MRV Communications Cable Box EM316 2SFP User Manual

EM316-2SFP  
Transparent SFP-to-SFP Converter  
With EM316NM or EM316LNXNM-OT Management  
User Guide  
PN 1259003-001  
Revision C3  
October 30, 2007  
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EM316-2SFP User Guide  
P/N 1259003-001 Rev C3  
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EM316-2SFP User Guide  
Table of Figures  
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EM316-2SFP User Guide  
1 Preliminary Considerations  
1.1 Trademarks  
All trademarks are the property of their respective holders.  
1.2 Copyright  
MRV Communications reserves the right to make changes to products and documentation without  
notice in order to improve reliability, function, or design. The user assumes sole responsibility for  
applying the information supplied herein.  
Copyright © 2007 MRV Communications. All rights reserved.  
1.3 Customer Support  
Before contacting customer support, look for software updates, technical specifications, and  
frequently asked questions (FAQ) online at the MRV support website:  
The website includes information regarding software updates, technical specifications, and  
frequently asked questions (FAQ) as well as contact information.  
Contact help online by sending email to [email protected] or through the website request link at  
For direct MRV customer support by telephone, call your local sales representative, system  
engineer, or one of the following numbers.  
+1-800-435-7997  
MRV Americas  
(US, Canada, and Latin America)  
+1-978-952-4888  
MRV Europe  
+49-6105-2070  
MRV International  
+972-4-993-6200  
Include the following important information when opening a support case.  
Site ID or company name  
Contact information  
Model or product name  
Serial number  
Top assembly revision (see label on board)  
Brief problem or question including a description of the host network environment  
Attenuation data for applicable high-speed fiber links  
Urgency of the issue  
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EM316-2SFP User Guide  
1.4 MRV Regulatory Compliance  
Contact your sales representative for more regulatory compliance information regarding specific  
MRV products or product families.  
Fiber Driver Chassis  
FCC Part 15 (Class A); IC (Class A); EMC Directive: Emission (Class A) and Immunity; LVD  
Directive: Electrical Safety; CE Marking; TUV CUE Mark (Canada, USA, EU); GOST; RoHS  
Directive, WEEE Directive: Wheelie Bin Mark; ETSI, NEBS, C-Tick  
Fiber Driver Modules  
FCC Part 15 (Class A); IC (Class A); EMC Directive: Emission (Class A) and Immunity; LVD  
Directive: Electrical Safety; RoHS Directive, WEEE Directive: Wheelie Bin Mark; ETSI  
Optical and Copper Transceivers  
FCC Part 15 (Class A); IC (Class A); EMC Directive: Emission (Class A) and Immunity; LVD  
Directive: Electrical Safety; CE Marking; TUV; UL, CSA, RoHS Directive, ETSI, NEBS, compliant  
with EN 60825-1/A1:2002 Safety of Laser Products  
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EM316-2SFP User Guide  
1.5 General Safety  
1.5.1 Cautions and Warnings  
Disconnect all power from electronic devices before servicing. Some equipment may have  
multiple power cords requiring disconnection.  
1.5.2 Laser Safety  
WARNING: Fiber optic equipment may emit laser or infrared light that can injure your  
eyes. Never look into an optical fiber or connector port. Always assume that fiber optic  
cables are connected to a laser light source.  
CAUTION: Do not install or terminate fibers when a laser may be active.  
WARNING: Never look directly into a live optical fiber. Always wear appropriate laser  
safety glasses when working with open fiber cables that might be connected to an  
operational laser transmitter. Direct open fibers ends away from faces.  
CAUTION: Use of controls or adjustments or performing procedures other than those  
specified herein may result in hazardous radiation exposure.  
If a fiber optic laser device output is recognized as a higher than Class 1 product (Class 1M, for  
example), the device is evaluated, labeled, and certified by TUV. Class 1 and 1M outputs are  
not considered hazardous, but laser safety practices should always be observed.  
A fiber optic transceiver emits either single-mode or multi-mode light into a fiber optic strand.  
Take the following precautions when handling optical fibers.  
Wear safety glasses when you install optical fibers.  
Be aware of the risk of laser radiation exposure.  
Because transmitted light is invisible to the human eye, always assume that a fiber optic  
transceiver is on and operational.  
Never look directly into a beam (TX part of a transmitter) or open fiber ends. The  
invisible light can damage your eyes.  
Place optical fibers in a safe location during installation.  
Protect optical fiber connectors with clean dust caps for safety and cleanliness.  
Follow the manufacturer instructions when using optical test equipment.  
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1.5.3 Static Electricity  
Eliminate static electricity in the workplace by grounding operators, equipment, and devices  
including components and computer boards. Grounding prevents static charge buildup and  
electrostatic potential differences. Transporting products in special electrostatic shielding  
packages reduces electrical field damage potential.  
1.5.4 Workplace Preparation  
A safe and effective workplace provides the following items.  
ESD protective clothing/smocks: Street clothing must not come in contact with components  
or computer boards since the various materials in clothing can generate high static  
charges. ESD protective smocks, manufactured with conductive fibers, are recommended.  
Electrostatic shielding containers or totes: These containers (bags, boxes, etc.) are made  
of specially formulated materials, which protect sensitive devices during transport and  
storage.  
Antistatic or dissipative carriers: These provide ESD protection during component  
movement in the manufacturing process. It must be noted that antistatic materials alone  
will not provide complete protection. They must be used in conjunction with other methods  
such as totes or electrostatic shielding bags.  
Dissipative tablemat: The mat should provide a controlled discharge of static voltages and  
must be grounded. The surface resistance is designed such that sliding a computer board  
or component across its surface will not generate more than 100 V.  
Operator grounding: Keep a wrist strap or ESD cuff in constant contact with bare skin with  
a cable for attaching it to the ESD ground. The wrist strap drains off the static charge of the  
operator. The wrist strap cord has a current-limiting resistor for personnel safety. Wrist  
straps must be tested frequently to ensure that they are undamaged and operating  
correctly. Use special grounding heel straps or shoes when a wrist strap is impractical.  
These items are effective only when used in conjunction with a dissipative floor.  
ESD protective floor or mat: The mat must be grounded through a current-limiting resistor.  
The floor or mat dissipates the static charge of personnel approaching the workbench.  
Special conductive tile or floor treatment can be used when mats are not practical or cause  
a safety hazard. Chairs should be conductive or grounded to the floor with a drag chain.  
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EM316-2SFP User Guide  
1.6 Specific Document Information  
Document Number:  
Document:  
P/N 1259003-001 Rev C3  
EM316-2SFP User Guide  
Release Date:  
October 30, 2007 12:24:44 PM  
1.7 Latest Revision and Related Documents  
The latest revision of MRV documents may be found at http://www.mrv.com.  
Release Notes for Fiber Driver products are produced as required.  
MegaVision User Guide: Describes management of Fiber Driver modules and other MRV  
Communications SNMP manageable products using MRV Communication’s MegaVision® Pro®  
Network Management System.  
EM316NM[-5] Network Manager: Standard Fiber Driver network management module software  
guide.  
EM316LNXNM-OT User Guide: Linux-based Fiber Driver network management module.  
1.8 EM316NM and EM316NM-5 References  
The latest EM316NM network management module revision is designated as the EM316NM-5.  
This document refers to these names together as EM316NM[-5], but examples refer to the  
EM316NM-5 model.  
This name change indicates a significant product design change. Some commands may be  
affected. Refer to the corresponding documentation revision for information about your specific  
modules. There are known compatibility issues between versions when used with AH modules. If  
necessary, refer to AH circuit upgrade and downgrade documentation to change firmware revision  
levels for your application.  
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EM316-2SFP User Guide  
2 Product Overview  
The EM316-2SFP transparent converter contains two MSA compliant SFP sockets connected back-  
to-back. No components on the EM316-2SFP board are connected to the data path, so the module is  
considered transparent. Supported speed ratings range from 100 Mbps up to 2.7 Gbps where speed-  
matching or multi-rate SFPs are required in both ports. This EM316-2SFP converter is hot-pluggable,  
and it is managed through the Fiber Driver management bus from a network management module.  
The SFP sockets support a wide range of SFP modules available from MRV to address any network  
situation.  
Single-mode  
Multi-mode  
Multi-rate  
Single fiber bi-directional  
Coarse Wave Division Multiplexing (CWDM)  
Dense Wave Division Multiplexing (DWDM)  
Copper 10/100  
2.1 Management features  
2.1.1 LIN  
Link Integrity Notification (LIN) notifies connected equipment and network management systems  
if the EM316-2SFP module detects a loss of receive signal on one of its SFP ports. The loss of  
receive signal may be caused by a cable break, disconnection, remote power loss, or a variety  
of other events. With LIN enabled on a module, the loss of receive signal is propagated  
downstream to the remote end, notifying the remote device of a fault in the circuit. This  
communication ensures that connected equipment is notified of a link fault. The connected  
device, such as a switch or router, can then activate preconfigured, link-state dependent  
redundancy mechanisms, and properly react to link conditions. This feature is extremely  
important in fault-tolerant network designs. To avoid a possible “deadly embrace” condition  
requiring operator intervention, ensure that neither remote device allows disabling of its SFP  
transmitter.  
LIN works in unmanaged and managed modes, and it applies globally to the module rather than  
to individual ports. Enable LIN on the module to allow remote control of this feature through  
network management.  
LIN is not supported in a mixed copper and fiber environment.  
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2.1.2 Loopback  
The EM316-2SFP module supports loopback either by DIP switch setting or controlled through  
the CLI or SNMP software settings. For software control the Loopback DIP switch must be set  
to OFF. It the Loopback switch is ON, it cannot be over-ridden by software.  
Loopback is one way to assure that the fiber optical communication path is valid and error free.  
Packets sent over a short-circuit link should be received by the sender without any modification  
to the original data packet.  
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3 Preparation and Installation  
3.1 Unpacking the Fiber Driver Module  
Follow the steps below as illustrated in the figure.  
Step 1. Open the cardboard box.  
Step 2. Remove the static bag containing the device.  
Step 3. Check for additional accessories in the box that may move beneath the module tray  
during transit.  
In the unlikely event that anything is missing, contact your authorized dealer or representative. If it  
becomes necessary to return the unit, repackage the unit in its original box.  
Figure 1 -- Unpacking  
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EM316-2SFP User Guide  
3.2 Front Panel Description  
Figure 2 -- Front Panel Schematic of the EM316-2SFP  
The EM316-2SFP module is equipped with the following interfaces:  
Port 1 (P1): SFP port rated 100 Mbps to 2.7 Gigabit depending on SFP interface  
Port 2 (P2): SFP port rated 100 Mbps to 2.7 Gigabit depending on SFP interface  
Cable Lengths  
The maximum cable length for SFP links is dependent upon the optical characteristic of the SFP  
transceivers only. The EM316-2SFP module does not affect cable length. In the case of a copper  
SFP, the maximum cable length is 100 meters.  
3.2.1 LED Display Information  
PWR/NMS:  
Indicates power and management support  
SP (each port):  
a link signal present.  
DD (each port):  
inserted.  
Indicates presence of an SFP with or without  
Digital Diagnostic indicator for the SFP  
LED  
Color  
Explanation  
PWR/NMS  
Off  
No power to unit  
Green  
Power OK; user wire port active  
SP  
DD  
Off  
Green  
Amber  
No SFP Present  
Signal/Link present  
SFP inserted, no link/signal present  
Digital Diagnostics not supported  
Off  
Green  
Amber  
No alarm  
Alarm  
Figure 3 -- LED Legend  
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EM316-2SFP User Guide  
3.3 DIP Switch Configuration  
The EM316-2SFP factory default configuration is designed to operate in the most common  
applications.  
Network Management = Enabled  
LIN = Disabled  
Loopback = Disabled  
The default configuration optimizes the EM316-2SFP module in most applications. Network  
management configuration does not override hardware DIP switch settings. These settings can  
only be changed using the DIP switches (SW1) on the EM316-2SFP module, regardless of  
previous card installations and network management configuration.  
Refer to network management sections of this document, the Command Line Interface User Guide,  
or MegaVision documentation for additional information about EM316-2SFP management.  
DIP Switch Settings  
SW #  
Function  
Loopback  
NMS  
LIN  
RESERVED  
ON  
OFF  
Default  
ON  
OFF  
ON  
1
2
3
4
Disable  
Disable  
Disable  
Enable  
Enable  
Enable  
Must remain ON  
Figure 4 – DIP switch settings  
EM316-2SFP Default DIP Switch (SW1) Positions  
PCB rev 003R  
PCB rev 004R  
PCB rev 006R  
Figure 5 -- DIP switches and PCB revision examples  
The DIP switch components and labeling has changed between PCB revisions. Figure 5 above  
illustrates some DIP switch examples by PCB revision. Note that the ON position in these  
revisions, as labeled on the DIP switch component, represents DISABLE for the feature as  
described in Figure 4. Refer to the pictures above for proper DIP switch polarity on the PCB  
revisions cited.  
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3.4 Module Installation  
EM316xx cards are hot-swappable, and they are designed to insert into a powered Fiber Driver  
chassis. Install the EM316xx module into a single slot or multiple slot chassis by aligning the edge  
of the card with the rail of the chassis and hand-tighten the thumb screw.  
The thumb screw points to the left in the BU-1, BU-2, BU-3, and BU-4 chassis. The thumb screw  
points to the bottom in the BU-16 chassis.  
Tools  
6-inch Phillips screwdriver (for some module screws)  
6-inch flat-tip screwdriver  
Procedure  
Follow all guidelines to eliminate static electricity while handling the module and other electronic  
devices. Refer to the front of this manual for some suggestions.  
Step 1. If a blank panel is covering the target slot, remove it by unfastening the two screws with  
a 6-inch Phillips screwdriver.  
Figure 6 -- Remove the required blank panels  
To comply with FCC regulations and to optimize air flow, a cover panel or a module must cover  
every chassis slot. No chassis slot should remain open when the unit is operational to limit  
external signal radiation. Securing modules and panels with appropriate screws is also  
important for grounding and compliance.  
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Step 2. Install the module inside a Fiber Driver chassis by aligning the edge of the card with the  
rail of the chassis. Tighten the thumbscrew by hand.  
Figure 7 -- Module installation (not all chassis are shown)  
Handle the module by the edges to avoid damaging any components. Follow all ESD  
precautions listed at the front of this manual. Use your thumb to push the module securely into  
the chassis slot. Do not use excessive force, but make sure the module connector is fully  
inserted in the chassis. Secure the module by hand using the thumbscrew.  
Figure 8 -- Correctly inserted Fiber Driver module in a powered chassis  
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EM316-2SFP User Guide  
3.5 Small Form Pluggables (SFP): Handling and Installation  
The EM316-2SFP accepts any SFP that complies with the MSA standard. Use MRV components  
for guaranteed results.  
Follow all ESD precautions listed at the front of this manual.  
3.5.1 Cleaning Fibers  
Fiber optic components and cables are very sensitive to dirt, dust and mishandling, especially in high-  
speed networks. Dirty or mistreated fiber may cause errors and an unwanted degradation of signal  
quality.  
Prior to an installation the fiber and fiber optic transceivers should be cleaned following the  
procedure below.  
3.5.1.1 Cleaning Supplies  
Optical cleaner cartridge  
Can of compressed air  
Figure 9 -- Cleaning cartridge  
3.5.1.2 Cleaning Procedure:  
1. Blow a stream of compressed air on the fiber ends while the caps are in place.  
2. Remove the caps, and blow the ends of the fibers again.  
3. Clean the ends of the fibers using the cleaner cartridge; follow the instructions  
included with the cartridge.  
Fiber Inspection  
Figure 10 -- Contaminated fiber and clean fiber through a scope  
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EM316-2SFP User Guide  
3.5.2 Working with SFPs  
The pluggable optics modules used in the EM316xx products are extremely portable, and  
consequently may be easily mistreated. If SFPs are not protected against dust, remove the dust  
caps and clean them with 1.25 millimeter cleaners.  
Figure 11 -- SFP cleaners  
3.5.2.1 Cleaning SFPs  
(1)  
Requirements:  
SFP to be cleaned  
1.25 mm cleaners  
(2)  
Procedure:  
Insert the 1.25mm cleaner into the SFP  
Turn ¼ turn  
Remove the 1.25mm cleaner and discard  
Repeat the process  
Do not stretch optical fibers or bend them too tightly. Install optical cables with as little fiber  
stress as possible.  
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3.5.2.2 Mylar Tab SFP Modules  
The Mylar tab or nail latch on the module has a tab that you must pull in order to remove the  
module from a switching module port.  
Figure 12 -- Mylar Tab on SFP Module  
(3)  
Inserting a Mylar Tab SFP Module  
To insert the Mylar tab SFP module into a switching module port, line up the SFP module  
with the port, and slide it into place  
Figure 13 -- Insertion of a Mylar Tab SFP Module  
(4)  
Removing a Mylar Tab SFP Module  
To remove the SFP module from the switching module port, pull the tab gently until the SFP  
module disengages from the port, and then pull the SFP module out.  
Figure 14 -- Removal of a Mylar Tab SFP Module  
Caution When pulling the tab to remove the SFP module, be sure to pull in a straight  
outward motion. Do not twist or forcibly pull the tab because you may disconnect it from the  
SFP module.  
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3.5.2.3 Actuator/Button SFP Modules  
The actuator/button SFP module has a button that you must push in order to remove the  
SFP module from a switching module port.  
Figure 15 – Actuator/Button SFP Module  
3.5.2.4 Inserting an Actuator/Button SFP Module  
To insert the actuator/button SFP module into a switching module port, line up the SFP  
module with the port and slide it in until the actuator/button clicks into place. Be sure not to  
press the actuator/button as you insert the SFP module because you might inadvertently  
disengage the SFP module from the port.  
Figure 16 -- Insertion of an Actuator/Button SFP Module  
(5)  
Removing an Actuator/Button SFP Module  
Step 1 Gently press the actuator/button on the front of the SFP module until it clicks and the  
latch mechanism activates, releasing the SFP module from the port.  
Step 2 Grasp the actuator/button between your thumb and index finger and carefully pull the  
SFP module from the port.  
Figure 17 -- Removal of an Actuator/Button SFP Module  
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3.5.2.5 Bale Clasp SFP Module  
The bale clasp SFP module has a bale clasp that you use to secure the SFP module in a  
switching module port.  
Figure 18 -- Bale Clasp SFP Module  
(6)  
Inserting a Bale Clasp SFP Module into a Switching Module Port  
Step 1 Close the bale clasp in the upward direction before inserting the SFP module.  
Step 2 Line up the SFP module with the port and slide it into the port.  
Figure 19 -- Insertion of a Bale Clasp SFP Module  
(7)  
Removing a Bale Clasp SFP Module  
Step 1 Open the bale clasp on the SFP module: With your index finger, press the clasp  
downward as shown. If the bale clasp is obstructed and you can not use your index  
finger to open it, use a small, flat-blade screwdriver or other long, narrow instrument to  
open the bale clasp as shown.  
Step 2 Grasp the SFP module between your thumb and index finger and carefully remove it  
from the switching module port as shown.  
Open a Bale Clasp with a Flat-Blade Screwdriver if needed.  
Figure 20 -- Removal of a Bale Clasp SFP Module  
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EM316-2SFP User Guide  
4 Module Management  
Most Fiber Driver modules, including the EM316-2SFP, may be managed by a Fiber Driver network  
management (NM) module installed in the same chassis.  
The EM316-2SFP module may be managed by either the EM316NM-5 or EM316LNXNM-OT Network  
Management (NM) modules.  
The NM module installs in the same chassis as the managed modules. It provides management for  
the 2SFP module and other compatible Fiber Driver modules resident in the chassis. Refer to specific  
module documentation to determine compatibility with a specific NM.  
Although the factory settings are appropriate for most installations, network management through an  
NM module is highly recommended. Network environments are unpredictable, and Fiber Driver  
network management is a critical tool for proactive administration as well as for reduced operating  
expenses.  
The NM provides a command line interface (CLI), accessible either through a local serial port and  
console or from the IP network using a terminal emulation environment. Some CLI commands specific  
to the 2SFP module in a managed environment are discussed in this section. Refer to the appropriate  
NM documentation (EM316NM-5 or EM316LNXNM-OT) for further details regarding the interface and  
commands specific to your installation.  
The network management module also provides Simple Network Management Protocol (SNMP)  
support to allow control through any industry standard network management system (NMS). To  
maximize the graphical remote management control of Fiber Driver modules, MRV offers  
MegaVision® Pro. It is a unique and full-featured NMS with graphical user interfaces (GUI) for all  
managed MRV network components including Fiber Driver. A limited version of MegaVision called  
“Configurator” is available for trial through the MRV website (http://www.mrv.com). Refer to MegaVision  
Pro documentation for more information on the benefits offered with the product.  
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4.1 Remote Command Line Interface (CLI) Setup  
The NM has at least one Ethernet port, which is typically used to connect to a Local Area Network  
(LAN). The factory default IP address is 192.168.14.201 with netmask 255.255.255.0, sometimes  
written as 192.168.14.201/24 to show the 24 bits masked for subnetting. The default gateway  
address is 192.168.14.1/24.  
From the network, connect to the NM IP address using telnet or SSH (secure shell) to open the  
command line interface (CLI). Telnet services are disabled by default on the EM316LNXNM-OT,  
but they may be enabled for additional CLI access. SSH is not available on the EM316NM-5.  
4.2 Serial Command Line Interface (CLI) Setup  
Each NM has an RS-232 interface that is used for serial communications to the CLI. This  
connection is recommended for network setup. Besides configuration simplicity, it offers the  
advantage of “out-of-band” management for greater network autonomy.  
Attach the serial RS-232 cable to the PC or terminal device. Configure terminal emulation software  
with the parameters described below.  
4.2.1 EM316NM Serial Console Setup  
Configure the EM316NM RS-232 serial parameters with the following values.  
• 9600 baud  
RS-232  
Serial Port  
Parameters  
• 8 data bits  
• 1 stop bit  
• no parity  
• no flow control  
Connect the management port to a terminal serial port with a DB9 RS-232 rollover cable.  
4.2.2 EM316LNXNM-OT Serial Console Setup  
Configure the EM316LNXNM-OT RS-232 serial parameters with the following values.  
• 38400 baud  
RS-232  
Serial Port  
Parameters  
• 8 data bits  
• 1 stop bit  
• no parity  
• no flow control  
Connect the management port to a terminal serial port with a flat RJ-45 to RJ-45 flat RS-232  
rollover cable. The components below may be ordered from MRV.  
Adapter (part number 350-0308 REV-B MRG/20028-2)  
Cable (part number 151-3028 REV-F AI 04/04)  
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4.3 EM316NM[-5] Command Line Interface (CLI)  
Command Line Interface (CLI) commands are used to manage the EM316-2SFP module through  
network management interfaces. A set of relevant commands is given here with a description of  
their function and syntax. A Fiber Driver® Network Management Module (EM316NM[-5]) must be  
installed in the chassis containing the EM316-2SFP to enable this module management access.  
For more details on the EM316NM[-5], consult the related manuals or contact your local MRV  
representative.  
An abbreviated list of CLI commands appears below.  
EM316 Commands  
get-chassis-info  
Display chassis information  
Slot (Module) Commands  
get-module-info  
init-module  
Display module information  
Initialize specified module to Defaults  
Reset specified module to Saved settings  
reset-module  
Port Commands  
get-port-info  
Display port information  
Show current port name  
Change the port name  
Clear the port name  
get-port-name  
set-port-name  
clear-port-name  
SFP Port Commands  
get-port-dd  
Get port optics digital diagnostics information  
Display SFP polling interval  
get-sfp-poll  
set-sfp-poll  
Set SFP polling interval  
Console Commands  
banner  
Display banner  
Figure 21 -- EM316NM[-5] CLI commands for EM316-2SFP management  
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EM316 (Chassis) Commands  
get-chassis-info arg1  
Display chassis information  
[arg1] chassis number {1}  
Slot (Module) Commands  
get-module-info arg1 arg2  
Display module information  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
init-module arg1 arg2  
Initialize specified module to defaults  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
reset-module arg1 arg2  
Reset specified module to saved settings  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
Port Commands  
get-port-info arg1 arg2 arg3  
Display port information  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
[arg3] port number  
get-port-name arg1 arg2 arg3  
Show current port name  
Change the port name  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
[arg3] port number  
set-port-name arg1 arg2 arg3 arg4  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
[arg3] port number  
[arg4] port name  
clear-port-name arg1 arg2 arg3  
Clear the port name  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
[arg3] port number  
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SFP Port Commands  
get-port-dd arg1 arg2 arg3 arg4  
Get the port optics digital diagnostic information  
[arg1] chassis number {1}  
[arg2] slot number {1-16}  
[arg3] port number  
[arg4] optional: type <now> to fetch info in real-time  
get-sfp-poll  
Display SFP polling interval  
set-sfp-poll arg1  
Set SFP polling interval  
[arg1] interval [sec]  
Console Commands  
banner  
Display banner  
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4.4 EM316LNXNM-OT Command Line Interface (CLI)  
The EM316LNXNM-OT provides command line interface (CLI), SNMP, and graphical  
administration options for a Fiber Driver chassis system. This section introduces the CLI for the  
Linux-based network management (EM316LNXNM-OT) module.  
The commands for EM316NM and EM316LNXNM-OT management are specific to each module.  
The EM316LNXNM-OT management module also includes MegaVisionJ, a built-in graphical  
interface to manage only the Fiber Driver chassis system controlled by the specified NM. This  
graphical system is accessible from any standard Java-enabled web browser that can reach the IP  
address assigned to the EM316LNXNM-OT. MegaVisionJ allows remote management of the entire  
Fiber Driver chassis system and compatible modules.  
Some commands applicable to the 2SFP modules are illustrated in this manual. The box below  
lists a few sample commands addressed in this document. Refer to EM316LNXNM-OT documents  
for more detail.  
show  
show digital-diagnostics  
show config  
show defaults  
description <name>  
shutdown / no shutdown  
loopback / no loopback  
show version  
show slots  
show x.x  
?
list  
lin / no lin  
Figure 22 -- EM316LNXNM-OT general commands for 2SFP module  
Some of these commands apply to both slot-level and port-level contexts as described in the  
navigation portion of this section. Refer to EM316LNXNM-OT documentation for a more complete  
discussion of the Linux-based interface and available commands.  
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4.4.1 EM316LNXNM-OT Boot and CLI Login  
The box below shows the NM boot and login to the built-in admin user account. The “banner”  
information that displays after the login may also be displayed from the CLI prompt with the  
show version command. The show command is introduced in a later section. Refer to  
EM316LNXNM-OT documentation for network manager and CLI configuration help.  
U-Boot 1.0.1 (Jan 25 2005 - 11:08:25)  
CPU: MPC875ZPnn at 133 MHz: 8 kB I-Cache 8 kB D-Cache FEC1 FEC2  
BOARD: MRV NM2 v3  
DRAM: (64 MB SDRAM) 64 MB  
FLASH: 16.5 MB  
Net: FEC ETHERNET  
Hit any key to stop autoboot: 0  
## Booting image at e0000000 ...  
Image Name: EM316LNXNM  
Image Type: PowerPC Linux Multi-File Image (gzip compressed)  
Data Size:  
7324224 Bytes = 7 MB  
Load Address: 00000000  
Entry Point: 00000000  
Contents:  
Image 0: 676629 Bytes = 660.8 kB  
Image 1: 6647580 Bytes = 6.3 MB  
Verifying Checksum ... OK  
Uncompressing Multi-File Image ... OK  
Loading Ramdisk to 03920000, end 03f76f1c (656f1c)... OK  
Welcome to MRV EM316LNXNM  
RTC[DS1338]: Clock may be incorrect, reset your time.  
RTC[DS1338]: Testing RTC... OK  
Reading configuration: ok  
Starting up, please wait  
FPGA Already Loaded.  
MRV EM316LNXNM  
login: admin  
Password:  
Please wait, initializing...now ready.  
EM316LNXNM-OT v4.0 fdr 52 (May 14 2007 - 13:35:38).  
U-Boot 1.0.1 (Jan 25 2005 - 11:08:25).  
Linux kernel v2.4.26 (#1 Wed Dec 13 10:36:44 PST 2006).  
EM316LNXNM (firmware 5c.13) (00:20:1a:02:53:8f).  
MegaVisionJ v2.32k5 - August 24, 2006  
Copyright (c) MRV Corp. 1993-2007  
You are a SUPER user!  
fiberdriver#  
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4.4.2 CLI Navigation  
The CLI uses five operational contexts: login, configuration, chassis, slot, and port. Only the  
login context is not considered a configuration mode. The system prompt includes a string to  
indicate the current operational context, as illustrated in the example below. The “#” character  
ends the prompt string, and a space separates the command from the prompt.  
Each navigation command in the box below is bold for emphasis in print only.  
fiberdriver# configure terminal  
fiberdriver(config)# chassis 1  
fiberdriver(chassis/1)# slot 1.4  
fiberdriver(slot/1.4)# port 1.4.2  
fiberdriver(port/1.4.2)# next  
fiberdriver(port/1.4.3)# exit  
fiberdriver(config)# exit  
fiberdriver#  
These contexts are not entirely hierarchical, but the three hardware-specific contexts do follow a  
structure that reflects the physical device relationships. The chassis contains slots (modules)  
which in turn contain ports.  
Enter the configuration context with the “configure terminal” command. Any hardware  
context may be reached directly from the config context or any other hardware context. For  
example, there is no need to pass through the chassis context to reach the slot or port contexts.  
The next command is a short-cut for navigating to the hardware context following the current  
context and at the same level. In the box above, the port value in the prompt increments from 2  
to 3 to indicate this context change.  
Operations on the larger component may sometimes also apply to the smaller components  
contained in the larger target device. Refer to EM316LNXNM-OT documentation or use the CLI  
help feature “?” for more information about CLI context navigation.  
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4.4.3 Login Context Commands and Examples  
The login context refers to the only CLI state not considered a configuration context. Commands  
in this context are generally for system status monitoring. Use the “?” and “list” commands at  
the fiberdriver #prompt to display the list of command line options. These help commands  
are shown in the slot and port command illustrations later in this section.  
A few login context commands are illustrated in this section.  
4.4.3.1 “show version”  
The show version command displays revision levels for the management system  
components.  
fiberdriver# show version  
EM316LNXNM-OT v4.0 fdr 52 (May 14 2007 - 13:35:38).  
U-Boot 1.0.1 (Jan 25 2005 - 11:08:25).  
Linux kernel v2.4.26 (#1 Wed Dec 13 10:36:44 PST 2006).  
EM316LNXNM (firmware 5c.13) (00:20:1a:02:53:8f).  
MegaVisionJ v2.32k5 - August 24, 2006  
Copyright (c) MRV Corp. 1993-2007  
fiberdriver#  
4.4.3.2 “show log”  
The show logcommand displays log settings for the management system components.  
fiberdriver(config)# show log  
Running Level: warning  
Nvram Level: disabled  
Trap Level: warning  
Remote Server: 0.0.0.0  
Remote Level: notice  
fiberdriver(config)#  
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4.4.3.3 “show running-config”  
The show running-configcommand displays the currently active system parameters for  
the management system.  
fiberdriver# show running-config  
Building configuration...  
Current configuration:  
!
! Configuration saved on 2005/01/01 01:54:38  
!
!
! Configuration written by admin!  
!
! EM316LNXNM-OT v4.0 fdr 52 (May 14 2007 - 13:35:38).  
! U-Boot 1.0.1 (Jan 25 2005 - 11:08:25).  
! Linux kernel v2.4.26 (#1 Wed Dec 13 10:36:44 PST 2006).  
! EM316LNXNM (firmware 5c.13) (00:20:1a:02:53:8f).  
Copyright (c) MRV Corp. 1993-2007.  
!
ip interface 192.168.14.201/24  
username admin password encrypted $1$kQ2rIq/$Ob8wFa2EW135XC4TnN7wJ/  
class super username admin group all  
group all write 2  
group all write 1  
snmp-server community read encrypted  
$1$hZyZkA1$xiJTxyGDfVb1bcAYyW9Wi1  
snmp-server community write encrypted  
$1$wZCHI9/$6H3mce5Y15iLhtdpoXBoa1  
chassis 1 type NC316BU-16 rev 1  
slot 1.2 type EM316LNXNM-OT rev 4  
slot 1.3 type EM316-2SFP rev 3  
fiberdriver#  
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4.4.3.4 “show startup-config”  
The show startup-configcommand displays the contents of the startup-config file that  
are applied when the system boots. Default values are applied to any parameters not  
specified in this file.  
fiberdriver# show startup-config  
!
! Configuration saved on 2005/01/01 01:54:07  
!
!
! Configuration written by admin!  
!
! EM316LNXNM-OT v4.0 fdr 52 (May 14 2007 - 13:35:38).  
! U-Boot 1.0.1 (Jan 25 2005 - 11:08:25).  
! Linux kernel v2.4.26 (#1 Wed Dec 13 10:36:44 PST 2006).  
! EM316LNXNM (firmware 5c.13) (00:20:1a:02:53:8f).  
! Copyright (c) MRV Corp. 1993-2007.  
!
ip interface 192.168.14.201/24  
username admin password encrypted $1$kQ2rIq/$Ob8wFa2EW135XC4TnN7wJ/  
class super username admin group all  
group all write 2  
group all write 1  
snmp-server community read encrypted  
$1$hZyZkA1$xiJTxyGDfVb1bcAYyW9Wi1  
snmp-server community write encrypted  
$1$wZCHI9/$6H3mce5Y15iLhtdpoXBoa1  
chassis 1 type NC316BU-16 rev 1  
slot 1.2 type EM316LNXNM-OT rev 4  
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4.4.4 Configuring System Parameters  
Enter "configuration" mode, as shown below, to configure the system parameters  
fiberdriver# configure terminal  
Note that each command is completed with the <CR> or <Enter> key, which is not printable.  
Once the mode is changed, the prompt also changes. Change the SUPER user password using  
the "username" command.  
fiberdriver(config)# username admin password <new password>  
Set the IP configuration using the "ip" command group. Set IP address and IP mask information  
using the following command.  
fiberdriver(config)# ip interface 169.254.88.200/16  
The IP address (169.254.88.200) and the netmask (16) are examples only. Use the IP address  
and netmask appropriate for the EM316LNXNM-OT on your network. Classless Inter-Domain  
Routing (CIDR) notation is used to specify the address (169.254.88.200) and mask (16)  
corresponding to 255.255.0.0.  
Set specific gateway information using the following command:  
fiberdriver(config)# ip default gateway 169.254.88.1  
The IP information configured does not load until restarting the system or using the command:  
ip interface update  
Use the following command to save the configuration into permanent (non-volatile) storage:  
fiberdriver(config)# write file  
fiberdriver(config)# exit  
The system does not automatically save configurations to permanent storage. Use the write  
filecommand to save a configuration before restarting the system. Now the IP configuration is  
complete. The default SNMP community names are "public" for read and "private" for write.  
Use the description command to change names of the chassis, slot, and port. Use the show  
command to verify the change. Chassis names are limited to nine characters.  
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4.4.5 Chassis Context  
4.4.5.1 Chassis Context – “show”  
The following CLI excerpt shows a Fiber Driver chassis system an EM316-2SFP module and  
a EM316LNXNM-OT network management (NM) module. No other modules are installed in  
this example.  
fiberdriver(chassis/1)# show  
Model: NC316BU-16  
Name: NC316BU-1  
Temp(C): 28  
Temp Min(C): 5  
Temp Limit(C): 55  
PS1: not Installed PS2: AC Good  
Fan1: bad Fan2: good  
Fan3: good  
Chassis Traps: on Slot Change Traps: on Module Specific Traps: on  
Port Traps: on  
LIN Traps: on Port Change Traps: on  
Link Traps: on  
Loopback Traps: on  
Port Diags Traps: on  
Number Of Slots: 16  
Hardware Revision: 1  
Slot Model  
Name  
Serial Number  
==== ============= ==================== ============================  
1.1 EM316LNXNM-OT EM316LNXNM-OT at 1.1 00:20:1a:02:13:f1  
1.2 EM316-2SFP  
EM316-2SFP  
at 1.2 N/A  
----------------------------------------------------------------------  
fiberdriver(chassis/1)#  
Use the command line “?” (help character) to display command line parameters for the show  
command.  
Slot and port information examples are shown later in their own contexts. However, slot and  
port information may be displayed directly from a “higher” context with the following  
commands.  
Fiberdriver# show slots  
Fiberdriver# show ports  
The command output for slot and port information is shown in the respective context  
sections.  
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4.4.5.2 Displaying and Saving System Parameters  
Use the write terminalcommand to display the current operating parameters.  
fiberdriver(port/1.1.1)# write terminal  
Building configuration...  
Current configuration:  
!
! Configuration saved on 2005/01/01 01:54:11  
!
! Configuration written by admin!  
!
! EM316LNXNM-OT v4.0 fdr 52 (May 14 2007 - 13:35:38).  
! U-Boot 1.0.1 (Jan 25 2005 - 11:08:25).  
! Linux kernel v2.4.26 (#1 Wed Dec 13 10:36:44 PST 2006).  
! EM316LNXNM (firmware 5c.13) (00:20:1a:02:53:8f).  
! Copyright (c) MRV Corp. 1993-2007.  
!
ip interface 192.168.14.201/24  
username admin password encrypted  
$1$kQ2rIq/$Ob8wFa2EW135XC4TnN7wJ/  
class super username admin group all  
group all write 2  
group all write 1  
snmp-server community read encrypted  
$1$hZyZkA1$xiJTxyGDfVb1bcAYyW9Wi1  
snmp-server community write encrypted  
$1$wZCHI9/$6H3mce5Y15iLhtdpoXBoa1  
chassis 1 type NC316BU-16 rev 1  
slot 1.1 type EM316-2SFP rev 1  
slot 1.2 type EM316LNXNM-OT rev 4  
fiberdriver(port/1.1.1)#  
Use the write filecommand to save the current parameters to the configuration file.  
fiberdriver(port/1.1.1)# write file  
Building configuration file...  
OK, saved to startup-config  
fiberdriver(port/1.1.1)#  
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4.4.5.3 Restoring Default Parameters  
Use the default command to discard changes applied to the module configuration. The  
example below illustrates returning the entire module to the original factory defaults. Use the  
“?” after the defaultcommand or refer to EM316LNXNM-OT documentation for parameters  
to reapply only selected default values including individual port settings.  
The command below is applied in the main configuration context. The first command line in  
the box opens this context from the login context.  
fiberdriver# configure terminal  
fiberdriver(config)# default 1 all  
Restored default configuration for 1  
Restored default configuration for 1.1  
Restored default configuration for 1.2  
Restored default configuration for 1.2.1  
Restored default configuration for 1.2.2  
Restored default configuration for 1.3  
Restored default configuration for 1.4  
Restored default configuration for 1.5  
Restored default configuration for 1.6  
Restored default configuration for 1.7  
Restored default configuration for 1.8  
Restored default configuration for 1.9  
Restored default configuration for 1.10  
Restored default configuration for 1.11  
Restored default configuration for 1.12  
Restored default configuration for 1.13  
Restored default configuration for 1.14  
Restored default configuration for 1.15  
Restored default configuration for 1.16  
fiberdriver(config)#  
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4.4.5.4 Chassis Context – Other Commands  
The commands available at the chassis level are consistent in Fiber Driver environments.  
These general system features are beyond the scope of this document. A list of available  
commands in the chassis context is displayed by typing “?” or “list” at the prompt.  
fiberdriver(chassis/1)# ?  
chassis  
default  
description  
echo  
end  
exit  
Configure a chassis  
Restore parameter(s) to defaults  
Set chassis name  
Display text for scripting  
End current mode and go down to enable node  
Exit current mode and go down to previous mode  
Enable trap generation for the chassis  
Print command list  
gen-trap  
list  
logout  
map  
next  
Logout of the system  
Configure port map for entire current context  
Configure next element  
no  
pager  
port  
Negate a command  
Pause scrolling when screen is full  
Configure a port  
previous  
quit  
show  
Configure previous element  
Exit current mode and go down to previous mode  
Show basic info  
sleep  
slot  
Pause CLI for scripting  
Configure a slot  
temperature-limit Adjust high-temperature limit (deg. C)  
temperature-min  
who  
whoami  
Adjust low-temperature limit (deg. C)  
Find out who is connected to the system  
Who am I?  
write  
Write running configuration to memory or terminal  
fiberdriver(chassis/1)#  
For a list of available commands in any context, type “?” or “list” at the prompt or refer to  
EM316LNXNM-OT manuals.  
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4.4.6 Slot Context Commands and Examples  
Command examples in this section are applied in the slot-level context. The box below shows  
the command to navigate to the slot context from the login context.  
fiberdriver# configure terminal  
fiberdriver(config)#  
fiberdriver(config)# slot 1.1  
fiberdriver(slot/1.1)#  
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4.4.6.1 “?”  
The “?” is a special help character in the EM316LNXNM-OT command line. In previous  
releases, the “?” character did not echo to the display when typed. Beginning in version 4.0,  
the “?” displays as other commands do. Results of the help request are displayed  
immediately to the monitor.  
The box below shows the output of the “?” typed alone on the command line in the slot-level  
configuration context. In other contexts, the display is different to reflect the commands  
available from the current prompt. Navigate to each operational context and type “?” at the  
prompt to become familiar with these commands in your environment. Also notice the  
different help output in the slot-level context of a different Fiber Driver module type. The box  
displayed below is specific to 2SFP modules.  
fiberdriver(slot/1.1)# ?  
clear-type Clear Type, if locking types  
default  
Restore parameter(s) to defaults  
description Set slot name  
echo  
end  
exit  
list  
logout  
next  
no  
Display text for scripting  
End current mode and down to previous mode  
Exit current mode and down to previous mode  
Print command list  
Logout of the system  
Configure next element  
Negate a command  
pager  
port  
previous  
quit  
show  
sleep  
slot  
up  
Pause scrolling when screen is full  
Configure a port  
Configure previous element  
Exit current mode and down to previous mode  
Show basic info  
Pause CLI for scripting  
Configure a slot  
Configure parent element  
who  
whoami  
Find out who is connected to the system  
Who am I?  
write  
Write running configuration to memory or terminal  
fiberdriver(slot/1.1)#  
The “?” may also be used in two ways after a command typed at the prompt in any context.  
When typed immediately after a command line entry with no space separating it from the  
command, the “?” displays a list of commands that match the preceding string and a  
description of each matching command function. When a space separates the command  
string from the “?”, the display shows the first matching command and a list of the options for  
the next required parameter on the command line.  
Read more about the “?” help character in the EM316LNXNM-OT User Guide. There is no  
substitution for practicing the command to become familiar with its behavior.  
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4.4.6.2 “list”  
The list command displays all the full command options (including applicable command  
line arguments) available in the current context. The box below illustrates the display in the  
slot-level context specific to 2SFP modules.  
fiberdriver(slot/1.1)# list  
clear-type  
default all  
default description  
default me  
description .LINE  
echo  
echo .LINE  
end  
exit  
list  
logout  
next  
no description  
no pager  
pager  
port (PORT-NUM|PORT)  
previous  
quit  
show  
show config  
show defaults  
show digital-diagnostics  
show running-config  
show statistics  
sleep <0-10>  
slot SLOT  
up  
who  
who am i  
whoami  
write file  
write terminal  
fiberdriver(slot/1.1)#  
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4.4.6.3 “show”  
The show command displays management and system information related to the  
EM316LNXNM-OT management module, the hosting chassis, other modules in the chassis,  
and ports available within the managed system. The arguments (parameters) following the  
show command and the operational context displayed by the system prompt control the  
many functions available through this command.  
The next box displays the CLI help for the show command in the slot-level context of the  
2SFP modules. The first command (shown in bold) is “show?” and the second command  
(also in bold) is “show ?”. The subtle difference between the two commands is the space  
separating the command from the “?” in the second command.  
fiberdriver(slot/1.8)# show?  
show Show basic info  
fiberdriver(slot/1.8)# show ?  
<cr>  
config  
defaults  
Show basic info  
Show administrative configuration for this object  
Show default configuration for this object  
digital-diagnostics Show Digital Diagnostics summary  
redundancy  
running-config  
statistics  
Show slot redundancy configuration  
Current operating configuration  
Show port info  
fiberdriver(slot/1.8)# show  
The box below illustrates the show command applied with no arguments in the slot-level  
context of a 2SFP module.  
fiberdriver(slot/1.1)# show  
Slot: 1.1  
Model: EM316-2SFP  
Name: EM316-2SFP at 1.1  
Hardware Revision: 1  
Sw Configurable: yes Operation Type: converter  
Number Of Ports: 2  
Port Enable Link  
LIN  
DDiags WL(nm) Name  
===== ====== ============= ====== ====== ====== ============  
1.1.1 enable signal Detect enable Ok  
1.1.2 enable signal Detect enable Ok  
850  
850  
SFP-port1  
SFP-port2  
fiberdriver(slot/1.1)#  
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The boxes below illustrate two common parameters used with the showcommand.  
Default settings are listed in the show defaults command output. These parameters  
reflect the module boot configuration which is determined by DIP switches and firmware  
programming. All lines in this display begin with “!” to indicate that they are comments for  
information only.  
fiberdriver(slot/1.1)# show defaults  
slot 1.1  
! description EM316-2SFP at 1.1  
fiberdriver(slot/1.1)#  
The show config command displays the active environment settings currently in the  
operational context. The lines beginning with “!” are comments added for clarity in the CLI  
display only. The comment lines ending with “:” are headings that describe the settings listed  
in this display.  
fiberdriver(slot/1.1)# show config  
slot 1.1  
! Configured parameters that override defaults:  
! Configured parameters that match defaults:  
! Parameters that will follow defaults:  
! description EM316-2SFP at 1.1  
fiberdriver(slot/1.1)#  
The default parameter values are constant for each module, but can change to reflect DIP  
switch settings. Changes to these parameter values are reflected in the show config  
command output. Restoring the default values returns the module to its original operating  
state. Preserve changes made to the configuration for use in future CLI sessions and beyond  
a reboot by writing them to the startup-config file as described later in this section.  
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Each module may be given a descriptive name with the command below. The show  
command follows with the new name bolded.  
fiberdriver(slot/1.1)# description myslot1.1  
fiberdriver(slot/1.1)# show  
Slot: 1.1  
Model: EM316-2SFP  
Name: myslot1.1  
Hardware Revision: 1  
Sw Configurable: yes Operation Type: converter  
Number Of Ports: 2  
Port  
Enable Link  
LIN  
DDiags WL(nm) Name  
===== ====== ============= ====== ====== ====== ============  
1.1.1 enable signal Detect enable Ok  
1.1.2 enable signal Detect enable Ok  
850  
850  
SFP-port1  
SFP-port2  
fiberdriver(slot/1.1)#  
4.4.6.4 “show digital-diagnostics”  
Many SFP transceivers support the digital diagnostics standards from SFF-8472. The  
command below applies to ports with these SFP modules installed.  
fiberdriver(slot/1.1)# show digital-diagnostics  
Port  
DDiags Temp(C) Supply(V) TxPower(dBm) RxPower(dBm) BiasCurrent(mA)  
===== ====== ======= ========= ============ ============ ===============  
1.1.1 Ok  
1.1.2 Ok  
46  
47  
3.272  
3.272  
-5.066  
-6.053  
-6.055  
-5.394  
4.852  
5.18  
fiberdriver(slot/1.1)#  
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4.4.7 Port Context Commands and Examples  
Command examples in this section are applied in the port-level context. The box below shows  
the command to navigate to a specific port context from the login context.  
fiberdriver# configure terminal  
fiberdriver(config)# port 1.3.2  
fiberdriver(port/1.3.2)#  
4.4.7.1 “?”  
The “?” command, used alone on the command line, lists the commands available in the  
current operational context.  
The “?” may also be used in two ways following a command word typed at the prompt in any  
context. When typed immediately after a command line entry with no space separating it  
from the command, the “?” displays a list of commands that match the preceding string and a  
description of each matching command function. When a space separates the command  
string from the “?”, the display shows the first matching command and a list of the options for  
the next required parameter on the command line.  
Read more about the “?” help character in the EM316LNXNM-OT User Guide. There is no  
substitution for practicing the command to become familiar with its behavior.  
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The box below shows the output of the “?” typed alone on the command line in the port-level  
configuration context. The box below is specific to the 2SFP modules.  
fiberdriver(port/1.1.1)# ?  
default  
Restore parameter(s) to defaults  
description Set port name  
echo  
end  
exit  
lin  
Display text for scripting  
End current mode and down to previous mode  
Exit current mode and down to previous mode  
Enable LIN  
list  
Print command list  
logout  
loopback  
next  
Logout of the system  
Enable Loopback  
Configure next element  
no  
Negate a command  
pager  
port  
previous  
Pause scrolling when screen is full  
Configure a port  
Configure previous element  
quit  
Exit current mode and down to previous mode  
rm-chassis Set remote chassis connectivity information  
rm-port  
rm-slot  
show  
shutdown  
sleep  
up  
Set remote port connectivity information  
Set remote slot connectivity information  
Show basic info  
Disable the port  
Pause CLI for scripting  
Configure parent element  
who  
Find out who is connected to the system  
whoami  
write  
Who am I?  
Write running configuration to memory or terminal  
fiberdriver(port/1.1.1)#  
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4.4.7.2 “list”  
The list command displays all the full command options (including applicable command  
line arguments) available in the current context. The box below illustrates the display at the  
port-level context specific to the 2SFP modules and an installed SFP transceiver.  
fiberdriver(port/1.1.1)# list  
default all  
default description  
default lin  
default loopback  
default me  
default rm-chassis  
default rm-port  
default rm-slot  
default shutdown  
description .LINE  
echo  
echo .LINE  
end  
exit  
lin  
list  
logout  
loopback  
next  
no description  
no lin  
no loopback  
no pager  
no shutdown  
pager  
port PORT  
previous  
quit  
rm-chassis <0-4294967294>  
rm-port <0-4294967294>  
rm-slot <0-4294967294>  
show  
show config  
show defaults  
show digital-diagnostics  
show running-config  
show statistics  
shutdown  
sleep <0-10>  
up  
who  
who am i  
whoami  
write file  
write terminal  
fiberdriver(port/1.1.1)#  
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4.4.7.3 “show”  
The show command displays management and system information related to the  
EM316LNXNM-OT management module, the hosting chassis, other modules in the chassis,  
and ports available within the managed system. The arguments (parameters) following the  
show command and the operational context displayed by the system prompt control the  
many functions available through this command.  
The box below illustrates the show command applied with no arguments in the port context  
of a 2SFP module with a specific SFP transceiver installed. This display will vary with each  
installation.  
fiberdriver(port/1.1.1)# show  
Port: 1.1.1  
Name: SFP at 1.1.1  
Part #/Rev: SFP-DGD-SX/A  
Protocol: Transparent  
Enable: enable  
LIN: enable  
Link: signal Detect  
Nom. BR: 2100  
Loopback: off  
Serial Number: P6K21R5  
Vendor Info: MRV COMM. INC.  
Connector: fo LC Medium: multi Mode  
Wavelength(nm): 850  
TxPower(dBm): -5.066 RxPower(dBm): -6.042 BiasCurrent(mA): 5.008  
DDiags: Ok  
Temp(C): 46  
Supply(V): 3.272  
fiberdriver(port/1.1.1)#  
The CLI help for the show command is identical in the port-level context and the slot-level  
contexts. Refer to the Slot-Level Commands section for “show?” and “show?” information.  
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4.4.7.4 Port Description  
fiberdriver(port/1.1.1)# description sfp-port1  
fiberdriver(port/1.1.1)# show  
Port: 1.1.1  
Name: sfp-port1  
Part #/Rev: SFP-DGD-SX/A  
Protocol: Transparent  
Enable: enable  
LIN: enable  
Link: signal Detect  
Nom. BR: 2100  
Loopback: off  
Serial Number: P6K21R5  
Vendor Info: MRV COMM. INC.  
Connector: fo LC Medium: multi Mode  
Wavelength(nm): 850  
TxPower(dBm): -5.066 RxPower(dBm): -6.044 BiasCurrent(mA): 4.716  
DDiags: Ok  
Temp(C): 46  
Supply(V): 3.271  
fiberdriver(port/1.1.1)#  
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4.4.7.5 “show defaults”  
Default settings are listed in the show defaults command output. These parameters  
reflect the module boot configuration which is determined by DIP switches and firmware  
programming. All lines in this display begin with “!” to indicate that they are comments for  
information only.  
fiberdriver(port/1.1.1)# show defaults  
port 1.1.1  
! no loopback  
! no shutdown  
! lin  
! description SFP at 1.1.1  
! rm-chassis 0  
! rm-slot 0  
! rm-port 0  
fiberdriver(port/1.1.1)#  
4.4.7.6 “show config”  
The show config command displays the active environment settings currently in the  
operational context. The lines beginning with “!” are comments added for clarity in the CLI  
display only. The comment lines ending with “:” are headings that describe the settings listed  
in this display.  
fiberdriver(port/1.1.1)# show config  
port 1.1.1  
! Configured parameters that override defaults:  
! Configured parameters that match defaults:  
! Parameters that will follow defaults:  
! no loopback  
! no shutdown  
! lin  
! description SFP at 1.1.1  
! rm-chassis 0  
! rm-slot 0  
! rm-port 0  
fiberdriver(port/1.1.1)#  
The default parameter values are constant for each module, but can change to reflect DIP  
switch settings. Changes to these parameter values are reflected in the show config  
command output. Restoring the default values returns the module to its original operating  
state. Preserve changes made to the configuration for use in future CLI sessions and beyond  
a reboot by writing them to the startup-config file as described later in this section.  
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4.4.7.7 Loopback  
Applying the “loopback” command to one port automatically adjusts the other SFP port.  
fiberdriver(port/1.2.2)# loopback  
fdrd[60]|CORE| warn|Jul 07 17:55:51 1.2.1: Auto-adjusted PortLoopback -> on Ok  
fdrd[60]|TRAP| warn|Jul 07 17:55:52 Port 1.2.1 Loopback On, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 17:55:52 Port 1.2.2 Loopback On, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.2  
fiberdriver(port/1.2.2)#  
fiberdriver(port/1.2.2)# no loopback  
fdrd[60]|CORE| warn|Jul 07 17:56:03 1.2.1: Auto-adjusted PortLoopback -> off Ok  
fdrd[60]|TRAP| warn|Jul 07 17:56:04 Port 1.2.1 Loopback Off, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 17:56:05 Port 1.2.2 Loopback Off, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.2  
fiberdriver(port/1.2.2)#  
4.4.7.8 LIN  
Applying the “lin” command to one port automatically adjusts the other SFP port.  
fiberdriver(port/1.2.1)# lin  
fdrd[60]|CORE| warn|Jul 07 21:23:22 1.2.2: Auto-adjusted PortLIN ->  
enable Ok  
fdrd[60]|TRAP| warn|Jul 07 21:23:24 Port 1.2.1 LIN On, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:23:24 Port 1.2.2 LIN On, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.2  
fiberdriver(port/1.2.1)#  
fiberdriver(port/1.2.1)# no lin  
fdrd[60]|CORE| warn|Jul 07 21:23:38 1.2.2: Auto-adjusted PortLIN ->  
disable Ok  
fdrd[60]|TRAP| warn|Jul 07 21:23:41 Port 1.2.1 LIN Off, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:23:41 Port 1.2.2 LIN Off, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.2  
fiberdriver(port/1.2.1)#  
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4.4.7.9 Shutdown  
fiberdriver(port/1.2.1)# shutdown  
fdrd[60]|TRAP|  
Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| err|Jul 07 21:36:13 Port 1.2.1 Tx Power Too Low, -inf  
Chassis Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| err|Jul 07 21:36:13 Port 1.2.1 Rx Power Too Low, -40.000  
err|Jul 07 21:36:13 Port 1.2.1 Amps Too Low, 0.020 Chassis  
Chassis Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:36:13 Port 1.2.1 Disabled, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP|  
err|Jul 07 21:36:13 Port 1.2.1 Link Down, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fiberdriver(port/1.2.1)#  
fiberdriver(port/1.2.1)# no shutdown  
fdrd[60]|TRAP| warn|Jul 07 21:36:25 Port 1.2.1 Amps Ok, 8.288 Chassis  
Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:36:25 Port 1.2.1 Tx Power Ok, -5.478 Chassis  
Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:36:25 Port 1.2.1 Rx Power Ok, -7.077 Chassis  
Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:36:25 Port 1.2.1 Enabled, Chassis Name:  
NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fdrd[60]|TRAP| warn|Jul 07 21:36:25 Port 1.2.1 Link Changed, signal Detect  
Chassis Name: NC316BU-16 Slot Name: EM316-2SFP at 1.2 Port Name: SFP at 1.2.1  
fiberdriver(port/1.2.1)#  
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5 Appendix  
5.1 Technical Specifications  
Physical Dimensions  
Weight  
25 mm x 75 mm x 175 mm deep (1" x 3" x 7" deep)  
360 grams (9.6 ounces)  
Power  
5V DC at 2A maximum  
Storage Temperature  
Operating Temperature  
-40° C to 70° C (-40° F to 158° F)  
0° C to 50° C (32° F to 122° F)  
Air Flow Clearance  
Relative Humidity  
1 inch (25 millimeters) clearance from external chassis vents  
85% maximum, non-condensing  
FCC - PART 15, SUBPART B, 1999, CLASS A; CE MARK - EN 50081-  
1:1992;EN 50082:1997; EN 55024:1998; EN 55022:1998; AS/NZS  
3548:1995  
Regulatory Compliance  
5.2 Supported Data Rates  
100 Mbps Ethernet  
SONET/SDH  
OC-3/ STM-1 (155 Mbps)  
OC-12/STM-4 (622 Mbps)  
OC-48/STM-16 (2.5 Gbps)  
OC-48/STM-16 with FEC (2.67 Gbps)  
Gigabit Ethernet  
Fibre Channel 1 Gbps and 2 Gbps (FC-100 and FC-200)  
5.3 Firmware Download  
The EM316-2SFP does not include firmware upgradeable in the field.  
P/N 1259003-001 Rev C3  
Appendix-43  
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5.4 Troubleshooting  
This section provides basic troubleshooting to rectify the most common issues with the EM316-2SFP.  
If the information provided in this section and in this manual do not resolve the issue, please do not  
hesitate to contact MRV Communications Customer Support or your local MRV sales representative.  
Basic Troubleshooting Checklist  
Ensure all chassis are powered and operating properly.  
Ensure all modules are inserted correctly and receiving power.  
Ensure SFPs are inserted properly and functioning correctly.  
Ensure User Links are functioning properly and sending the desired signal.  
Ensure Fiber Optic connections are correct (Rx to Tx).  
Ensure DIP switches are set to the proper settings for your application.  
P/N 1259003-001 Rev C3  
Appendix-44  
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P/N 1259003-001 Rev C3  
Notes  
a
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P/N 1259003-001 Rev C3  
Notes  
b
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MRV Communications, Inc.  
20415 Nordhoff Street  
Chatsworth, CA 91311  
Tel: 818-773-0900  
Fax: 818-773-0906  
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