Fs M6200 Series Multi Service Wdm Optical Transport Platform User Guide

Fs M6200 Series Multi Service Wdm Optical Transport Platform User Guide

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FS M6200 Series Multi-Service WDM Optical Transport Platform

FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-PRODUCT

Product Information

M6200 Series WDM Network

The FS M6200 Series Platform is a managed, flexible, and scalable architecture for fiber networks. It can support EDFA, OEO, OLP, DCM, and other M6200 Series Infrastructure Modules to construct a multi-service optical transmission network platform.

  • The M6200 Series Infrastructure Modules are designed as 1-slot card type or 2-slot card type to match the managed chassis. The 1-slot module includes OEO, DWDM EDFA, OLP, DWDM Red/Blue Filter, DCM(40km), OSC, NMU, etc. The 2-slot module includes MUX, DEMUX, and DCM(80km).
  • The M6200 Series Managed Chassis is available in two types: M6200-CH2U and M6200-CH5U. The M6200-CH2U has seven chassis slots, and the M6200-CH5U has 15 chassis slots.
  • The product comes with accessories including power cords, console cables, Ethernet cables, mounting brackets, cable managers, ESD wrist straps, grounding cables, and M6 screw sets.

Product Usage Instructions

  1. Before powering on the M6200 Series WDM Network, ensure that all cables are properly connected and the modules are installed correctly in the chassis.
  2. Connect the power cords to the M6200 Series Managed Chassis and plug them into a power outlet.
  3. Connect a console cable and an Ethernet cable to the M6200 Series Managed Chassis to configure the device.
  4. Use the NMU (Network Management Unit) to manage and monitor the M6200 Series WDM Network.
  5. The M6200 Series Infrastructure Modules can be used to construct a multi-service optical transmission network platform. Refer to the product manual for specific usage instructions on each module.
  6. If any alarm appears on the device, consult the product manual to troubleshoot the issue.
  7. If the fan unit needs to be replaced, follow the instructions in the product manual and finish the operation within two minutes to avoid overheating.

For more detailed information on the installation, configuration, and usage of the M6200 Series WDM Network, refer to the product user manual.

Introduction

  • FS M6200 Series Platform provides a managed, flexible and scalable architecture for fiber networks. It can support EDFA, OEO, OLP, DCM and other M6200 Series
  • Infrastructure Modules to construct a multi-service optical transmission network platform.FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-1

M6200 Series Platform Overview

M6200 Series Infrastructure Modules

  1. Slot Card TypeFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-2FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-3

NOTE:

  1. M6200 series modules are designed as 1-slot card type or 2-slot card type to match the managed chassis.
  2. 1-slot module: OEO, DWDM EDFA, OLP, DWDM Red/Blue Filter, DCM(40km), OSC, NMU, etc.
  3. 2-slot module: MUX, DEMUX, DCM(80km).

M6200 Series Managed ChassisFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-4

Chassis TypeChassis Slot
M6200-CH2U7pcs
M6200-CH5U15pcs

AccessoriesFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-5FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-6

DWDM Mux Demux ModuleFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-7
Front Panel Port
PortPort TypeDescription
C21-C60LC/UPCMux/Demux Channel Port
OUTOptical Singal Output Port
INOptical Singal Input Port
MONInput/Output Optical Power Monitoring Port

DWDM EDFA (Erbium Doped Fiber Amplifier)FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-8

Front Panel Port
PortPort TypeDescription
VOA PortSFPOptical Power Attenuation Adjusting Port for SFP VOA
OUTLC/UPCOptical Signal Output Port
INOptical Signal Input Port
OSCOOptical Supervisory Channel Output Port
OSCIOptical Supervisory Channel Input Port
MONOptical Signal Monitoring Port
CONSOLEMicro USBDebugging & Upgrading Port

Front Panel LED

LEDAlarm StateNormal StateDescription
 

 

ALM

Always-ON:

There is an alarm of the power supply, the fan, or the NMU module.

Light OFFModule State Alarm
Quick Flash:

The module type does not match.

RUNAlways OFF:

The module is not normally enabled.

Slow FlashModule Run
INAlways Red:

There is a LOS alarm at the port.

Always GreenInput Optical Power Alarm
OUTAlways OFF:

The port is not enabled.

10G OEO TransponderFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-9

Front Panel Port

PortPort TypeDescription
Port 1~10SFP/SFP+Optical Transceiver Signal Transmitting Port

Front Panel LED

LEDStatusDescription
SYSSlow Flash of Green LightThere is no alarm of the module.
Quick Flash of Red LightThe module type does not match.
Slow Flash of Red LightThere is alarm of the module.
Always RedThe module is enabling.
1~10Always GreenThere is no LOS alarm of the port.
Always RedThere is LOS alarm of the port.
Always OFFThe port is disabled.

Signal Protocol

ServiceTypeRate
STM-1 

 

SDH Service

155.52Mbit/s
STM-4622.08Mbit/s
STM-162.488Gbit/s
STM-649.95Gbit/s
ESCON 

SAN Service

200Mbit/s
FC1001.06Gbit/s
FC2002.12Gbit/s
DVB-ASI. SDLDigital TV Service270Mbit/s
HD-SDIHDTV Service1.485Gbit/s
GE 

 

 

Ethernet Service

1.25Gbit/s
FE125Mbit/s
CPRI Option10.6144Gbit/s
CPRI Option21.2288Gbit/s
CPRI Option32.4576Gbit/s
10GE LAN10.31Gbit/s
10GE WAN9.95Gbit/s
OTU2OTN Service10.71Gbit/s
OTU2e11.1Gbit/s

100G OEO TransponderFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-30

Front Panel Port

PortPort TypeDescription
Port 1~6QSFP+/QSFP2840/100Gbps Optical Transceiver Signal Transmitting Port

Front Panel Port

LEDStatusDescription
 

ALM

Always RedThere is alarm of the Power, Fan and NMU module.
Quick Flash of Red LightTher module type does not match.
Always OFFThere is no alarm of the module.
RUNSlow Flash of Green LightThe module is normal.
Always OFFThe module does not work.
 

 

1~6

Always GreenThere is no LOS alarm of the port.
Always RedThere is LOS alarm of the port.
Quick Flash of Red LightThe transceiver does not match.
Always OFFThe port is disabled.

DCM (Dispersion Compensation Module)FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-10

Front Panel PortFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-31

OSC Module (Optical Supervisory Channel Module)FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-11

Front Panel Port

PortPort TypeDescription
IN1/2 

 

 

 

LC/UPC

Transmission Line Side Optical Singal Input Port
OUT1/2Transmission Line Side Optical Singal Output Port
OSCI1/OSCI2Optical Supervisory Channel Input Port
OSCO1/OSCO2Optical Supervisory Channel Output Port
TX1/2WDM Demultiplexing Optical Singal Input Port
RX1/2WDM Multiplexing Optical Singal Output Port

1+1 OLP (Optical Line Protection)FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-12

Front Panel Port

PortPort TypeDescription
TX/RX 

LC/UPC

Input/Output Port Connected to the Transmission Equipment
T1/R1Main Optical Signal Transmitting Port/Receiving Port
T2/R2Backup Optical Signal Transmitting Port/Receiving Port
CONSOLEMicro USBDebugging & Upgrading Port

Panel Key Instruction

KeyFunctionDescription
AUTO/FORCEPress for switching auto mode or manual modeSwitching Working Mode
PRI/SECPress for switching work channel of primary/second stateSwitching Working Channel

Front Panel LED

LEDStatusDescription
 

ALM

Always ONThere is alarm of the sub-module.
Quick FlashThe module type does not match.
Always OFFThe alarm does not exist.
RUNSlow FlashThe module works normally.
Always OFFThe module is not normally enabled.
A/FAlways ONThe module is in automatic mode.
Always OFFThe module is in manual mode.
P/SAlways ONThe line is in primary channel state.
Always OFFThe line is in secondary channel state.
TX/R1/R2Always ONThe line power is normal.
Always OFFThe line power is lower than the threshold.

Managed ChassisFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-13

Front Panel Port

SlotsDescription
NMU ModuleNetwork Management Unit(NMU), the main control module of chassis
Blank Plate 1Used for 1+1 NMU module backup or M6200 series business module
Blank Plate 2~7Used for 1-slot/2-slot M6200 series business module
FanSupport field-replacedable and hot-swappable
AC PowerAC power supply, 90VAC~264VAC, 45Hz~65Hz, supports 1+1 backup

FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-14

Front Panel Port

SlotsDescription
NMU ModuleNetwork Management Unit(NMU), the main control module of chassis
Blank Plate 1Only used for 1+1 NMU module backup
Blank Plate 2~15Used for 1-slot/2-slot M6200 series business module
FanSupport field-replacedable and hot-swappable
AC PowerAC power supply, 110VAC~260VAC, 45Hz~65Hz, supports 1+1 backup

Networking Management UnitFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-15

Front Panel Port

PortPort TypeRateDescription
 

MGMT 1~4

 

RJ45 ETH

 

10/100M

Auto-negotiate

1  Connect to the local network management computer

2  Interface for NMS concatenation equipment

MGMT5~6SFP100MOut of band OSC management
CONSOLERJ45 ETH/Debugging & Upgrading port

Front Panel LED

LEDStatusDescription
 

ALM

Always ONThere is alarm on the power supply, the fan or the NMU Module.
Always OFFThere is no alarm.
RUNQuick FlashThe module works normally.
Always OFFThe module is not normally enabled.
 

ACT

Always ONThe module is the primary module.
Always OFFThe module is the secondary module.

Site Environment

  • Keep the equipments indoors. If it is in rainy season or in humid environment, dehumidification measures must be taken.
  • Ensure there is no water on the storage floor and no leakage to the packing box of the equipment.
  • Avoid automatic fire fighting facilities, heating system and other places where leakage may occur.

Installing

Wearing ESD Wrist StrapFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-16

  1. Before touching any device or module, wear an ESD wrist strap or ESD gloves to protect sensitive components against electrostatic discharge from the human body.
  2. Connect other end of the ESD wrist strap to the PGND point on the chassis.
Installing Business ModuleFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-18
  1. Hold the ejector levers on the front panel of the module and raise them.FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-18
  2. Push the module gently along the guide rail until the module cannot go any further. Then lower the two ejector levers of the module.

Installing Mounting Brackets

  1. Secure the mounting brackets to the two sides of the M6200 series managed chassis with 8x M4 screws.

Rack MountingFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-21

  1. Put the M6200 series managed chassis on the shelf in the cabinet.
  2. Install and tighten the panel with 4 sets of M6 screws.
  3. Cable manager can be installed together with mounting brackets to the cabinet.

Grounding the M6200 Series Managed ChassisFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-21

  1. Secure the grounding lug to the grounding point on the chassis front panel with the washers and screws.
  2. Connect the other end of the cable to a proper earth ground, such as the rack in which M6200 series is mounted.

CAUTION: The earth connection must not be removed unless all supply connections have been disconnectsd.

Connecting Power CordFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-22

  1. Plug AC power cord into the power port on the front panel of AC power module.
  2. Connect the other end of the power cord to an AC power source.

WARNING: Do not install power cables while the power is on.

Connecting to the Management Ports

SFP Management PortFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-23

  1. Plug the compatible SFP transceiver into the SFP port on the front of NMU module.
  2. Connect a fiber optic cable to the transceiver. Then connect the other end of the cable to another fiber device, such as a switch.

RJ45 Management portFS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-24

  1. Connect one end of the standard RJ45 Ethernet cable to the MGMT1&2 port on the front of NMU module.
  2. Connect the other end of cable to a computer.

NOTE:

  1. SFP management port is designed for long-haul management more than 100m.
  2. RJ45 management port is designed for short-haul management less than 100m.
  3. You can start your management by selecting one cf the above six management ports.
Configuring the M Series Platform

Configuring the M Series Platform Using the Web-based lnterface

  1. Step 1: Connect your computer with the network cable to any Ethernet MGMT port of the NMU module.
  2. Step 2: Get the NMS software from the CD of chassis accessories or download the file “NMS software” online, and then install it.FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-25
  3. Step 3: Double Click “NMS Server” icon on the desktop and the dialogue box of license validation will pop up. Enter the license key (included in the CD) to finish validation. (If you can’t find the license key, please contact FS sales manager for help.)FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-26
  4. Step 4: Then the NMS server interface pops up. Double click “Start NMS Server” to run the server, when it prompts “Please connect your client to the web server on port: 9090”, it means that you have successfully started the NMS server. And then you can close the NMS Server window, the server is still running in the background.FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-27
  5. Step 5: Open a browser window. (Recommend IE11.0 and above version or Google Chrome browser).
    1. If you log in from local NMS host, enter localhost:9090 in the address bar to open the login interface.
    2. If you log in from other remote host, enter the server IP address XXX.XXX.XXX.XXX:9090 (IP address of NMS server) to open the login interface.
  6. Step 6: Enter correct user name and password (For the administrator, the default login user name is “root”, and the default password is “public”), as shown in the figure below:FS-M6200-Series-Multi-Service-WDM-Optical-Transport-Platform-FIG-28
  7. Step 7: Click login, you are now ready to configure M series platform

NOTE: Refer to the M SERIES NETWORK MANAGEMENT USER MANUAL online for further information

Troubleshooting

Module LEDs Working Abnormally

  1. Check the power cable connections at the M6200 series managed chassis and the power source.
  2. Make sure that all cables are used correctly and comply with the power specifications.
  3. Make sure that business modules are in the right position in the M6200 series managed chassis.

Accessing the Web-based Configuration Page Unsuccessfully

  1.  Check MGMT ports LED on the NMU module and make sure the Ethernet cable is connected properly.
  2. Try another port on the NMU module and make sure the Ethernet cable is suitable and works normally..
  3. Pow M6200 series managed chassis. After a while, power it on again.
  4. Make sure the IP address of your NMS server is correctly configured.
  5. usiness Module Cannot Be Added

Enter through CMD.

  1. Ping business module IP to check whether it can communicate.
  2. Check whether normal communication can be made between business module and NMU module.
  3. Change another business module.

Online Resources

Product Warranty

  • FS ensures our customers that any damage or faulty items due to our workmanship, we will o er a free return within 30 Days from the day you receive your goods. This excludes any custom made items or tailored solutions.
  • Warranty: M6200 series enjoy 2 years limited warranty against defect in materials or workmanship. For more details about warranty, please check at : https://www.fs.com/policies/warranty.html
  • Return: If you want to return item(s), information on how to return can be found at: https://www.fs.com/policies/day_return_policy.html

FCC

Compliance Information

Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

  • Reorient or relocate the receiving antenna.
  • Increase the separation between the equipment and receiver.
  • Connect the equipment into an outlet on a circuit different from that to which the receiver is
    connected.
  • Consult the dealer or an experienced radio/TV technician for help.
  • This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:
  1. this device may not cause harmful interference, and
  2. this device must accept any interference received, including interference that may cause undesired operation.

CAUTION:

  • Any changes or modifications not expressly approved by the grantee of this device could void the user’s authority to operate the equipment.
  • Responsible party (only for FCC matters)
  • FS.COM Inc.
  • 380 Centerpoint Blvd, New Castle, DE 19720, United States https://www.fs.com
  • FS.COM GmbH hereby declares that this device complies with Directive 2014/30/EU. A copy of the EU Declaration of Conformity is available at
  • www.fs.com/company/quality_control.html
  • FS.COM LIMITED
  • 24F, Infore Center, No.19, Haitian 2nd Rd, Binhai Community, Yuehai Street, Nanshan District, Shenzhen City
  • FS.COM GmbH
  • NOVA Gewerbepark Building 7, Am
  • Gfild 7, 85375 Neufahrn bei Munich, Germany
  • Copyright © 2021 FS.COM All Rights Reserved.

References

Documents / Resouces

Download manual
Here you can download full pdf version of manual, it may contain additional safety instructions, warranty information, FCC rules, etc.


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