This document discusses FiberHome's Smart ODN solution for optical distribution networks. It begins with an overview of the history and challenges of copper and optical cabling systems. It then describes FiberHome's Smart ODN solution, which uses electronic identification and radio frequency identification technologies to automatically collect device and port information. This allows for unified resource management, optimized service provisioning, and improved network operations and maintenance. The document provides examples of Smart ODN hardware and functions. It concludes with a case study showing the benefits realized by China Mobile in implementing FiberHome's Smart ODN solution, such as increased fiber resource utilization, faster service provisioning speeds, and reduced maintenance periods.

1. FiberHome Confidential Page 1
FiberHome Smart ODN Solution
Broaden Your Future
Jethrow Hwayerera
Africa Representative Office
jethrow@fiberhome.com

2. 2
Agenda
 History and Challenges of Cabling System
 Smart ODN Solution
 Case Study

3. 3
History of Copper Cabling System
 1995, first generation intelligent cabling
system appeared, adopt electronic cabling
box with software control, no physical
patching
 2000, second generation intelligent cabling
system appeared, adopt intelligent
distribution frame and patch cord,
information can be collected automatically,
but it is an independent system
 Now, third generation intelligent cabling
system, integrate with network device NMS

4. 4
How about Optical Cabling System
 ODN equipments is the optical cabling system
 Backbone, Metro, Datacenter, Access FTTx network
 We are in generation Zero – Using Sticker and Labeling

5. 5
Challenges of current Optical cabling System
Three
Challenges
Optimize the OAM
 Massive fiber resource
 Devices and ports increasing
 Many “dummy” ports
1 Raise service provisioning efficiency
 Traditional complicated procedure
 Paper work-order, low efficiency
 Incorrect information, many mistake
2
Unified Resource Management
 Connect with resource management system
 Device scattered distributed, hard to locate
 Separate management
3

6. 6
Entire ODN Resource Management Solution
Entire ODN Resource Management Solution
 Resource management system
 Infrastructure Management
 ODN Network planning
 Fiber Route Management
 Fiber Resource Analysis
Smart ODN
 eID, RFID technology
 Visible operation instruction
 Automatic device collection
 Network management
 Port status detection
Engineering ToolsPON-OLM
 24 hours monitoring
 Alarm reporting
 Fiber quality analysis
 Integrated GIS map

7. 7
Agenda
 History and Challenges of cabling System
 Smart ODN Solution
 Case Study

8. 8
Splitter
End user
End user
Key Issues of Smart ODN
Green field
Brown field
Systems Connection
Connect with GIS
Work-order system
Resource management system
Green field and
Brown field
eID and RFID technology
Not affect running service
Identification
Device ID
Fiber port ID
Connection relationship

9. 9
Solution Overview
Automatic
Work-order
System
OLT
ODF
FDH
FDP
ONU
Resource
Management
System
PON-OLM GIS
Active Environment
Real-time Patch cord
& ports management
Passive Environment
Passive components &
topology management
Remote
operation
systemFiberizer
3G/WIFI
sODN NMS

10. 10
Smart ODN Network Topology
Resource
Management
system
Smart ODN NMS
OLT
ODF
FDH FTB or DP ONUFiber Outlet
OSS
BSS
Smart Section
Traditional Section
Improve/upgrade based on traditional
ODN devices
Integrated with PON NMS
Remote operation system:
Smart phones, tablet PC, laptops, etc.
DCN (SNMP)
2G/3G/WIFI
Radio Frequency

11. 11
Smart ODN implementation methods
New network
• Green field
• Configure smart modules
• Entire network management
• Brown field, massive existing network infrastructure
• Configure smart module to traditional devices
• Critical NE Management
Existing
Network
Evolution

12. 12
Smart ODN Hardware
-- New Construction
Electronic Tag Type Advantages Description
eID
Small Size Fast install and replace
Automatic Identification
Electrical access, automatic & fast
identification for adapters and connectors
Real-time Monitoring Connect with NMS
Engineer Instruction
LED lamp instruct engineer to do
implementation

13. 13
Smart ODN Hardware
-- Existing Network Evolution
Electronic Tag Type Advantages Description
Passive RFID
Simple design Radio access
High Reliability
No electric component, entire passive
system, high environment adaptability
Easy Evolution
Assemble on the connector, no affect to
service
Low OPEX
Remain existing ODN devices and no active
component

14.  Features
 Applied in active environment, massive fiber ports
 Remain all the functions of traditional ODF
 Up to 576 cores capacity
 eID technology adopted, rapid automatic information collection (576
ports information collected within 10s)
 LED indicator for engineer instruction
 DC, AC or USB power supply
 Real time monitoring or on-site information collection
 IL≤0.5dB; RL≥50dB(UPC), ≥60dB(APC)
 Power consumption: ≤5w (≤576 cores)
 Working temperature: -5℃～+50℃
Product introduction
--Smart ODF
Model
Size
(H x W x D, mm)
Max
capacity
Weight
(kg)
12 cores smart tray
(DPU)
GPX220C-A1 2600 x 840 x 300 768 170 Max 64 pcs
GPX220C-A2 2200 x 840 x 300 576 160 Max 48 pcs
GPX220C-A3 2000 x 840 x 300 576 150 Max 48 pcs

15.  Features
 Applied in OSP environment
 Remain all the functions of traditional FDH
 Up to 576 cores capacity
 eID technology adopted, rapid automatic information collection (576
ports information collected within 10s)
 LED indicator for engineer instruction
 AC, DC or USB power supply
 On-site information collection
 IL≤0.5dB; RL≥50dB(UPC), ≥60dB(APC)
 Power consumption: ≤5w (≤576 cores)
 Working temperature: -40℃～+85℃
Product introduction
--Smart FDH
Type
Size
(H x W x D)
Capacity
Weight
(kg)
12 cores smart tray
(DPU)
FDH240C-A2 1460 x 760 x 320 288 80 Max 24 pcs
FDH240C-A3 1460 x 760 x 540 576 150 Max 48 pcs

16.  Features
 Applied in indoor or outdoor environment
 24/48 cores capacity
 eID technology adopted, rapid automatic information collection
 On-site information collection
 LED indicator for engineer instruction
 USB power supply
 IL≤0.5dB; RL≥50dB(UPC), ≥60dB(APC)
Product introduction
--Smart FDP
16
24 cores smart FDP
330(W) x 400(H) x 100(D) mm
48 cores smart FDP
410(W) x 490(H) x 145(D) mm

17. 17
Smart ODN functions
Smart ODNIdentification
 Pigtail, patch cord ID
 Adapter ID
 Splitter port ID
Engineering
Instruction
 Visible operation
instruction
 Real-time refresh
 Automatic collation
Network
OAM
 Get topology info.
 Work order sent by NMS.
 Locating with GIS.
 Quick trouble-shooting by
convergence of PON NMS and
OTDR
Port status
 Port linked up or not
 Patch cords connection
correct or not

18. Smart ODN Functions
-- Port Status Collection
18
 Port linked up or not
 Patch cords connection correct or not

19. Smart ODN Functions
--Identification
19
 Pigtail, patch cord ID
 Adapter ID
 Splitter port ID
Device & port informationSubrack and cards Optical route
Remote Operation System Screenshot

20. Smart ODN Functions
-- Network OAM
20
 Collect topology information
 Provisioning fired by NMS.
 Fault isolation
 Locating

21. Smart ODN Functions
-- Engineer Instruction
21
 Visible operation instruction
 Real-time refresh
 Automatic collation
Order assignment
Connect devices
and remote terminal
Patching ports as per
LED indicator
Patching to another
port as per LED indicatorOrder feedback
Resource database
Refresh

22. 22
Resource becomes visible and manageable
More complex
network
& More fiber
Increasing
OPEX
Manual work
Hard to
manage
Excel
• Device resource can be
real-time monitored
• Different color alarm
• Fault alarm, remain
engineer to treat
• On-site
information
collection
Device information
remote collection
Real-time management Port status update
Fiber route management
• Fiber Route
created
automatica
lly

23. 23
Implementation becomes much easer
Sticker and manual work
Traditional labeling is not clear, easy to
break, the information cannot be 100%
accurate
None effective inspection method after
implementation finished
Electronic port management
 Information collected automatically
 Visible and audio instruction are provided
by smart remote operation system
 The information could be synchronized to
NMS once implementation finished

24. 24
Service provisioning becomes more manageable
Patching
Manual record
Feedback data
by paper work
Service provisioning
OAM & Expansion
Operator
Subcontractor
 Correct or not
 Correct or not
 Low efficiency
 Too slow
Current process and problem Smart ODN process- Closed Cycle
 Closed cycle management could be realized by
using smart ODN NMS and remote smart tools
 Work order is sent by call center, after
implementation finished NMS receive feedback
Operators management
system
UNM2000

25. 25
OAM efficiency becomes higher
Integrated with GIS, fast fault locating
Port status monitoring
SODF SFDT
UNM2000 ODN
Trouble
shooting
Real-time monitor optical cable,
report optical link status and
attenuation change, realize active
OAM, enhance the network security
Optical Link Monitoring system
SFDT SODF
eID change
eID fault
Fiber fall
Board alarm
Port
Monitoring
Real-time monitor fiber and port
status, passive network fault could be
reported rapidly
Network
Inspection
ONUOLT
OSS NMS
FTTX network
Smart ODNOSW+WDM
OTDR
PON-OLM

26. 26
More things can do
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Fiber resource
statistics
User rights
management
• Fiber resource real-
time statistics,
support customized
chart
• Inspect resource
utilization and
output the
comprehensive
analysis
• Support users grouping
and rights customization
• Support decentralization
• Provides label
printing function
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Device version
automatic update
• Support automatic and
manual update
Port information
management

27. 27
FiberHome Smart ODN Benefits
 Innovative Management: Port and fiber visible management
 Optimized Service Process: Closed cycle work order process, simplify process and
improve service provisioning efficiency
 Innovative Implementation: 100% accurate information collection
 High OAM Efficiency: Automatic inspection and accurate fault locating
 Enriched functions: Provides helpful functions and applications for OAM
Optimized
Service Process
Innovative
Management
High OAM
Efficiency
Innovative
Implementation
Enriched
functions
Visible information management, simple & accurate service provisioning, high efficient resource
management

28. 28
Agenda
 History and Challenges of cabling System
 Smart ODN Solution
 Case Study

29. 29
Smart ODN implementation methods
New network
• Green field
• Configure smart modules
• Entire network management
• Brown field, massive existing network infrastructure
• Configure smart module to traditional devices
• Critical NE Management
Existing
Network
Evolution

30. 30
New network
Main management
unit
Bus line
Smart trays
图要重新美化

31. 31
Existing Network Evolution
主动上报资源信
息
 Install smart
management units
 Do not disturb
exisitng service
 Use old sub-rack and tray
 Keep optical cable strip
structure
Use existing ODN equipment
Install smart management units

32. 32
Existing Network Evolution (Continued)
Install smart management units
Install smart components in the
existing trays
Before After

33. 33
Existing Network Evolution (Continued)
Before After
Smart
management
units
Smart
components for
the existing
trays

34. 34
 FDC is used to connect the feeder cable
 1 x 576 cores Smart ODF and 6 x 288 cores FDC
are deployed
 Covers 22 residential areas, 3300 subscribers, 60
VIPs and some base station access
 19% resource data error, which makes many
wasted “dummy” ports
 40% re-build, low effective provisioning
FiberHome Smart ODN Application Case
--China Mobile Meishan Branch
ODF
ODN Management Challenges
FDC
FDC
FDC
FDC
FiberHome Solution

35. 35
Benefits
--China Mobile Meishan Branch
Fiber Resource Utilization reach
100%
• Realize accurate fiber resource
collection and assignment,
avoid “dummy” fiber and ports
• Fully avoid resource waste due
to 19% error rate
Service provisioning speed
increase 100%
• Service provisioning implemented
100% successfully
• Service provisioning efficiency
improved from 4 days to 2 days
Prospective Maintenance
period decrease 80%
• Automatic fiber resource
collection and verification
• Save 40 hours from prospective
maintenance period for every
1000 subscribers

36. Broaden Your Future
Thanks