KP-0083-18-12-191

Remote Fiber Testing System

March 2012

FiMO, Fiber Monitoring SystemIntroduction

KP-0083-18-12-0191

1

How useful FiMO

� Reduce maintenance cost and time by deleting human works (researching the pervious cabling data etc.) and correct person can be dispatched easy.

malfunction

occur!Network

EngineerCabling

EngineerWhich portion is cause of the malfunction?

� Prevent serious system down and bring quick restoration into reality by constant fiber monitoring.

Construction mistakeCable closure floodedPlantInsectAnimalOverride Hook

Cable and Fiber damaged by various external factors

Stored damages

caused by

Natural phenomena

Which engineer is correct to recover the problem?

FiMO can watch fiber conditions not only break but also degradation.

FiMO can distinguish optical fiber cable failure from communication equipment malfunction, moreover, the location can be shown quickly.

KP-0083-18-12-0191

2

FiMO location in existing systemMaintenance Center

FiMO Server

�Flooding Sensor inside

RTU No.1 at an Exchange

�

OFS

�

Coupler Module�For Active Monitoring

� �Cut Filter is here

(For Active Monitoring

�

e-mail / SMS

�FBG Filter is here (For PON

�IP Network

40 ports type

GIS

Network Management

SystemRemote Client

�

OTUOFS

OFS

OTU

�FTTH PON Field

Existing System

Dark fiberActive fiber

Active Monitor. (P2 P)

PON Active Monitor

Dark fiber Monitor

Pigtail type, FAST type or Adapter type

OFS

OTU

OFS

OTU…RTU No.n at an ExchangeOnly OFS at an Exchange

OFS CascadingThis OFS supported byNo1 OTU

RTU No.2 RTU No.m

KP-0083-18-12-0191

3

FiMO consists of following components

Dark Fiber Monitoring

FiMO Management Server

>Windows 2008>Test Result Collection>Test Result Verification>Alarm Notification>Manage OTU and OFS

>Controller and OTDR>Send Measured Datato Server

OTU (Optical Test Unit)

< Basic>

OFS (Optical Fiber Selector)

>Connected with OTU

>Switch to the Target Fiber

Filter>OTDR Optical signal - Cut Off / Reflect

Pigtail type Field Installable type

Adaptor typeInline type

Active Fiber Monitoring / PON Fiber Monitoring < Advanced >

WDM Coupler Module

>4 Couplers per Module

>Optical signal Coupling and Dividing

>Rack mount chassis Up to 25 modulesper chassis

40 ports type

KP-0083-18-12-0191

4

Configuration – Dark Fiber Monitoring

� Dark fiber monitoring is Basic and economical fiber monitoring method by watching cable damages.

� Suitable for backbone cable, trunk cable or long haul network monitoring.

OTU

OFS Monitored Cable

1550 nm

Network

FiMO Server

1550nm OTDR

built in OTU

Cable damage !

Flood, Fire, Lateral pressure, Tension, Bend, etc.

Monitored Fiber

Not Monitored Fiber

KP-0083-18-12-0191

5

Configuration –P to P Active Fiber Monitoring

� Active fiber monitoring provide customer with high quality fiber cable network.

� 1650nm wavelength is standardized wavelength for maintenance by ITU-T L.41.

OTU

OFS

1310nm

1550nmTransmissionequipment

Transmissionequipment

Network

FiMO Server

Reflected signal

1650nm

1650nmCut

WDM Coupler Module

Filter

1650nm Cut 1650nm signal

??

Demarcation

1650nm OTDR

built in OTU

KP-0083-18-12-0191

6

Configuration –PON Fiber Monitoring

� Active fiber monitoring system in FTTx field.

� Reflection signal caused by FBG enables to detect fiber failure beyond a splitter.

(Enables to identify which branch of Splitter)

PON

OLT

OTU

OFS

1310nm

1490nm 1650nm

Splitter

FBG is here and

Embedded in SC Pigtail

WDM

Coupler Module

1650nm

Cut and Reflect 1650nm

Cut

Reflect

1650nm

Reflected signal

Cut

Network

FiMO Server

PONONU

KP-0083-18-12-0191

7

FiMO Advantages sum-up

� Possibility for PON MonitoringAble to monitor the fiber even after splittersEspecially Fujikura has huge size of actual shipment in FTTH

� Real-Time MonitoringEnable to use during cable construction too

Instant observable change in cable route condition

� Easy operationNo need to configure any parameters, so operator not has to be expert, Basically “Plug & Play”

� Alarm report writer function Alarm notice should be informed to registered persons by e-mail with relevant report including OTDR graphical data etc.

� Statistic data graph functionLong -term statistic data graph for an indicated point has to be displayed on the client PC.

Monitoring

System

Monitored Monitored

Monitoring

System

Constructor

Splitter

KP-0083-18-12-0191

8

Supply records

Total

(1997 ~ 2011)

OTU 1,100

OFS 5,000

Coupler Module 517,000

FBG filter 6,020,000

Customer Products & Services

Telecom Operator A Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Telecom Operator B Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Mobile Operator A Central System, Fiber Optic Monitoring System, Optical Test Units,

Filters, Network Data Management System, Networking services

Telecom Operator C Fiber Optic Monitoring System, Optical Test Units, Filters

CATV Companies Fiber Optic Monitoring System, Optical Test Units, Filters

Local Authority &

Government Office

Fiber Optic Monitoring System, Optical Test Units, Filters

JAPAN

Customer Country Products & Services

Telecom operator Taiwan Fiber Optic Monitoring System, Optical Test Units, Filters

Telecom operator Malaysia Fiber Optic Monitoring System, Optical Test Unit, Filters, System Integration, Networking Services, Training, Maintenance

Telecom operator China Fiber Optic Monitoring System, Optical Test Units, Filters

Overseas

Total Quantity for each unit

KP-0083-18-12-191

Remote Fiber Testing System

March 2012

FiMO, Fiber Monitoring SystemIntroduction

KP-0083-18-12-0191

1

How useful FiMO

� Reduce maintenance cost and time by deleting human works (researching the pervious cabling data etc.) and correct person can be dispatched easy.

malfunction

occur!Network

EngineerCabling

EngineerWhich portion is cause of the malfunction?

� Prevent serious system down and bring quick restoration into reality by constant fiber monitoring.

Construction mistakeCable closure floodedPlantInsectAnimalOverride Hook

Cable and Fiber damaged by various external factors

Stored damages

caused by

Natural phenomena

Which engineer is correct to recover the problem?

FiMO can watch fiber conditions not only break but also degradation.

FiMO can distinguish optical fiber cable failure from communication equipment malfunction, moreover, the location can be shown quickly.

KP-0083-18-12-0191

2

FiMO location in existing systemMaintenance Center

FiMO Server

�Flooding Sensor inside

RTU No.1 at an Exchange

�

OFS

�

Coupler Module�For Active Monitoring

� �Cut Filter is here

(For Active Monitoring

�

e-mail / SMS

�FBG Filter is here (For PON

�IP Network

40 ports type

GIS

Network Management

SystemRemote Client

�

OTUOFS

OFS

OTU

�FTTH PON Field

Existing System

Dark fiberActive fiber

Active Monitor. (P2 P)

PON Active Monitor

Dark fiber Monitor

Pigtail type, FAST type or Adapter type

OFS

OTU

OFS

OTU…RTU No.n at an ExchangeOnly OFS at an Exchange

OFS CascadingThis OFS supported byNo1 OTU

RTU No.2 RTU No.m

KP-0083-18-12-0191

3

FiMO consists of following components

Dark Fiber Monitoring

FiMO Management Server

>Windows 2008>Test Result Collection>Test Result Verification>Alarm Notification>Manage OTU and OFS

>Controller and OTDR>Send Measured Datato Server

OTU (Optical Test Unit)

< Basic>

OFS (Optical Fiber Selector)

>Connected with OTU

>Switch to the Target Fiber

Filter>OTDR Optical signal - Cut Off / Reflect

Pigtail type Field Installable type

Adaptor typeInline type

Active Fiber Monitoring / PON Fiber Monitoring < Advanced >

WDM Coupler Module

>4 Couplers per Module

>Optical signal Coupling and Dividing

>Rack mount chassis Up to 25 modulesper chassis

40 ports type

KP-0083-18-12-0191

4

Configuration – Dark Fiber Monitoring

� Dark fiber monitoring is Basic and economical fiber monitoring method by watching cable damages.

� Suitable for backbone cable, trunk cable or long haul network monitoring.

OTU

OFS Monitored Cable

1550 nm

Network

FiMO Server

1550nm OTDR

built in OTU

Cable damage !

Flood, Fire, Lateral pressure, Tension, Bend, etc.

Monitored Fiber

Not Monitored Fiber

KP-0083-18-12-0191

5

Configuration –P to P Active Fiber Monitoring

� Active fiber monitoring provide customer with high quality fiber cable network.

� 1650nm wavelength is standardized wavelength for maintenance by ITU-T L.41.

OTU

OFS

1310nm

1550nmTransmissionequipment

Transmissionequipment

Network

FiMO Server

Reflected signal

1650nm

1650nmCut

WDM Coupler Module

Filter

1650nm Cut 1650nm signal

??

Demarcation

1650nm OTDR

built in OTU

KP-0083-18-12-0191

6

Configuration –PON Fiber Monitoring

� Active fiber monitoring system in FTTx field.

� Reflection signal caused by FBG enables to detect fiber failure beyond a splitter.

(Enables to identify which branch of Splitter)

PON

OLT

OTU

OFS

1310nm

1490nm 1650nm

Splitter

FBG is here and

Embedded in SC Pigtail

WDM

Coupler Module

1650nm

Cut and Reflect 1650nm

Cut

Reflect

1650nm

Reflected signal

Cut

Network

FiMO Server

PONONU

KP-0083-18-12-0191

7

FiMO Advantages sum-up

� Possibility for PON MonitoringAble to monitor the fiber even after splittersEspecially Fujikura has huge size of actual shipment in FTTH

� Real-Time MonitoringEnable to use during cable construction too

Instant observable change in cable route condition

� Easy operationNo need to configure any parameters, so operator not has to be expert, Basically “Plug & Play”

� Alarm report writer function Alarm notice should be informed to registered persons by e-mail with relevant report including OTDR graphical data etc.

� Statistic data graph functionLong -term statistic data graph for an indicated point has to be displayed on the client PC.

Monitoring

System

Monitored Monitored

Monitoring

System

Constructor

Splitter

KP-0083-18-12-0191

8

Supply records

Total

(1997 ~ 2011)

OTU 1,100

OFS 5,000

Coupler Module 517,000

FBG filter 6,020,000

Customer Products & Services

Telecom Operator A Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Telecom Operator B Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Mobile Operator A Central System, Fiber Optic Monitoring System, Optical Test Units,

Filters, Network Data Management System, Networking services

Telecom Operator C Fiber Optic Monitoring System, Optical Test Units, Filters

CATV Companies Fiber Optic Monitoring System, Optical Test Units, Filters

Local Authority &

Government Office

Fiber Optic Monitoring System, Optical Test Units, Filters

JAPAN

Customer Country Products & Services

Telecom operator Taiwan Fiber Optic Monitoring System, Optical Test Units, Filters

Telecom operator Malaysia Fiber Optic Monitoring System, Optical Test Unit, Filters, System Integration, Networking Services, Training, Maintenance

Telecom operator China Fiber Optic Monitoring System, Optical Test Units, Filters

Overseas

Total Quantity for each unit

KP-0083-18-12-191

Remote Fiber Testing System

March 2012

FiMO, Fiber Monitoring SystemIntroduction

KP-0083-18-12-0191

1

How useful FiMO

� Reduce maintenance cost and time by deleting human works (researching the pervious cabling data etc.) and correct person can be dispatched easy.

malfunction

occur!Network

EngineerCabling

EngineerWhich portion is cause of the malfunction?

� Prevent serious system down and bring quick restoration into reality by constant fiber monitoring.

Construction mistakeCable closure floodedPlantInsectAnimalOverride Hook

Cable and Fiber damaged by various external factors

Stored damages

caused by

Natural phenomena

Which engineer is correct to recover the problem?

FiMO can watch fiber conditions not only break but also degradation.

FiMO can distinguish optical fiber cable failure from communication equipment malfunction, moreover, the location can be shown quickly.

KP-0083-18-12-0191

2

FiMO location in existing systemMaintenance Center

FiMO Server

�Flooding Sensor inside

RTU No.1 at an Exchange

�

OFS

�

Coupler Module�For Active Monitoring

� �Cut Filter is here

(For Active Monitoring

�

e-mail / SMS

�FBG Filter is here (For PON

�IP Network

40 ports type

GIS

Network Management

SystemRemote Client

�

OTUOFS

OFS

OTU

�FTTH PON Field

Existing System

Dark fiberActive fiber

Active Monitor. (P2 P)

PON Active Monitor

Dark fiber Monitor

Pigtail type, FAST type or Adapter type

OFS

OTU

OFS

OTU…RTU No.n at an ExchangeOnly OFS at an Exchange

OFS CascadingThis OFS supported byNo1 OTU

RTU No.2 RTU No.m

KP-0083-18-12-0191

3

FiMO consists of following components

Dark Fiber Monitoring

FiMO Management Server

>Windows 2008>Test Result Collection>Test Result Verification>Alarm Notification>Manage OTU and OFS

>Controller and OTDR>Send Measured Datato Server

OTU (Optical Test Unit)

< Basic>

OFS (Optical Fiber Selector)

>Connected with OTU

>Switch to the Target Fiber

Filter>OTDR Optical signal - Cut Off / Reflect

Pigtail type Field Installable type

Adaptor typeInline type

Active Fiber Monitoring / PON Fiber Monitoring < Advanced >

WDM Coupler Module

>4 Couplers per Module

>Optical signal Coupling and Dividing

>Rack mount chassis Up to 25 modulesper chassis

40 ports type

KP-0083-18-12-0191

4

Configuration – Dark Fiber Monitoring

� Dark fiber monitoring is Basic and economical fiber monitoring method by watching cable damages.

� Suitable for backbone cable, trunk cable or long haul network monitoring.

OTU

OFS Monitored Cable

1550 nm

Network

FiMO Server

1550nm OTDR

built in OTU

Cable damage !

Flood, Fire, Lateral pressure, Tension, Bend, etc.

Monitored Fiber

Not Monitored Fiber

KP-0083-18-12-0191

5

Configuration –P to P Active Fiber Monitoring

� Active fiber monitoring provide customer with high quality fiber cable network.

� 1650nm wavelength is standardized wavelength for maintenance by ITU-T L.41.

OTU

OFS

1310nm

1550nmTransmissionequipment

Transmissionequipment

Network

FiMO Server

Reflected signal

1650nm

1650nmCut

WDM Coupler Module

Filter

1650nm Cut 1650nm signal

??

Demarcation

1650nm OTDR

built in OTU

KP-0083-18-12-0191

6

Configuration –PON Fiber Monitoring

� Active fiber monitoring system in FTTx field.

� Reflection signal caused by FBG enables to detect fiber failure beyond a splitter.

(Enables to identify which branch of Splitter)

PON

OLT

OTU

OFS

1310nm

1490nm 1650nm

Splitter

FBG is here and

Embedded in SC Pigtail

WDM

Coupler Module

1650nm

Cut and Reflect 1650nm

Cut

Reflect

1650nm

Reflected signal

Cut

Network

FiMO Server

PONONU

KP-0083-18-12-0191

7

FiMO Advantages sum-up

� Possibility for PON MonitoringAble to monitor the fiber even after splittersEspecially Fujikura has huge size of actual shipment in FTTH

� Real-Time MonitoringEnable to use during cable construction too

Instant observable change in cable route condition

� Easy operationNo need to configure any parameters, so operator not has to be expert, Basically “Plug & Play”

� Alarm report writer function Alarm notice should be informed to registered persons by e-mail with relevant report including OTDR graphical data etc.

� Statistic data graph functionLong -term statistic data graph for an indicated point has to be displayed on the client PC.

Monitoring

System

Monitored Monitored

Monitoring

System

Constructor

Splitter

KP-0083-18-12-0191

8

Supply records

Total

(1997 ~ 2011)

OTU 1,100

OFS 5,000

Coupler Module 517,000

FBG filter 6,020,000

Customer Products & Services

Telecom Operator A Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Telecom Operator B Fiber Optic Monitoring System, Optical Test Unit, Filters, System

Integration, Training, Maintenance

Mobile Operator A Central System, Fiber Optic Monitoring System, Optical Test Units,

Filters, Network Data Management System, Networking services

Telecom Operator C Fiber Optic Monitoring System, Optical Test Units, Filters

CATV Companies Fiber Optic Monitoring System, Optical Test Units, Filters

Local Authority &

Government Office

Fiber Optic Monitoring System, Optical Test Units, Filters

JAPAN

Customer Country Products & Services

Telecom operator Taiwan Fiber Optic Monitoring System, Optical Test Units, Filters

Telecom operator Malaysia Fiber Optic Monitoring System, Optical Test Unit, Filters, System Integration, Networking Services, Training, Maintenance

Telecom operator China Fiber Optic Monitoring System, Optical Test Units, Filters

Overseas

Total Quantity for each unit