Fs Nx N40 Series 8 Slot 2 Stackable Dci Platform User Guide (+ PDF)

Contents hide

1 FS NX N40 Series 8 Slot 2 Stackable DCI Platform

2 Introduction

3 NX N40 Series Platform Overview

8 Configuring the NX N40 Series Platform

9 Troubleshooting

10 Online Resources

11 Product Warranty

12 Documents / Resources

12.1 References

13 Related Posts

FS NX N40 Series 8 Slot 2 Stackable DCI Platform

FS NX N40 Series 8 Slot 2 Stackable DCI Platform-PROD

Introduction

NX N40 Series DCI Platform provides a managed, flexible and scalable architecture for fiber networks. It can support ODA, OPB and MXP to construct a multi-service optical transmission network platform.

NX N40 Series Platform Overview

NX N40 Series Infrastructure Cards

Slot Card Type
Slot Card Type

NOTE: 1. NX N40 Series DCI cards are designed as 1-slot card type or 2-slot card type to match the managed chassis. 2.1-slot card: OPB-, MXP400G-104;2-slot card: ODA3224-V, MXP200G-210.

Accessories

Hardware Overview

MXP200G-210

Front Panel Port


OUT	Client-side optical interfaces	Transmit service signals to the client equipment.
IN	Client-side optical interfaces	Receive service signals from the client equipment.
TX	WDM-side optical interfaces	Transmit wavelength-specific optical signals to the optical multiplexer card.
RX	WDM-side optical interfaces	Receive wavelength-specific optical signals from the optical demultiplexer card.

Front Panel LED


ACT	Blinking quickly	The card is activated.
	Blinking slowly	The card is deactivated .
	ON	The card is working abnormally. Usually, the communication between the card and the EMS is poor.
	OFF	The card is working abnormally. Usually, the card is faulty.
UA	ON	An urgent alarm occurs on the card.
UA	OFF	No urgent alarm is reported or all urgent alarms are blocked.
NUA	ON	A non-urgent alarm occurs on the card.
NUA	OFF	No non-urgent alarm is reported or all non-urgent alarms are blocked.

ODA3224-V

Front Panel Port


IN1	Input port for the optical path	Input optical port for optical signal channel 1.
OUT1	Output port for the optical path	Output optical port for optical signal channel 1.
IN2	Input port for the optical path	Input optical port for optical signal channel 2.
OUT2	Output port for the optical path	Output optical port for optical signal channel 2.
OTR_A	Monitoring port for input Signals	Add port for the in-service test of external OTDR optical signals.
OTR_D	Monitoring port for output Signals	Drop port for the in-service test of external OTDR optical signals.
OSC_A	Monitoring port for input Signals	Add port for in-service tests of OSC optical signals; connected toTX1.
OSC_D	Monitoring port for output Signals	Drop port for in-service tests of OSC optical signals; connected to RX1.


TX2	Output port for optical signals	Outputs OSC optical signals.
RX2	Input port for optical signals	Inputs OSC optical signals.
TX1	Output port for optical signals	Output OSC optical signals, connected to OSC_A.
RX1	Input port for optical signals	Input OSC optical signals, connected to OSC_D.
CUT	Laser shutdown button	Pressing the button will turn off the card’s laser; releasing the button will turn on the laser.

Front Panel LED


ACT	Blinking quickly	The card is activated.
	Blinking slowly	The card is deactivated.
	ON	The card is working abnormally. Usually, the communication between the card and the EMS is poor.
	OFF	The card is working abnormally. Usually, the card is faulty .
UA	ON	An urgent alarm occurs on the card.
UA	OFF	No urgent alarm is reported or all urgent alarms are blocked.
NUA	ON	A non-urgent alarm occurs on the card.
NUA	OFF	No non-urgent alarm is reported or all non-urgent alarms are blocked .

OPB-I

Front Panel Port


TX1A	Tx interface for working signals	Transmit the 1st group working signals.
RX1A	Rx interface for working signals	Receive the 1st group working signals.
TX1B	Tx interface for protection signals	Transmit the 1st group protection signals.
RX1B	Rx interface for protection signals	Receive the 1st group protection signals.
TX2A	Tx interface for working signals	Transmit the 2nd group working signals.
RX2A	Rx interface for working signals	Receive the 2nd group working signals.
TX2B	Tx interface for protection signals	Transmit the 2nd group protection signals.
RX2B	Rx interface for protection signals	Receive the 2nd group protection signals.
OTX1A	Tx interface for OTDR signals	Indicate the OTDR optical interface for transmitting the 1st group working signals.
ORX1A	Rx interface for OTDR signals	Indicate the OTDR optical interface for receiving the 1st group working signals.
OTX1B	Tx interface for OTDR signals	Indicate the OTDR optical interface for transmitting the 1st group protection signals.
ORX1B	Rx interface for OTDR signals	Indicate the OTDR optical interface for receiving the 1st group protection signals.
OTX2A	Tx interface for OTDR signals	Indicate the OTDR optical interface for transmitting the 2nd group working signals.
ORX2A	Rx interface for OTDR signals	Indicate the OTDR optical interface for receiving the 2nd group working signals.
OTX2B	Tx interface for OTDR signals	Indicate the OTDR optical interface for transmitting the 2nd group protection signals.
ORX2B	Rx interface for OTDR signals	Indicate the OTDR optical interface for receiving the 2nd group protection signals.
INl	Input interface for to -be-protected signals	Input to-be-protected optical signals.
OUTl	Alternative signal output interface	Output optical signals .
IN2	Input interface for to-be-protected signals	Input to-be-protected optical signals.
OUT2	Alternative signal output interface	Output optical signals.

Front Panel LED


ACT	Blinking quickly	The card is activated.
	Blinking slowly	The card is deactivated.
	ON	The card is working abnormally. Usually, the communication between the card and the EMS is poor.
	OFF	The card is working abnormally. Usually, the card is faulty.
UA	ON	An urgent alarm (critical or major alarm)occurs on the card.
UA	OFF	No urgent alarm is reported or all urgent alarms are blocked.
NUA	ON	A non-urgent alarm occurs on the card.
NUA	OFF	No non-urgent alarm is reported or all non-urgent alarms are blocked.

MXP400G-104

Front Panel Port


OUT	Client-side optical port	Transmit service signals to the client equipment.
IN	Client-side optical port	Receive service signals from the client equipment.
TX	WDM-side optical port	Transmit wavelength-specific optical signals to the optical multiplexer card.
RX	WDM-side optical port	Receive wavelength-specific optical signals from the optical demultiplexer card.

Front Panel LED


ACT	Blinking quickly	The card is activated.
	Blinking slowly	The card is deactivated.
	ON	The card is working abnormally. Usually, the communication between the card and the EMS is poor.
	OFF	The card is working abnormally. Usually, the card is faulty.
UA	ON	An urgent alarm occurs on the card.
UA	OFF	No urgent alarm is reported or all urgent alarms are blocked .
NUA	ON	A non-urgent alarm occurs on the card.
NUA	OFF	No non-urgent alarm is reported or all non-urgent alarms are blocked.

Managed Chassis


CCU	Management plane&Electromechanical management function.
Fan	Heat Dissipation function.
AC Power	AC power supply.

CCU

Front Panel Port


CONFIG	Reserved button	Reserved.
USB	USB port	Back up cards’ logs, back up and upload system software, and quickly provision services through a U disk .
REST	Reset button	Pressing the button will reset the card.
SET	Reserved button	Reserved.
	LED digitron adjustment button	Manually adjust the LED digitron. Press this button, and the number is incremented by 1 (original function). After system upgrade, the CCU card reads the current subrack address through the intra-card signal and displays the address on the panel. In this case, this button is invalid.
T	LED digitron adjustment button	Manually adjust the LED digitron. Press this button, and the number is decreased by 1 (original function). After system upgrade, this card reads the current subrack address through the intra-card signal and displays the address on the panel. In this case, this button is invalid.
F	EMS supervisory port	When the front subrack serves as a master suback, this interface enables communication between the equipment and the EMS and helps establish a supervisory channel.When the front subrack serves as a slave subrack, this interface is invalid.
COM	Software debugging port	Used for card debugging.
ETH1	Master-slave subrack cascading port	Cascade the master and slave subracks. An ETHl port should be connected to an ETHl port, and an ETH2 port should be connected to an ETH2 port. It is invalid to connect an “ETH1” port to an “ETH2″port.
ETH2	Master-slave subrack cascading port

NOTE: LED digitron is displayed in two “8-bit’s. For example, 01, 02, or 03-99. These numbers identify the subracks, substituting paper labels.

Front Panel LED


ACT	ON	The card is activated.
NUA	ON	A non-urgent alarm is reported for the card.
NUA	OFF	No non-urgent alarm is reported or all non-urgent alarms are blocked .
DCC	Blinking	Datas are being received or transmitted in the corresponding DCC.

FAN


ACT	ON	The power supply is connected.
ACT	OFF	The power supply is not well connected.
ALM	ON	The fan unit is faulty.

Site Environment

Keep the enquipments 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

Before installation, make sure that you have the followings:

M6 Screws&Nuts
Flat Screwdriver
Cross Screwdriver

Installing a Card

Hold the card handle and align the left and right edges of the card with the internal slide rails.
Push it in slowly along the internal slide rails until a “click” is heard, which indicates that the latch is locked.

Rack Mounting

Install the slide rails on the rack.
Push the NX N40 series managed chassis into the rack along the slide rails.
Use M6 screws&nuts to secure the chassis.

NOTE:

The chassis to be mounted in the rack should be empty.
Avoid collision or touching the fiber guide unit when carrying the chassis.
The mounted chassis should be 130 mm away from the rack door before it.

Grounding the NX N40 Series Managed Chassis

Secure the grounding lug to the grounding point on the back panel of the chassis with screws and nut.
Connect the other end of the cable to a proper earth ground point, such as the rack with the NX N40 series.

Connecting Power Cord

Plug AC power cord into the power port on the back panel of the power card.
Connect the other end of the power cord to an AC power source.

NOTE:

Avoid the hybrid use of power cords from different vendors.
Before connecting the chassis power cables, ensure that the external power supply is shut down. Never install the power cables while they are electrified.
Make sure that the AC input power is cut off during the operation. Attach labels to the switches that will be used.

Connecting the Control Port

Connect one end of the cable to the console port on the back panel.
Connect the other end to a network port on the switch.

Configuring the NX N40 Series Platform

Step 1: Install the netmanager software and refer to the Configuration Guide for detailed steps.
Step 2: Enter the URL (Built-in IP address+8082/#/login. e.g. http://10.41.87.205:8082/#/login) on the web page to log in to the net manager software (Account: admin; Password: admin).
Step 3: Click login, you are now ready to configure NX N40 Series Platform.

Troubleshooting

Card LEDs Working Abnormally

Check the power cable connections at the NX N40 Series managed chassis and the power source.
Make sure that all cables are used correctly and comply with the power specifications.
Make sure that service cards are in the right position in the NX N40 Series managed chassis.

Accessing the Web-based Configuration Page Unsuccessfully

Try another port on the CCU card and make sure the Ethernet cable is suitable and works properly.
Power off the the NX N40 Series managed chassis and wait for a while, then power it on again.
Make sure the built-in IP address is correctly configured.
If you still cannot access the configuration page, please reinitialize the CCU server to its factory defaults.

Service Card Cannot Be Added

Enter through CMD.
Ping service card IP to check whether it can communicate.
Check whether normal communication can be made between service card and the CCU card.
Change another service card.

Online Resources

Download https://www.fs.com/products_support.html
Help Center https://www.fs.com/service/fs_support.html
Contact Us https://www.fs.com/contact_us.html

Product Warranty

Warranty: This product enjoys 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