3.4.5.3 Other Features on MC-M Card

EOW: one Engineering Orderwire outlet

[4-wire voice channel]

CALL: one push button switch

(no designation): equipped with buzzer

3.4.5.4 ALM/EOW/NE2 [AUX-A Card]


Usage:

ALM: four alarm output ports

Housekeeping: six Control/Alarm input ports

EOW: two ports (for back-to-back connection)

CALL OUT: two ports

Buzzer IN: two ports

NE2: See 3.4.4.4 NE2 (RS485) Interface [AUX-A Card]

3.4.5.5 SC [TERM-M Card]


Usage:

V-11-2: one port [64 kbps async; co/contra direction selectable]

RS-232C-2: one port [9.6 kbps async]



30/494



3.5 IDU and System Performances

3.5.1 General

3.5.1.1 Environmental Conditions

Temperature: 5 to +50 C (ETSI EN3000 19-1-3 Class 3.1E)

Operational: 10 to +55 C

Transportation: ETSI EN300019-1-2 Class 2.3

Storage: ETSI EN300019-1-1 Class 1.2

Humidity:

Intra-Station: up to 95% (at +50 C, no condensing)

Transportation: ETSI EN300019-1-2 Class 2.3

Storage: ETSI EN300019-1-1 Class 1.2

3.5.1.2 Power Consumption and Sizes

3.5.1.3 Others

EMC: Conforms to EN301489-4

Safety: Conforms to EN60950-1

Ref.

#OBJECT

POWERCONSUMPTION

DIMENSIONS[W H D] mm

WEIGHT NOTE

1IDU

483 129 24015 kg The weight is approximated.

7.0 kg Chassis (vacant slots)

2 MC-M 40 W 300 22 220 0.7 kg Main Card; Class 1 Product

3 MODEM-A 10 W 100 22 220 0.4 kg ODU Interface

4 16E1-A 8 W 100 22 220 0.4 kg 16 E1 Interface

5 STM1-A 8 W 100 22 220 0.4 kg STM-1 Interface; Class 1 Product

6 GbE-A 8 W 100 22 220 0.4 kg 4GbE [2SFP + 2RJ45]; Class 1 Product

7 MSE-A 10 W 100 22 220 0.4 kg Multi Service Engine for PWE

8 AUX-A 3 W 100 22 220 0.4 kg Auxiliary Card

9 CWDMFA 0 W 100 22 210 0.4 kg Class 1/1M Laser Product10 CWDMFB 0 W 100 22 210 0.4 kg Class 1/1M Laser Product

11 FAN-M 6 W 30 66 220 0.6 kg FAN Unit

12 TERM-M 3 W 100 22 220 0.2 kg Term Card

13 PS-M 150 22 220 0.4 kg Power Supply

: The value does not include the power consumption of SFP.



31/494



3.5.2 IDU Performances

3.5.2.1 Transmission Capacity and Channel Spacing

3.5.2.2 Interconnecting Cables

3.5.2.3 Power Line Requirement

Input Voltage Range: 48 V DC (40.5 to 57 V DC)

[conforms to EN300 132 2]

Connector: 10-pin, 3.81 mm pitch [1-178288-8]

CHANNEL SPACING

7 MHz 14 MHz* 28 MHZ 56 MHz

TRANSMISION

CAPACITY

[Physical layer maximum

throughput 64-byte VLANTagged packet size]

QPSK 14 Mbps 28 Mbps 57 Mbps 114 Mbps

16 QAM 28 Mbps 57 Mbps 114 Mbps 230 Mbps




256 QAM 114 Mbps 229 Mbps 460 Mbps

*: 13.75 MHz; : 27.5 MHz; : 55 MHz; : Channel Spacing at 18 GHz band

ITEM DESCRIPTION

Connector Type TNC Female

Cable Type 8D-FB-E or equivalent

Cable Length Nominal 300 m at maximum



32/494



3.5.3 Functional Overview

3.5.3.1 Native IP and Native TDM

MODEM has both native IP and native TDM signal processing circuits.

3.5.3.2 Adapt ive Modulation (AMR)

6 modulation schemes changeable: QPSK

16QAM

32QAM

64QAM128QAM

256QAM

3.5.3.3 Radio Protection Method

1+1 HS/HS, HS/SD, FD

HS: Hotstandby

SD: Space Diversity

FD: Frequency Diversity

3.5.3.4 E1 Ring Protect ion

E1 SNCP support

3.5.3.5 ETH Functions

Switching Capacity: 48 Gbps (non-blocking)

MAC Learning Table: Independent VLAN Learning (VLAN + MAC)

up to 32 k (configurable)

VLAN: 802.1Q Port Based, Tag Based, Tunnel

802.1ad Port Based, Tag Based, Selective

Up to 4064 VLANs per equipment

MEF 9 Certified EPL, EVPL and ELAN

service support with L2CP Tunneling function

Jumbo Frame: Supported (up to 9600 bytes)



33/494



QoS:

Ingress: MEF/RFC4115 Compliant Policing (CIR, EIR,

CBS, EBS)

QoS Classification (VLAN CoS, IPv4 DSCP,

Pv6 DSCP, MPLS EXP, ETH Port, VLAN ID)

Egress: 4/8 Class 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)

WRED congestion avoidance and Weighted

Tail Drop

ETH OAM: 802.1ag Service OAM (CC/LB/LT), Y1731

Performance Monitoring (LM/DM)

Protection: STP/RSTP, G.8032v2 ERPS

Link Aggregation: Radio Link Aggregation, 802.1AX, 1:1 LACP

redundancy

SyncE: Supported

TDM PWE: RFC4553 SAToP (MEF8)

Other: Link Loss Forwarding

Mirroring

Broadcast Storm Control

L2 Filter

Port Isolation

3.5.3.6 XPIC (CCDP) Funct ion

QPSK to 256QAM modulation at 14/28/56 MHz channel spacing.

3.5.3.7 AMR, 1+1 and XPIC Combination

AMR and 1+1, AMR and XPIC combinations are available.

3.5.3.8 DXC (E1 Crossconnect) Capacity

Up to 168 168 E1 non-blocking.



34/494



3.5.3.9 Card Redundancy

Power Supply [PS-M]: 1+1

Main Card [MC-M]: 1+1

3.5.3.10 User Authentication

RADIUS, local

3.5.3.11 Loopback

Far-end Baseband Loopback

Near-end Baseband Loopback

IF Loopback

3.5.3.12 Modern TX Output Control

Manual Control

Automatic Control (ATPC)

Mute Control

3.5.3.13 Performance Monitoring (PMON) / Metering

PMON Items: OFS, BBE, ES, SES, SEP and UAS

Metering Items: Output power level (TX Power)

Received signal level (AGC V)

Bit Error Rate (BER MON)

LAN Monitoring Items: RX Unicast

RX Broadcast

RX Multicast

RX Pause

RX CRC Error



35/494



3.5.3.14 Mult i Service Engine [MSE-A Card]

This Interface Card supports TDM PWE3 (Pseudowire Emulation Edge-to-Edge).

Protocols: SAToP (RFC4553, MEF8)

Number of MSE-A to Mount: 1 at maximum

Number of E1 Paths: Up to 64

Supported Payload Size: 32 (+ Padding), 64, 96, 128, 160, 192, 256 bytes

Jitter Buffer Size: 2, 4, 8, 16, 32, 64, 128 ms

Number of ACR (Adaptive Clock Recovery):

16



36/494

3-16/END SYSTEM CONFIGURATION





37/494

NE SETUP 4-1


4. NE SETUP

NOTE: Procedures here use the Microsoft Internet Explorer for the browsing

software as an example.

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 thenetwork and network management system from unauthorized access or unauthorized

modifications, three levels with different privileges (refer to the table shown in

Section 4.4.2 User Access Levels) define users. The available functions to operate

depend on the users 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 the Administrator.

3. Click start, and select Programs Internet Explore. The Internet Explorer

window appears.

4. In Address field, enter an IP address of the NE with /weblct/added as shown

below:

Example: http://172.17.254.253/weblct/

Figure 4-1 Launching Internet Explore



38/494

4-2 NE SETUP


5. Enter a user name and his/her password into User Nameand Passwordfields:

Figure 4-2 WebLCT Login Window

Following are the default user name and its password for iPASOLINK 1000:

User Name: Admin

Password: 12345678

6. Click the OK button blow the Login fields. System Status information box

appears.

7. Click the OKbutton, or wait till the box automatically disappears. (The System

Statusinformation box disappears in a while without clicking the OKbutton if

you wait.)

Figure 4-3 System Status Information Box



39/494

NE SETUP 4-3


The main window for WebLCTappears:

Figure 4-4 WebLCT Main Window

This step ends the procedure.



40/494

4-4 NE SETUP


4.1.2 Log Out from NE

Procedure 4-2

1. Click Logout button in the upper right of WebLCTmain window.

Figure 4-5 Logout Button on WebLCT Main Window

The Confirmation dialog box appears.

2. Click the OKbutton to log out.

Figure 4-6 Confirmation Dialog Box

Logout button



41/494

NE SETUP 4-5


3. The browser returns to WebLCTLogin window.

Figure 4-7 WebLCT Login Window


4.1.3 Exit WebLCT

Following are the methods to exit WebLCT:

Select File (F)Close (X)from Internet Explorermenu bar.

Click button in the upper right of Internet Explorer.



42/494

4-6 NE SETUP


4.2 WebLCT Main Window

Following describes the contents and structure of WebLCTmain window:

Figure 4-8 WebLCT Main Window Contents

(1) Logged-In User Name [Login User]

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

(2) Refresh button

Click Refreshbutton to manually update the current status displayed in the WebLCT

main window.

(1) Logged-In User Name

(2) Refresh button(3) Auto Mode check box(4) Hide Equipment View check box

(5) Equipment Status View

(7) Opposite Site Links

(8) Maintenance button

(9) Logout bu tton

(10) Menu Tree (11) Status List

(6) ACT OperatingState



43/494

NE SETUP 4-7


(3) Auto Mode check box

Check (click to leave a tick in) Au to Mode check box to enable refreshing thewindow automatically.

(4) Hide Equipment View check box

Check (click to leave a tick in) Hide Equipment View check box to hide the

illustrated equipment status view.

(5) Equipment Status View

This field shows the current equipment status.

(6) ACT Operating State

This field indicates the operating side of Main Card(s). MAIN 1 indicates that the

unprotected Main Card is in operation, or that the protected Main Card in Slot 1 is in

operation (active). MAIN 2 indicates that the protected Main Card in Slot 2 is in

operation (active).

(7) 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.

(8) Maintenance button

Click Maintenance tool button before starting any maintenance operations.

(9) Logout button

Click Logoutbutton to log out from NE.

(10) Menu Tree

This part shows the menus for the equipment configuration and provisioning by a tree

view. Available operations via WebLCT are:

(a) Current Status

Current Statuslists current status and event histories of the equipment by each

part of an NE (Ac tive A larm, Event Log, ODU, IDU,AUX).

(b) Easy Setup Wizard

Easy Setup Wizardnavigates a user to set up the basic equipment configuration

including registering/removing the ODU/IDU Cards. This wizard also provides

easier steps to set up the cross-connections, VLAN service and other necessary

configurations for the new equipment.



44/494

4-8 NE SETUP


(c) Equipment Setup

Select this menu to register or remove ODU and IDU Cards and other relevantconfigurations.

(d) Provisioning

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

(e) Maintenance Control

Maintenance Contro lexecutes a protection switch, Loopback, Hardware Reset,

Firmware Reset, etc.

(f) Maintenance Test

Maintenance Testmeasures the link quality of Ethernet traffic.

(g) Current/History PMON/RMON Report

Select this menu to retrieve the Current reports or history of Performance

Monitor (PMON) and Remote Network Monitor (RMON). A user can also

exports the data to external storage (local PC, USB Memory, etc.) For more

details, refer to theMaintenancemanual.

(h) Metering

Metering measures the real time TX power, RX level, ODU power supply and

BER.

(i) Equipment Utility

Select this menu to upload and download the equipment configuration data,

software, firmware and FPGA data.

(j) User Account/Security Setting

Select this menu to add, remove and modify user accounts for the equipment, and

set up the security levels for the user accounts.

(k) Inventory

Inventory retrieves the information regarding the equipment and software

license.

(11) Status List

Click a tab to select a type of status to show its logs.



45/494

NE SETUP 4-9


4.3 Setup Software License

Software License Key must be installed to operate iPASOLINK equipment via

WebLCT. Some operations, such as registering user accounts, do not require the

license. Thus, the Software License Key should be installed sometime between

logging in to WebLCT and registering/setting the equipment attributes.

4.3.1 Import Software License Key

Procedure 4-3

1. Launch and log in to WebLCT.

2. In the MENUframe on the left, expand the S/W License Setupto select Import

License key. The Import License keywindow appears.

3. Click the Setuptool button.

Figure 4-9 S/W License Setup Import License key Window

File selection window for Import License keyappears.

Setup button



46/494

4-10 NE SETUP


4. Click the button, and select a target file:

Figure 4-10 Import License key Option Window

Figure 4-11 Choose File to Upload Option Window


Figure 4-12 Import License key Option Window (selected)

6. When the importing process ends, the following dialog box appears. Click the OKbutton to proceed:

Figure 4-13 Import License key Dialog Box




47/494

NE SETUP 4-11


4.3.2 Radio Capacity Sett ing

Procedure 4-4


2. In the MENUframe on the left, expand the S/W License Setupto select Radio

Capacity Setting. The Radio Capacity Setting window appears.


Figure 4-14 Radio Capacity Setting Window

Radio Capacity Settingoption window appears.

Setup button



48/494

4-12 NE SETUP


4. Select the MODEM Positionfrom the New Statedrop-down list to specify the

state, then click the OKbutton.

Figure 4-15 Radio Capacity Setting Box

5. Informationdialog box appears. Click the OKbutton.

Figure 4-16 Information Box

The Radio Capacity Setting window updates the information.

OK button



49/494

NE SETUP 4-13


6. Confirm the parameters displayed.

Figure 4-17 Radio Capacity Setting Window




50/494

4-14 NE SETUP


4.3.3 SFP Port License Sett ing

Procedure 4-5

1. In the MENU frame on the left, expand the S/W License Setup to select SFP

Port License Setting. The SFP Port License Setting window appears.


Figure 4-18 SFP Port License Setting Window

SFP Port License Setting option window appears.

3. Select the desired Slot # from the New Statedrop-down list, then click the OK

button.

Figure 4-19 SFP Port License Setting Box

Setup button

OK button



51/494

NE SETUP 4-15


4. Informationdialog box appears. Click the OKbutton.

Figure 4-20 Information Box

5. The SFP Port License Setting window updates the information. Confirm the

parameters displayed.

Figure 4-21 SFP Port License Setting Window




52/494

4-16 NE SETUP


4.4 User Management

The user management is a function to manage an authorized user to access to a

network system, and to prevent an unauthorized user from accessing to the network

system.

4.4.1 Overview

4.4.1.1 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.

NOTES:Following describes the terms, such as uploadand downloadmentioned inthe table above:

1. Uploadis to copy a file from NE to an external storage, such as WebLCTPC.

2. Downloadis to copy a file from an external storage to the internal storage ofequipment.

4.4.1.2 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 the pre-

defined protocol and access level of the group. In addition to the three default user

groups, up to six user groups can be added. The default user groups are shown below:

NOTE: Options specified to the default User Groups cannot be modified.

Table 4-1 Access Levels

Component Available Task File Operation SNMP Operation

Operator View the equipment configuration and

status.

Upload only Obtain

Config In addition to tasks available by

Operator level, manage radio base

band and switching function.

Upload

Download

Obtain

Set

Admin In addition to tasks available by Configlevel, manage user accounts and time

adjustments.

Upload

Download

Obtain

Set



53/494

NE SETUP 4-17


4.4.2 User Access Levels

Following shows the access level for each task. Remotemeans that a user makes anaccess to the equipment remotely.

Meanings:

R/W: A user can both browse and modify settings.

R: A user can browse the settings.

O: The task is operational by a remote access but is restricted according to the access

level assigned to the user.

Table 4-2 User Group Prof ile

Group Name Classification TELNET SSH FTP HTTP SNMP Access Level

OPERATOR Unchangeable Operator

CONFIG Unchangeable Config

ADMIN Unchangeable Admin

Table 4-3 User Access Privilege Levels (1 of 4)

WebLCT Menu Admin Config Operator Remote

Easy Setup Wizard

Easy Setup R/W R R O

MODEM Setup R/W R R O

AMR Setup R/W R R O

Management Setup R/W R R O

TDM Setup R/W R R O

ETH Setup R/W R R O

PWE Setup R/W R R O

Equipment Setup

Equipment Configuration R/W R R O

Radio Configuration R/W R R O

AMR Configuration R/W R R O

Network Management

Configuration

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



54/494

4-18 NE SETUP


Provisioning

MODEM Function Setting MODEM Port Setting R/W R/W R O

Radio Switch Setting R/W R/W R O

TX Power Setting R/W R/W R O

ALM Mode Setting R/W R/W R O

XPIC Setting R/W R/W R O

AMR Sett ing R/W R/W R O

ETH Function Setting Bridge Setting R/W R/W R O

ETH Port Setting R/W R/W R O

VLAN Setting R/W R/W R O

FDB Setting R/W R/W R O

ETH OAM Setting R/W R/W R O

RSTP Setting R/W R/W R O

ERP Setting R/W R/W R O

Link Aggregation Setting R/W R/W R O

QoS/Classification Setting R/W R/W R O

Filter Setting R/W R/W R O

Port Isolate R/W R/W R O

LLF Setting R/W R/W R O

Broadcast Storm ControlSetting

R/W R/W R O

E1/STM-1/Cross-Connect

Setting

Cross Connect Setting R/W R/W R O

E1 Port Setting R/W R/W R O

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

PWE Setting R/W R/W R O

Equipment Clock/

Synchronization Setting

Equipment Clock Setting R/W R/W R O

EXT Clock Setting R/W R/W R O

Relay-Alarm Mapping

Setting Relay Control Setting R/W R/W R OCluster Alarm Setting R/W R/W R O

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

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

OW Setting R/W R/W R O

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

Alarm Severity Setting R/W R/W R O

AIS Setting R/W R/W R O

BER Threshold Setting R/W R





55/494

NE SETUP 4-19


PMON/RMON Threshold

Setting

PMON Threshold R/W R/W R O

PMON Other R/W R/W R O

RMON Threshold R/W R/W R O

RMON Other R/W R/W R O

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

AUX Output Setting R/W R/W R O

Maintenance Control

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

TDM Loopback Control

(E1 Loopback 1)R/W R/W R O


(E1 Loopback 2)R/W R/W R O


(STM-1 Loopback 1)R/W R/W R O


(STM-1 Loopback 2)R/W R/W R O

Protection Control MODEM TX/RX Switch

ControlR/W R/W R O

RSTP Control R/W R R OERP Contro l R/W R/W R O

LAG Revert Control R/W R/W R O

SNCP Switch Cont rol R/W R/W R O

APS Swi tch Group Contro l R/W R/W R O

Timing Source Switch

ControlR/W R/W R O

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

Laser Shutdown Control R/W R/W R O

OW Buzzer Control R/W R/W R O H/W_F/W Reset Cont ro l H/W Reset Cont ro l R/W O

F/W Reset Contro l R/W O

Main Card Control Switch Over / Status

ControlR/W R/W R O

PMON/RMON/FDB Clear R/W R O

Offline Maintenance R/W R

Maintenance Test

ETH OAM LB/LT/LM/DM R/W R R O





56/494

4-20 NE SETUP


*1: CW Controlis not editable.

Current/History PMON/RMON Report

MODEM PMON Report R R R O

E1 PMON Report R R R O

STM-1 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

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

Update (Storage -> NE) Util ity R/W R/W O

Program ROM Switching R/W O

USB Memory Utility R/W O

Log Clear Function

Shipment R/W

Date/Time Setting R/W R R O

User Account/Security Setting

Login User R O

User Authentication Management R/W R R O

User Account Management R/W O

User Group Profile Configuration R/W O

Security Management Service Status Setting R/W O

RADIUS Setting R/W R R O

Inventory

Equipment Inventory Information R R R R

S/W License Information R R R RS/W License Setup

Import License Key R/W O

Radio Capacity Setting R/W R R O

SFP Port License Setting R/W R R O





57/494

NE SETUP 4-21


4.4.3 Default User Account

iPASOLINK provides three default user accounts with pre-defined access levels and

privileges. In addition to these default user accounts, up to nine user accounts can be

added.

Following describes the pre-defined default user accounts:

4.4.4 User Account

Following are the functions to manage user accounts supported by iPASOLINK:

Login User List

Login User Listdisplays the information of registered user accounts. From this list,

user profiles, such as passwords and User Group Profiles can be modified.

User Authentication Configuration

User Authentication Configurationprovides the authentication methods to select.

User Account Management

User Account Management is used to register new user accounts, and to modify/

delete the registered user accounts.

User Group Profile Configuration

USer Group Profile Configuration is used to register new User Groups, and to

modify/delete the registered User Groups.

Table 4-4 Default User Accounts

User Name Default Password Description User 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 In addition to the tasks available for User, Config

user is able to operate the radio management,

base band management, switching management

for C-Plane control

CONFIG

Admin 12345678 In addition to the tasks available for Config,

Admin user is able to operate database

management, file management, user

management and time adjustment for M-Plane

control.

ADMIN



58/494

4-22 NE SETUP


4.4.4.1 Login User List

This function allows users to view and confirm the registered user accounts.

Procedure 4-6


2. In the MENU frame on the left, expand User Account / Security Setting to

select Login User List. The Login User Listappears.

Figure 4-22 Login User List


4.4.4.2 User Authentication Configuration

An authentication method for iPASOLINK can be specified using the User

Authent ication Configurat ion.

NOTE: This operation is available only by users whose access level is Admin.

Authentication Sett ing

Determines and sets the authentication method to log in to iPASOLINK.

Privi lege ID / Group Name

Assigns authority levels to the registered Group Names.



59/494

NE SETUP 4-23


(1) Authentication Setting

Procedure 4-7



select User Authentication Configuration. The User Authentication

Configuration window appears.

3. Click theAu thent ication Sett inglink.

Figure 4-23 User Authentication Configuration Window

Authent ication Sett ingoption window appears.

4. Select values, then click the OKbutton.

Figure 4-24 Authentication Setting Option Window

click the link



60/494

4-24 NE SETUP


5. Informationdialog box appears. Click the OKbutton to proceed.

Figure 4-25 Information Dialog Box

The User Authentication Configurationwindow updates the information.

6. Verify the displayed information.



Table 4-5 Authentication Setting Parameters

Parameter Value Description

Authent ication

Method

IDU Only Login authentications are proceeded only by the internal

authentication function, using the accounts and their passwords

registered to the equipment.

IDU + RADIUS If it fails at the internal authentication function, the external

authentication by RADIUS Server is proceeded. To use this

function, settings for RADIUS are required.

Authent ication

Sequence

IDU -> RADIUS Server Login authentications are proceeded by the order from IDU to

RADIUS Server. This option is available when the

Authentication Method is set to IDU + RADIUS.

RADIUS Server -> IDU Login authentications are proceeded by the order from RADIUS

Server to IDU. This option is available when the Authentication

Method is set to IDU + RADIUS.



61/494

NE SETUP 4-25


(2) Privilege ID / Group Name

Procedure 4-8



select User Authentication Configuration. The User Authentication

Configuration window appears.

3. Click a Privilege IDNo. link of the target group.


Privilege ID option window for the selected ID number appears.

4. Select the method to assign, then click the OKbutton.

Figure 4-28 Privilege ID Option Window

Table 4-6 Setting for Privi lege ID


Group Name Operator Each group is mapped to a privilege level defined by the vendor

specific message.Config

ADMIN

Default Permission

Privilege IDnumbers



62/494

4-26 NE SETUP


5. Informationdialog box appears. Click the OKbutton to proceed.


The User Authentication Configurationwindow updates the information.

6. Verify the displayed information.



4.4.4.3 User Account Management

This function allows users to add registrations of new user accounts, and to modify/

delete the registered user accounts.

NOTE: The operations regarding this function are available by the Admin-level

user(s) only.



63/494

NE SETUP 4-27


Add User Account

This function is used to register a new user account.

NOTE: In addition to the three default accounts, up to nine user accounts can be

added.

Modify User Account

This function is used to modify the information of registered user accounts including

their password and User Group.

Delete User Account

This function is used to remove registered user accounts.

(1) Add User Accounts

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

set to add new user accounts. Once a registration of a user is completed,the security level of this user cannot be modified.

Procedure 4-9



select User Account Management. The User Account Management window

appears.

3. ClickAdd Usertool button.

Figure 4-31 User Account Management Window

The User Settingoption window appears.

Add User button



64/494

4-28 NE SETUP


4. Enter the appropriate value to each parameter for the user to be added.

Figure 4-32 User Setting Option Window

i) Enter a User Namewithin one to 31 characters long.

ii) Click Set Passwordtool button on the tool bar to open the Set Passwordoption

window, enter the password within eight to 31 characters long, then click the

OKbutton.

Figure 4-33 Set Password Option Window

iii) Select Group Name. See Table 4-2 User Group Profilefor User Groups.

iv) Select Security Level:

Selecting NoAuthNoPrivhas no additional settings. Go to Step 5.

Selecting Au thNoPr iv enables Au th Algori thmoption. Click a radio button to

select the algorithm type, and enter Au th Key. See (a) Setting Authentication

Algorithmbelow.

Selecting AuthPrivenables both Au th Algori thmand Priv Algorithmoptions.

Click radio buttons to select algorithm types, and enter Auth Key and Priv Key.

See (a) Setting Authentication Algorithmand (b) Setting Privacy Algorithmbelow.



65/494

NE SETUP 4-29


(a) Setting Authentication Algorithm

SelectAu thNoPr iv orAu thPrivto enable theAu th Algori thmoption.

Select MD5or SHAby clicking its radio button.

Click Set Auth Keybutton on the tool bar to open the option window.

Enter theAuth Key within eight to 16 digits, the click the OKbutton.

Figure 4-34 Select AuthNoPriv

Verify the selection and entry.

To set Priv Algorithm, go to (b) Setting Privacy Algorithmbelow.

To complete the procedure, go to Step 5.



66/494

4-30 NE SETUP


(b) Setting Privacy Algorithm

SelectAu thPrivto enable the Priv Algorithmoption.

Select DESorAESby clicking its radio button.

Click Set Priv Keybutton on the tool bar to open the option window.

Enter the Priv Keywithin eight to 16 digits, the click the OKbutton.

Figure 4-35 Set Privacy Algori thm

Verify the selection and entry, then go to Step 5.

5. Click the OKbutton of the User Setting option window. The Information dialog

box appears.



The User Account Managementwindow updates the information.



67/494

NE SETUP 4-31


7. Confirm the registered user account information.



Table 4-7 User Setting Parameters


User Name (text field) Valid value: One to 31 characters long.

Password (read only) Valid value: Eight to 31 characters long. To enter the password, click SetPasswordbutton on the tool bar.

Group Name ADMIN Assign a Group Name for the user to be added. Refer to Table 4-2 User

Group Profilefor User Group.CONFIG

OPERATOR

GROUP

Secur ity Level NoAuthNoPr iv Allows a user to log in without authentication and encryption.

AuthNoPriv A user needs authentication but no encryption to log in. Selecting thisoption enablesAuth Algori thmradio button below.

AuthPriv A user needs authentication and data are encrypted by DES or AES.Selecting this option enables Priv Algorithmradio button below.

Auth Algori thm MD5 MD5(Message-Digest algorithm 5) is one of the Hash Algorithm forauthentication and digital signature. In order to detect the falsification oforiginal data while transmitting, the original data will be converting theHash by comparing them at both ends.

SHA SHA(Secure Hash Algorithm) is one of the Hash Algorithm for authentica-tion and digital signature. In order to detect the falsification of original data

while transmitting, less than 2 64bits of the original data will be convertingthe Hash of 160 bits by comparing it at both ends.

Auth Key (read only) Valid value: Eight to 16 digits of MD5 or SHA1 public key. To enter theAuthentication Key, click Set Auth Keybutton on the tool bar.

Priv Algorithm DES DES(Data Encryption Standard) uses a 56-bit encryption key. The blocksize is 64 bits.

AES AES(Advanced Encryption Standard) is SPN-Structured block encryption.The block size is 128 bits, and the length of the key is 128/192/256 bits.

Priv Key (read only) Valid value: Eight to 16 digits. To enter the Privacy Key, click Set Priv Key

button on the tool bar.



68/494

4-32 NE SETUP


(2) Modify User Account

Procedure 4-10



select User Account Management. The User Account Managementwindow

appears.

3. Click on a User Name of the target user account.


The User Settingoption window appears.

4. Modify the registered value(s):

To modify the password, click Set

Passwordbutton on the tool bar to

open the Set Password option

window, enter the password

within eight to 31 characters long,

and click the OKbutton of the Set

Passwordoption window.

To modify the Group Name, selectan appropriate Group Name from

the Group Name drop-down list.

See Table 4-2 User Group Profile

for User Groups.

Figure 4-40 Set Password Option Window




69/494

NE SETUP 4-33


5. When completed, click OKbutton of the User Settingoption window.


The Information dialog box appears.



User Accoun t Managementwindow updates the information.

7. Confirm the modified user account information.





70/494

4-34 NE SETUP

NWD-118790-04E iPASOLINK 1000: OPERATI

ipaso1000+operation

Documents

antenna direct connection

idu hs hs

idu hs sd

idu hs hybrid sd

system configuration

idu nway

idu block diagram

idu twinpath fd