Omnitron Systems Technology Omnitron iConverter 10/100M2 User manual

iConverter®10/100M2 Media Converter
and
Network Interface Device
STANDALONEAND PLUG-IN MODULE
USER MANUAL
Release 3.4

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Table of Contents
1.0 Overview ....................................................................................................................3
1.1 General Description....................................................................................................3
1.1.1 Advanced Features ....................................................................................................3
2.0 Port Structure .............................................................................................................4
2.1 Overview.....................................................................................................................4
2.1.1 Management Port.......................................................................................................4
2.1.2 UTP and Fiber Ports ..................................................................................................4
2.1.3 Backplane Ethernet Ports ..........................................................................................4
3.0 Installation Procedure ................................................................................................5
3.1 Overview.....................................................................................................................5
3.2 Configuring DIP-switches ...........................................................................................6
3.2.1 Board-Mounted Bank 1 Settings ................................................................................6
3.2.2 Board-Mounted Bank 2 Settings ................................................................................9
3.3 Installing Plug-in Modules and Connecting Cables ..................................................10
3.4 Configure the Module via Command Line Interface .................................................11
3.4.1 Setting IP and Control Preferences..........................................................................13
3.4.2 Setting SNMP Preferences ......................................................................................16
3.4.3 Enabling/Disabling Soft-switch Reload.....................................................................19
3.4.4 Access the 10/100M2 Remotely ..............................................................................20
3.5 Verify Operation........................................................................................................22
4.0 Detailed Module Configuration.................................................................................23
4.1 Overview...................................................................................................................23
4.2 Module Management Mode......................................................................................26
4.3 Port Configuration ....................................................................................................27
4.3.1 Port Access .............................................................................................................28
4.3.2 Bandwidth Control....................................................................................................28
4.3.3 Layer 2 Control Protocol Filter .................................................................................29
4.3.4 SFP Information .......................................................................................................30
4.3.5 802.3ah Parameters.................................................................................................32
4.3.6 802.3ah Events .......................................................................................................34
4.3.7 Port VLAN ................................................................................................................35
4.3.8 Tagged VLAN...........................................................................................................37
4.3.9 VLAN Membership Table .........................................................................................39
4.3.10 cNode Loopback ......................................................................................................42
4.3.11 Port Statistics ...........................................................................................................43
5.0 10/100M2 Specifications ..........................................................................................44
6.0 Troubleshooting Guide.............................................................................................45
6.1 Overview...................................................................................................................45
6.1.1 Power Issues............................................................................................................45
6.1.2 Fiber Issues..............................................................................................................45
6.1.3 UTP Issues...............................................................................................................46
7.0 Warranty...................................................................................................................47

1.0 OVERVIEW
This document describes the installation and configuration of the iConverter 10/100M2 standalone Network
Interface Device and plug-in modules. The difference between the module types are indicated using the
following legend throughout this User Manual:
- Plug-In
PI
- Standalone
SA
1.1 GENERAL DESCRIPTION
The Omnitron iConverter®10/100M2 is a carrier-class media converter and a Network Interface Device (NID)
that provides 10BASE-T or 100BASE-TX (10/100) to 100BASE-FX Fiber media conversion with integrated
management.
The 10/100M2 conforms to Ethernet in the First Mile (EFM) fiber standards to support Fiber-to-the-X
(FTTX)MetropolitanaccessandEnterpriseLANnetworks.10/100M2mediaconvertersareusedtoprovide
managedcopper demarcationpoints at thecustomer premises andnetwork edge, offeringservice provisioning
functions, such as Quality of Service and Bandwidth Control (rate-limiting) capabilities.
The IP-based remote management of the 10/100M2 can be accessed by Omnitron’s NetOutlook®SNMP
Network Management Software, third-party SNMP clients and Telnet. The management IP address is
configuredmanually or asa DHCP clientin the configurationmenu. IP-less remote management issupported
via 802.3ah OAM or Secure OAM protocol. A menu-driven CLI is accessible via Telnet, serial console
port, or a modem connection to the serial console port.
IMPORTANT
Thismanual provides information onthe installation and configuration ofthe module using thecommand
line interface (serial console). For ongoing network management, Omnitron Systems recommends
NetOutlook, an SNMP-based Network Management Software.
NetOutlook provides an efficient, user-friendly way to configure, monitor and manage devices installed
on a single network or on a series of networks by providing an intuitive graphical display with real-time
status and alarm (trap) information. The user can easily manage iConverter equipment on a large
Enterprise network or Metropolitan Area network (MAN) from a single location without the need of
additional resources.
The firmware of the Network Management Module (NMM) and NetOutlook must be the same or
greater than the firmware on the 10/100M2 for the module to be managed.
1.1.1 Advanced Features
The 10/100M2 features Port VLAN,Tag VLAN, ProviderVLAN and QoS prioritization which are defined
in the IEEE 802.1Q, 802.1ad and 802.1p specifications. Ethernet Virtual Connections can be configured
with Provider VLAN to support E-Line and E-LAN connections on Metro Ethernet Networks.
Access to the management control can be restricted with the Port VLAN and Tag VLAN features, helping
to prevent Denial-Of-Service (DoS) and unauthorized management access.
Other advanced features include:
• Bandwidth Control (Rate Limiting) • Layer 2 Control Protocol (L2CP) Filter
• Real-time MIB statistics reporting (38 variables) • Port Access Control
• 802.3ah OAM and Extensions • cNode Level 1 Agent
• SNMPv1, SNMPv2c and SNMPv3
Refer to the appropriate sections for configuration information.
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2.0 PORT STRUCTURE
2.1 OVERVIEW
The front panel of the 10/100M2 provides access to the management (serial console), UTP and fiber ports.
The fiber port will vary depending on the connector type; ST, SC, MT-RJ, LC or SFP supporting
100BASE-FX transceivers. The plug-in module features two additional Ethernet ports for connectivity
via the chassis backplane.
Fiber Port
Management Port
UTP Etherent Port
Fiber Port UTP Etherent Port
Management Port
2.1.1 Management Port
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The 10/100M2 features a Serial RS-232 Console Port (aka Craft Interface) which can be connected to a
computer for initial setup and configuration. The Serial Console Port is accessed through the mini DIN-6
female DCE interface. Connect the interface to a computer’s DB-9 serial port using the mini DIN-6 male
to DB-9 female cable adapter (Part # 8082-0), which is included with the 10/100M2.
An optional DB-9 male to female straight-through serial cable is available for extension (Part # 8081-3).
2.1.2 UTP and Fiber Ports
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The UTP Ethernet port supports 10BASE-T and 100BASE-TX protocols, auto-negotiation and manual
forced modes for half and full duplex. The UTPport can be enabled or disabled via network management.
Adisabled port will still connect and allow 802.3ah OAM communication, but blocks normal data traffic.
The fiber interface supports the 100BASE-FX protocol. The fiber interface operates in manual mode and
supports half or full duplex operation. The fiber port can be enabled or disabled via network management.
A disabled port will still connect and allow 802.3ah OAM or IP-less (secure) OAM communication, but
blocks normal data traffic.
2.1.3 Backplane Ethernet Ports
PI
The plug-in module supports two additional 10/100Mbps Ethernet Backplane Ports. The Backplane Ports
A and B allow Ethernet data connectivity between adjacent modules in an iConverter chassis. The two
backplane ports can be disabled or enabled via a DIP-switch or network management.
The iConverter 19-Module, 5-Module, 2-Module and 1-Module Redundant Chassis backplanes provide
ethernet data connectivity between adjacent slots or ports. The Aand B backplane ports connect the slots
as illustrated.
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AA AAAAAAAAAA AAAAAAA
BBBBBBBBBBBBBBBBBBB
12345678910
11 12 13 14 15 16 17 18 19
“A” Data bus “B” Data bus
19-Module Chassis
AB
12345
AB ABAB AB
12 45
3
“A” Data bus “B” Data bus
AB
Managed Power Chassis
by Omnitron Systems Technology, Inc.
iConverter
™
“A” Data bus
AB
5-Module Chassis 2-Module Chassis
BA
UTP Ports
1-Module Redundant Chassis
3.0 INSTALLATION PROCEDURE
3.1 OVERVIEW
The following steps outline the installation and configuration procedures for the 10/100M2. Refer to the
specified sections for detailed instructions.
• Configure DIP-switches (Section 3.2)
• Installing the Module and Connecting Cables (Section 3.3)
• Configure Module via Command Line Interface (Section 3.4)
• Verify Operation (Section 3.5)
When the setup and configuration procedures are completed, the 10/100M2 has been configured with the
basic setup requirement for standard operation. To configure the module with additional features, see
Section 4.0, “Detailed Module Configuration”.
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3.2 CONFIGURING DIP-SWITCHES
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The 10/100M2 plug-in module has two board-mounted DIP-switches. The standalone unit has one bank of
DIP-switches. The locations of the DIP-switches are illustrated below.
Switch 1
Switch 8
Left
Switch 1
Switch 8
Bank 2
Bank 1
Right
SW1 SW8
Up
Down
Bank 1
DIP-switch Locations
3.2.1 Board-Mounted Bank 1 Settings
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DIP-switch Bank 1 is available on both the plug-in and standalone modules. The table indicates the position
of the switch; Left/Down or Right/Up. As indicated in the DIP-switch location diagram, Left and Right
refers to the plug-in module and Down and Up refers to the standalone module.
PI
(Left/Right)
SA
(Up/Down)
Switch Left/Down
(Factory Default) Right/Up
SW1 Off:
Pause Disable On: Pause Enable
SW2 FDX:
Fiber Full-Duplex HDX: Fiber Half-Duplex
SW3 AN:
UTP Auto-Negotiate Man: UTP Manual
SW4 100:
UTP 100Mbps 10: UTP 10Mbps
SW5 FDX:
UTP Full-Duplex HDX: UTP Half-Duplex
SW6 - SW8 See Link Mode DIP-Switch Table in Section 3.2.1.6
3.2.1.1 SW1 - Pause Disable/Enable “Off/On”
When a port is operating in auto-negotiation, its Pause operation mode is determined by the Pause capability
advertised during auto-negotiation between itself and the link partner. The port advertises its Pause capability
duringauto-negotiation based on the Pause Disable/Enable DIP-switch setting. Setting the Pause DIP-switchto
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the “Off” position (factory default) forces the port to negotiate to No Pause mode with its link partner.
Setting the Pause DIP-switch to the “On” position allows the port to negotiate to Symmetrical Pause or No
Pause mode with its link partner.
When a port is operating in Manual mode, its Pause operation mode is based on the Pause Disable/Enable
DIP-switch setting. Setting the Pause DIP-switch to the “Off” position (factory default) forces the port to
operate in No Pause mode. Setting the Pause DIP-switch to the “On” position allows the port to operate in
Symmetrical Pause mode.
3.2.1.2 SW2 - Fiber Full/Half-Duplex “FDX/HDX”
When the DIP-switch is in the Full Duplex “FDX” position (factory default), the fiber port will facilitate a
connection that supports Full-Duplex operation. Setting this DIP-switch to Half-Duplex “HDX” facilitates
a connection that supports only Half-Duplex.
3.2.1.3 SW3 - UTPAuto/Manual Negotiate “AN/Man”
Whenthe DIP-switchis inthe UTPauto-negotiate “AN”position (factory default),the UTPport automatically
determines the speed and duplex mode of the connecting UTP device. If the connecting UTP device cannot
provide the proper signal to indicate its own mode of operation, this DIP-switch should be set to the UTP
Manual mode “Man” position. Manual mode requires manually configuring the UTP port to match the
speed and the duplex mode of the connecting UTP device using the “10/100” and UTP “FDX/HDX”
DIP-switches. Refer to the table below for a detailed explanation.
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Switch
SW3 Switch SW4 Switch SW5 Function
AN 100 FDX The UTP port is set to auto-negotiation
with the following modes advertised:
100F, 100H, 10F, 10H
AN 100 HDX The UTP port is set to auto-negotiation
with the following modes advertised:
100H, 10F, 10H
AN 10 FDX The UTP port is set to auto-negotiation
with the following modes advertised:
10F, 10H
AN 10 HDX The UTP port is set to auto-negotiation
with the following modes advertised:
10H
MAN 100 FDX The UTP port is set to manual
negotiation and is forced to:
100F
MAN 100 HDX The UTP port is set to manual
negotiation and is forced to:
100H
MAN 10 FDX The UTP port is set to manual
negotiation and is forced to:
10F
MAN 10 HDX The UTP port is set to manual
negotiation and is forced to:
10H
3.2.1.4 SW4 - UTP 10/100Mbps “10/100”
When the UTP “AN/Man” DIP-switch (described above) is in the manual “Man” position, the “10/100"
DIP-switch determines the speed of operation for the UTP port. Setting the “10/100” DIP-switch to UTP
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100Mbps “100” position (factory default)forcestheUTPport tooperateat100Mbps. Setting thisDIP-switch
to UTP 10Mbps “10” position forces the UTP port to operate at 10Mbps. Adjust the “10/100” DIP-switch to
match the speed of the connecting UTP device.
When the UTP “AN/Man” DIP-switch is in the auto-negotiate “AN” position and the UTP 10/100
DIP-switch is in the “100” position, the UTP port auto-negotiates to 100Mbps or 10Mbps. When in the
“10” position, the UTP port only operates at 10Mbps. Refer to the table above for a detailed explanation.
3.2.1.5 SW5 - UTP Full/Half Duplex “FDX/HDX”
When the UTP “AN/Man” DIP-switch is in the manual “Man” position, the UTP Full/Half-Duplex
“FDX/HDX” DIP-switch determines the duplex operation mode of the UTP port. Setting the UTP
Full/Half-Duplex DIP-switch to UTP Full-Duplex “FDX” position (factory default) forces the UTP port to
operate in Full-Duplex. Setting this DIP-switch to UTP Half-Duplex “HDX” forces the UTP port to operate
in Half-Duplex.Adjust the UTP Half/Full-Duplex DIP-switch to match the duplex mode of the connecting
UTP device.
When the UTP “AN/Man” DIP-switch is in the auto-negotiate “AN” position, and the UTP Full/Half-Duplex
DIP-switch is in the Full-Duplex “FDX” position, the UTPport auto-negotiates to Full or Half-Duplex. When
in the Half-Duplex “HDX” position, the UTP port functions only in Half-Duplex for the speed selected.
Refer to the table on the previous page for a detailed explanation.
3.2.1.6 SW6, SW7, SW8 - Link Modes
These three DIP-switches configure the link mode settings. The following table details possible Link Mode
DIP-switch configurations.
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SW6 SW7 SW8 Result
Left Left Left Link Segment mode (LS)
Right Left Left Link Propagate mode (LP)
Left Right Left Remote Fault Detection mode plus Link
Segment mode (RFD+LS)
Right Right Left Remote Fault Detection mode plus Link
Propagation mode (RFD+LP)
Left Left Right Symmetrical Fault Detect mode (SFD)
Right Left Right Asymmetrical LP P1 to P2 (ALP P1-P2)
Left Right Right Asymmetrical LP P2 to P1 (ALP P2-P1)
Right Right Right Asymmetrical RFD+LP P1 to P2
SW6 SW7 SW8 Result
Down Down Down Link Segment mode (LS)
Up Down Down Link Propagate mode (LP)
Down Up Down Remote Fault Detection mode plus Link
Segment mode (RFD+LS)
Up Up Down Remote Fault Detection mode plus Link
Propagation mode (RFD+LP)
Down Down Up Symmetrical Fault Detect mode (SFD)
Up Down Up Asymmetrical LP P1 to P2 (ALP P1-P2)
Down Up Up Asymmetrical LP P2 to P1 (ALP P2-P1)
Up Up Up Asymmetrical RFD+LP P1 to P2
NOTE: Connecting two converters which are set to any of the RFD modes are illegal and will cause
a “deadly embrace” lockup.
NOTE: It is recommended to keep the LS setting (default) until initial configuration is complete.
For detailed information on the operation of the different Link Modes, download the application note
“iConverter Link Modes” available on Omnitron’s web page:
http://www.omnitron-systems.com/downloads.php
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3.2.2 Board-Mounted Bank 2 Settings
PI
DIP-switch Bank 2 is only available on the plug-in module.
Switch Left (Factory Default) Right
SW1 A-DS:
Backplane Port A Disabled A-EN: Port A Enabled
SW2 B-DS:
Backplane Port B Disabled B-EN: Port B Enabled
SW3 Reserved Reserved
SW4 M/SL:
Master/Slave Auto-Select SL: Slave-Mode Only
SW5 - SW8 Reserved Reserved
3.2.2.1 SW1 - Backplane Port AEnabled “A-DS/A-EN”
When the DIP-switch is in the Left “A-DS” position (factory default), Backplane Port A of the 10/100M2
is isolated from the chassis Backplane. When the DIP-switch is in the Right “A-EN” position, Backplane
Port A of the 10/100M2 is enabled. This port allows Ethernet Backplane connectivity to an adjacent
module via the chassis Backplane Port A. See the backplane illustrations in Section 2.1.3.
3.2.2.2 SW2 - Backplane Port B Enabled “B-DS/B-EN”
When the DIP-switch is in the Left “B-DS” position (factory default), Backplane Port B is isolated from the
chassis Backplane. When the DIP-switch is in the Right “B-EN” position, Backplane Port B is enabled.
This port allows Ethernet Backplane connectivity to an adjacent module via the chassis Backplane Port B.
See the backplane illustrations in Section 2.1.3.
3.2.2.3 SW4 - Master/Slave Auto-Select and Slave-Only “M/SL / SL
When multiple management modules such as the iConverter NMM and the 10/100M2 (or multiple self-
managed modules such as the 10/100M2) are installed in the same chassis, only one management module
can act as the chassis master. The master management module has the ability to make changes to the
settings of the other modules in the chassis, while the slave management modules cannot make the changes.
If an NMM is installed in the chassis, the NMM will always be the master, otherwise the lowest slot
number with a management module installed will become chassis master.
When this DIP-switch is in the Left “M/SL” position (factory default), the assignment of mastership is
automaticallynegotiated by the installed managementmodules. To designate a specificmanagement module
as the master when no NMM is installed in the chassis, set the DIP-switch on the master module to the Left
“M/SL” position, and set the other installed management modules’ DIP-switches to the Right “SL” position
to enable Slave-Only mode.
Only the chassis master can change configuration settings of other modules.
3.2.2.4 SW3, SW5, SW6, SW7, SW8 - Reserved
These DIP-switches are for factory use only.
NOTE: DIP-switches marked Reserved must be kept in the Left (factory default) position.
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3.3 INSTALLING PLUG-IN MODULES AND CONNECTING CABLES
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a. Carefully slide the module into an open slot in the chassis. Align the module with the installation
guides and ensure that the module is firmly seated against the backplane. Secure the module by fastening
the front panel thumbscrew (push in and turn clockwise to tighten) to the chassis front. Verify the
“Pwr” LED is ON (indicating the chassis is powered).
SA
a. The 10/100M2 standalone Network Interface Device (NID) is available in tabletop and wall-mounting
models. For wall-mounting, attach the NID to a wall, backboard or other flat surfaces. For tabletop
installations, place the unit on a flat level surface. Attach the rubber feet to the bottom of the NID to
prevent the unit from sliding. Make sure the unit is placed in a safe, dry and secure location.
To power the unit using theAC/DC adapter, connect theAC/DC adapter to theAC outlet. Then connect
the barrel plug at the end of the wire on theAC/DC adapter to the 2.5mm DC barrel connector (center-
positive) on the unit. Confirm that the unit has powered up properly by checking the power status LED
located on the front of the unit.
To power the unit using a DC power source, prepare a power cable using a two-conductor insulated
wire (not supplied) with a 14AWG gauge minimum. Cut the power cable to the length required. Strip
approximately 3/8 of an inch of insulation from the power cable wires. Connect the power cables
to the 10/100M2 standalone unit by fastening the stripped ends to the DC power connector.
Connect the power wires to the DC power source. The Power LED should indicate the presence of
power.
WARNING: Note the wire colors used in making the positive and negative connections. Use the
same color assignment for the connection at the DC power source.
NOTE: If mounting with a safety ground attachment, use the safety ground screw at the rear of
the unit.
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b. When using a 10/100M2 SFP model, insert the SFP Fiber transceiver into the Port 1 SFP receptacle on
the 10/100M2.
NOTE: The release latch of the SFP Fiber transceiver must be in the closed (up) position before
insertion.
c. Connect the UTP port via a Category 5 or better cable to a 10BASE-T or 100BASE-TX Ethernet
device.
d. Connect the appropriate multimode or single-mode fiber cable to the fiber port of the installed module.
It is important to ensure that the transmit (Tx) is attached to the receive side of the device at the other
end and the receive (Rx) is attached to the transmit side. Single-fiber (SF) media converter models
operate in pairs. The Tx wavelength must match the Rx wavelength at the other end and the Rx
wavelength must match the Tx wavelength at the other end.
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3.4 CONFIGURE THE MODULE VIA COMMAND LINE INTERFACE
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To configure, attach the 10/100M2 to a DB-9 serial (RS-232) equipped computer with terminal emulation
softwaresuch asHyperTerminal. The 10/100M2 SerialConsole Port(DCE) is amini DIN-6female connector
which can be changed to a DB-9 connector with the included adapter (Part #8082-0). Attach the ends of a
serial cable to the serial port of the PC and the Serial Console Port of the 10/100M2. This is a standard
asynchronous serial interface. The pin-outs are illustrated below.
Serial Connector Pin Outs
Start HyperTerminal and select the correct COM Port in the HyperTerminal “Connect To:” window.
Set the PC’s serial port to the following:
Bits Per Second: 57,600
Stop Bits: 1
Data Bits: 8
Parity: NONE
Hardware Flow Control: NONE
Power the chassis containing the 10/100M2 module and press <ENTER> to bring up a command line
prompt on the attached PC.
The module is configured with the following defaults:
IP
IPAddress: 192.168.1.220
IP Subnet Mask: 255.255.255.0
Passwords
Serial: No password assigned
FTP: No password assigned
Telnet: public
SNMPv1/v2c Communities
READ: public
WRITE: public
SNMPv3 Parameters
User 1 name (read only): guest
User 2 name (read/write): admin
User 1 Privacy pwd: publicguest User 1 Authen pwd: publicguest
User 2 Privacy pwd: privateadmin User 2 Authen pwd: privateadmin
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The Management Options screen will be displayed.
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Management Options iConverter, Serial Agent
Network Management
1: Chassis and Module Management
2: Set Module Identifier
Management Module Preferences
3: IP and Control Preferences
4: SNMP Preferences
5: Abandon Preference Changes
6: Save Preference Changes
7: Restore to Factory Defaults
8: Restart Management Module
9: Other Networking Features
Management Module Maintenance
10: Firmware Update
11: Set Date/Time
IP Address = 192.168.1.220
Chassis Number = 1
Enter Choice, (H)elp, E(x)it >
A new 10/100M2 module does not have a password, and will skip the Password Entry screen and go
straight to the Management Options screen. If a password has been set, the Password Entry screen will be
displayed. Type the password and press <ENTER>, the 10/100M2 will respond with the Management
Options screen.
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Omnitron Systems Technology, Inc. iConverter, Serial Agent
Copyright 2001-2007 OST, Inc. Password Entry
------------------------------------------------------------------------------
Omnitron Systems Technology Technical Support: [phone]
140 Technology #500 Sales/Products: [phone]
Irvine, CA 92618 On the web at: www.omnitron-systems.com
------------------------------------------------------------------------------
IP Address 192.168.1.220
MAC 00:00:00:00:00:00
[xxxxxxxx]
Please enter the password >
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3.4.1 Setting IP and Control Preferences
An IP address is required for the SNMP manager to address the 10/100M2. The factory default setting is
192.168.1.220. The IP address can be configured manually or automatically as a DHCP client.
3.4.1.1 Setting IP Parameters Manually
To manually configure the IP address and control parameters, select 3from the Management Options
screen. The IP and Control Preferences screen will appear.
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IP and Control Preferences Screen iConverter, Serial Agent
1: Set IP 192.168.1.220
2: Set Subnet Mask 255.255.255.0
3: Set Gateway 192.168.1.1
4: Chassis Number 1
5: Chassis Name (also sysName) 10/100M2
6: Enable/Disable TELNET Enabled
7: Enable/Disable FTP Disabled
8: Enable/Disable Soft Switch Reload Disabled
9: TELNET Password *****
10: FTP Password
11: Serial Password
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
To configure the IPaddress of the 10/100M2, select 1at the IP and Control Preferences screen, and press
<ENTER>. Backspace over the existing value, type the new value (in x.x.x.x format), and press <ENTER>.
To configure the subnet mask of the 10/100M2, select 2at the IP and Control Preferences screen, and
press <ENTER>. Backspace over the existing value, type the new value (in x.x.x.x format), and press
<ENTER>.
To configure the gateway of the 10/100M2, select 3at the IP and Control Preferences screen, and press
<ENTER>. Backspace over the existing value, type the new value (in x.x.x.x format), and press <ENTER>.
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.1.2 Setting IP Parameters as DHCP Client
To configure the IP automatically as a DHCP client, select 9from the Management Options screen. The
Other Networking Features screen will appear.
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Management Options iConverter, Serial Agent
Network Management
1: Chassis and Module Management
2: Set Module Identifier
Management Module Preferences
3: IP and Control Preferences
4: SNMP Preferences
5: Abandon Preference Changes
6: Save Preference Changes
7: Restore to Factory Defaults
8: Restart Management Module
9: Other Networking Features
Management Module Maintenance
10: Firmware Update
11: Set Date/Time
IP Address = 192.168.1.220
Chassis Number = 1
Enter Choice, (H)elp, E(x)it > 9
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Other Networking Features Screen iConverter, Serial Agent
1: Enable/Disable DHCP Client Disabled
2: Enable/Disable Keep Alive Trap Disabled
3: Keep Alive Trap interval (10-600 secs) 10
4: Enable/Disable SW1 Switch Block Enabled
5: Serial Baud Rate 57600 bps
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
To enable DHCP client, select 1at the Other Networking Features screen and follow the screen prompts
to enable DHCP.
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.1.3 Setting the Chassis Number and Name
AChassis Name, or sysName, can be assigned for identification of the 10/100M2 in the SNMPclient. The
name can be any 1-32 character alphanumeric string.
The Chassis Number can remain as 1 (factory default) when the 10/100M2 is installed without a iConverter
NMM in the same chassis. When the 10/100M2 is installed in the same chassis as an NMM, then the 10/100M2
must be set to the Chassis Number of the NMM.
To set the Chassis Number, select 4 at the IPand Control Preferences screen, press <ENTER> and follow
the instructions to enter the chassis number.
To set the Chassis Name, select 5at the IP and Control Preferences screen, press <ENTER> and follow
the instructions to enter the chassis name.
NOTE: When the NMM is installed into the chassis and is set to Remote OAM, the chassis number
of the 10/100M2 is automatically assigned by the NMM.
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IP and Control Preferences Screen iConverter, Serial Agent
1: Set IP 192.168.1.220
2: Set Subnet Mask 255.255.255.0
3: Set Gateway 192.168.1.1
4: Chassis Number 1
5: Chassis Name (also sysName) 10/100M2
6: Enable/Disable TELNET Enabled
7: Enable/Disable FTP Disabled
8: Enable/Disable Soft Switch Reload Disabled
9: TELNET Password *****
10: FTP Password
11: Serial Password
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.1.4 Setting 10/100M2 Passwords
The 10/100M2 is shipped from the factory without password protection on the Serial Console Port. It is
highly recommended that the network administrator set a password in order to prevent unauthorized access
to the unit. The password can be any 1-32 character alphanumeric string.
The 10/100M2 is shipped from the factory with Telnet enabled and FTP disabled. From the IPand Control
Preferences screen, select 6to enable or disable Telnet, and select 7to enable or disable FTP.
To set the password for Telnet access, select 9at the IP and Control Preferences screen, press <ENTER>
and then follow the screen prompts to enter and verify the password. The default password for Telnet
access is “public”.
To set the password for FTP access, select 10 at the IP and Control Preferences screen, press <ENTER>
and then follow the screen prompts to enter and verify the password.
To set the password for serial access, select 11 at the IP and Control Preferences screen, press <ENTER>
and then follow the screen prompts to enter and verify the password.

PI SA
IP and Control Preferences Screen iConverter, Serial Agent
1: Set IP 192.168.1.220
2: Set Subnet Mask 255.255.255.0
3: Set Gateway 192.168.1.1
4: Chassis Number 1
5: Chassis Name (also sysName) 10/100M2
6: Enable/Disable TELNET Enabled
7: Enable/Disable FTP Disabled
8: Enable/Disable Soft Switch Reload Disabled
9: TELNET Password *****
10: FTP Password
11: Serial Password
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.2 Setting SNMP Preferences
To set the SNMP Preferences for the 10/100M2 module, select 4from the Management Options screen,
press <ENTER> to enter the SNMP Preferences screen.
PI SA
Management Options iConverter, Serial Agent
Network Management
1: Chassis and Module Management
2: Set Module Identifier
Management Module Preferences
3: IP and Control Preferences
4: SNMP Preferences
5: Abandon Preference Changes
6: Save Preference Changes
7: Restore to Factory Defaults
8: Restart Management Module
9: Other Networking Features
Management Module Maintenance
10: Firmware Update
11: Set Date/Time
IP Address = 192.168.1.220
Chassis Number = 1
Enter Choice, (H)elp, E(x)it > 4
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PI SA
SNMP Preferences Screen iConverter, Serial Agent
Chassis Number = 1 SNMP Engine ID 80001CAE03000687003B19
1: sysContact Omnitron [phone]
2: sysLocation Irvine, CA USA
3: SNMP Writes Enabled
SNMP v1/v2c -------------------------------------------------------------------
4: Read Community *****
5: Write Community *****
6: Agent Enabled
SNMP V3 -----------------------------------------------------------------------
7: Agent Enabled
8: User 1 name (read only) guest
9: User 2 name (read/write) admin
10: User 1 Security noAuthNoPriv 13: User 2 Security noAuthNoPriv
11: User 1 Privacy pwd ***** 14: User 2 Privacy pwd *****
12: User 1 Authen. pwd ***** 15: User 2 Authen. pwd *****
Traps Hosts -------------------------------------------------------------------
16: Address 1 255.255.255.255 20: Address 5 255.255.255.255
17: Address 2 255.255.255.255 21: Address 6 255.255.255.255
18: Address 3 255.255.255.255 22: Address 7 255.255.255.255
19: Address 4 255.255.255.255 23: Address 8 255.255.255.255
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
3.4.2.1 Setting SNMPv1/v2c Read and Write Community Names
The 10/100M2 is shipped from the factory with the SNMP agent enabled with the default SNMP Read and
Write Community name as “public”. See Section 3.4 for all factory default settings.
The SNMP Read Community Name is necessary for reading data from the 10/100M2. The name can be
any 1-32 character alphanumeric string. To set the SNMP Read Community Name, select 4at the SNMP
Preferences screen, press <ENTER> and then follow the screen prompts.
The SNMP Write Community Name is necessary for writing data to the 10/100M2. The name can be
any 1-32 character alphanumeric string. To set the SNMPWrite Community Name, select 5at the SNMP
Preferences screen, press <ENTER> and then follow the screen prompts.
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.2.2 Setting SNMPv3 Parameters
SNMPv3 implements a security model that provides for message integrity, authentication, and encryption.
Authentication for SNMPv3 is provided through a unique User Name and Authentication Password for
each access level.
Two access levels or accounts are available; Read-Only Level (User 1) and Read andWrite Level (User 2).
User 1 is allowed to request information from the module. User 2 is allowed to request information from
and set configuration to the module. To set the User 1 name, select 8at the SNMP Preferences screen,
press <ENTER> and then follow the screen prompts. To set the User 2 name, select 9at the SNMP
Preferences screen, press <ENTER> and then follow the screen prompts. The 10/100M2 is shipped with
default values pre-assigned. See Section 3.4 for all factory default settings.
The module supports the three levels of Authentication and Encryption (Security Levels) for User 1 and
User 2; noAuthNoPriv, authNoPriv and authPriv. noAuthNoPriv uses username for authentication,
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authNoPriv provides authentication based on the HMAC-MD5 algorithm and authPriv provides
DES 56-bit encryption based on the HMAC-MD5 algorithm.
To set User 1 security, select 10 at the SNMP Preferences screen, press <ENTER> and then follow the
screen prompts. To set the User 2 security, select 13 at the SNMPPreferences screen, press <ENTER> and
then follow the screen prompts.
To set User 1 privacy password, select 11 at the SNMP Preferences screen, press <ENTER> and then
follow the screen prompts. To set the User 2 privacy password, select 14 at the SNMPPreferences screen,
press <ENTER> and then follow the screen prompts.
To set User 1 authentication password, select 12 at the SNMP Preferences screen, press <ENTER> and
thenfollow thescreen prompts. Toset the User2 authenticationpassword, select 15at theSNMPPreferences
screen, press <ENTER> and then follow the screen prompts.
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
Community name and User name can be any 1-32 character alphanumeric string
Authentication Password and Privacy Password can be any 1-16 character alphanumeric string.
3.4.2.3 Setting the SNMP Trap IP Host Addresses
SNMP traps are used to report events that occur during the operation of a network, and may require the
attention of the network administrator. The 10/100M2 is capable of sending SNMP traps to up to eight
different SNMPTraphosts.
To enter the IP address of the first TraphostAddress, select 4at the Management Options screen to access
the SNMP Preferences screen. Select 16 at the SNMP Preferences screen and press <ENTER>. Then
backspace over the existing value, type the new value (in x.x.x.x format), and press <ENTER>. To enter
the IPaddresses of additional trap-receiving TraphostAddresses, repeat this process for TraphostAddresses
2-8 (menu options 17-23).
To save the new values, select 0and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.
3.4.2.4 Enabling/Disabling SNMPv1/v2cAgent
To disable/enable SNMPv1/v2c agent, select 4at the Management Options screen to access the SNMP
Preferences screen. Select option 6to disable/enable SNMPv1/v2c agent. When disabled, the module
will not respond to any requests via the SNMPv1/v2c protocol.
3.4.2.5 Enabling/Disabling SNMPv3Agent
To disable/enable SNMPv3 agent, select 4at the Management Options screen to access the SNMP
Preferences screen. Select option 7to disable/enable SNMPv3 agent. When disabled, the module will not
respond to any requests via the SNMPv3 protocol.
Note: Both SNMPv1/v2c and SNMPv3 agents can be enabled at the same time.
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3.4.3 Enabling/Disabling Soft-switch Reload
The Soft-switch Reload function controls the configurations of the 10/100M2 and other iConverter modules
managed by the 10/100M2 following a power up.
When the Soft-switch Reload is disabled, the configurations of the 10/100M2 and the other managed
modules (non-management modules) are determined by their hardware DIP-switch settings following a
return of power.
Whenthe Soft-switch Reload is enabled,the configurations of the 10/100M2 andthe other managed modules
are determined by the previous software settings stored in the FLASH memory of the 10/100M2 following
a return of power. Each of the hardware DIP-switch settings on the module are ignored until a change is
made to the DIP-switch, then the hardware settings will take effect.
To set the Soft-switch Reload function, select 8at the IPand Control Preferences screen, press <ENTER>
and then follow the screen prompts to change the setting.
PI SA
IP and Control Preferences Screen iConverter, Serial Agent
1: Set IP 192.168.1.220
2: Set Subnet Mask 255.255.255.0
3: Set Gateway 192.168.1.1
4: Chassis Number 1
5: Chassis Name (also sysName) 10/100M2
6: Enable/Disable TELNET Enabled
7: Enable/Disable FTP Disabled
8: Enable/Disable Soft Switch Reload Disabled
9: TELNET Password *****
10: FTP Password
11: Serial Password
Enter Choice, Management Options Screen(0), (H)elp, E(x)it >
To save the new values, select 0 and press <ENTER> to return to the Management Options screen, then
select 6and press <ENTER> to Save Preference Changes.

3.4.4 Access the 10/100M2 Remotely
Remote access to the 10/100M2 is provided via SNMP, Telnet, FTP or an external serial modem connected
to the Serial Console Port.
3.4.4.1 Accessing the 10/100M2 via NetOutlook (SNMP)
The 10/100M2 module can be remotely accessed by SNMP-client software such as NetOutlookor third-
party SNMP management software. See Setting SNMP Preferences Section 3.4.2, on how to configure the
required parameters.
NetOutlook Chassis View and Trap Log Screens
3.4.4.2 Accessing the 10/100M2 via Telnet
The 10/100M2 is shipped from the factory with Telnet enabled. The defaultTelnet password is “public”. It
is highly recommended that the network administrator set a new Telnet password in order to prevent
unauthorized access to the unit. Telnet configuration parameters are available from the IP and Control
Preferences screen, option 6.
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