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Fujitsu Proprietary and Confidential All Rights Reserved, ©2017 Fujitsu Network Communications

Al Errico

Network Modernization Practice Lead

Fujitsu Network Communications

Network Modernization Overview

2

Fujitsu Proprietary and Confidential All Rights Reserved, ©2017 Fujitsu Network Communications

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Fujitsu Proprietary and Confidential All Rights Reserved, ©2017 Fujitsu Network Communications4

The Problem

More Speed, Devices and Apps = Higher Demand for Bandwidth

10M

Gigabits per second

Internet connections are

surging to

… that’s a 10 fold increase

year over year

353B

Connected devices

expected to increase to

MORE DEVICES MORE APPLICATIONSMORE SPEED

Deloitte Global, Technology, Media, and Telecommunications Predictions 2016 report, Morgan Stanley Research, Computing Growth Drivers Over Time, App Annie Market Forecast 2016 - 2021

By 2020

50B

Mobile apps downloads

forecasted to reach

In 2021


One Size Does Not Fit All!

RESOURCES

MPLS

SDN/NFV

SDN

SONET

EthernetYANG

ModelsOpen Networks

OPERATIONS


Key Architectures of Transport Networks

Residential/Tenant

100GE10GE

Router SwitchRouter

Switch

Switch

10GERing

OLTOLT

ONT

ONT

S

Optical Splitter/TAP

ONT

ONT

S


ONT

ONT

S

Optical Splitter/TAPOLT

OLT

ONT

ONT

ONT

ONT

S


OLT

OLT

S


S

ONT

ONT

Internet

L2/L3VPN

VoIP/Video

1G AEGPON

Central Office

Central Office

Central Office

OLT

ONT

ONT

S

Router Router

IP/MPLSCore

Residential/Tenant

Residential/Tenant

DWDMCORE

100GE10GE

Router

Switch

DWDM DWDM

DWDMDWDM

Router

Switch

Switch

10GERing

OLTOLT

ONT

ONT

S


ONT

ONT

S


ONT

ONT

S

Optical Splitter/TAPOLT

OLT

ONT

ONT

ONT

S


OLT

OLT

S


S

ONT

ONT

Internet

L2/L3VPN

VoIP/Video

1G AEGPON

Central Office

Central Office

Central Office

OLT

ONT

S

Residential/Tenant

Residential/Tenant

ONT

ONT

IP/MPLS DWDM


What to Consider before Getting Started?

Create Phased Network Modernization and Expansion Roadmap

Analyze your network on a market

by market or regional basis

Prioritize regions for network

modernization

Decide modernization option for each

region

Maximize capex expenditures where

needed

Maintain and expand the existing

technology

Upgrade legacy transport to second

generation

Upgrade network with open networking

technology


How to Get from Here to There?Some Key Steps to Take

HERE

THERE

Determine what you want to achieve with modernization

Select type of technology to be used

Create business plan

Understand investment cost of technology shift

Analyze impact on your network

Develop transition plan

Set realistic timeframes for execution


Planning Considerations

Plan for Today and Tomorrow

PLANNING

Input Output

Objectives

Growth Projections

Technology

Etc.

Network Architecture

ISP/OSP Requirements

OSS Requirements

Capacity and Scalability

for Growth


Selecting the Right Technology

ACCESS

CORE

GPON

EPON

ACTIVE

ETHERNET

CARRIER

ETHERNET

MPLS/IP

SONET

DWDM

HYBRID


Planning Challenges

Remember to Allow for Obstacles Encountered on the Way!

YOUR PLAN

REALITY


Snapshot of Design BuildIts Complicated

Design Build

Program

Executive

Communications

Customer

Satisfaction

Partner

Selection and

Mgmt

Project

Management

Schedule

Resource

Planning

Risk

Management

Reporting

Change

Management

Governance

Financial

Reporting

Budgeting

Record

Management

Quality

Management

Contract

Management

Legal

Compliance

Solution

Planning

Network

Architecture

Vendor

Selection

Network Design

Service Catalog

Capacity

Planning

Design

Doc/Specs

IOT Lab Design

Management

Network Design

Network

Deployment

Inside Plant

Engineering

Detailed Design

Install/Turn up

Integration

Site Acceptance

Testing

System

Integration

Testing

As-Built Docs

Managed Take

Over handoff

Business

Management

Procurement

Material

Management

AP/Invoicing/Bill

ing/Order Mgt.

Site Acquisition

Lease

Agreement

Outside Plant

Engineering

Engineering

Site/Path Survey

Right of

Way/Easement

Planning

Legal

Compliance

Outside Plant

Construction

Construction

Management

Safety

Compliance

Design

Compliance

Permitting

Quality Control

As Built Records

Legal / DOT

Compliance


Create an Architecture Framework

ARCHITECTURE FRAMEWORKN

ET

WO

RK

TO

PO

LO

GY

HA

RD

WA

RE

AN

D

DE

VIC

ES

CA

PA

CIT

Y A

ND

BA

ND

WID

TH

HIG

H A

VA

ILA

BIL

ITY

AN

D R

ED

UN

DA

NC

Y

IP S

CH

EM

ES

SO

FT

WA

RE

FE

AT

UR

E S

ET

PR

OT

OC

OL

It Simplifies the Design Build Process


Integration

Vendor

Compatibility

InteroperabilityBack Office

Systems

Interoperability

Testing

Feature

Compatibility

Well Defined Integration Approach Saves Time and Money

Network are generally comprised of

multi-vendor equipment

Operational subsystems sit on top : OSS

must be part of ecosystem

Management systems need to interlink

for efficient operations

Integration is at network and operational

levels

Core network changes limit some

migration activities

Pre-migration activities may be required

to get needed space and power


Removing Risk from Integration

Leads to Seamless Connections and Quick Network Modernization Rollout

Use hybrid solutions

Engage industry experts

Do commissioning testing

HOW TO DO IT


Deployment

Appoint project manager to control overall deployment

Define work-flow process map for delivery models

Understand critical path items

Establish delivery timelines and hardware lead times

Be ready for in-field changes

Define change order procedures, triggers and approval

processes

Create work orders, job completion and payments

Having a Detailed Plan and Single Point of Contact Leads to Success


Operations, Support and Maintenance

SLA/SLO

Performance monitoringOPERATIONS

SUPPORT

MAINTENANCE

Network/services turn-up & testing

NOC technical support

Trouble Ticketing

Truck rolls, repairs, migrations

Software/hardware upgrades, moves

Planned & unplanned outages


An Example of DCS Migration

Network Modernization Dramatically Reduced Equipment in Central Office

BEFORE AFTER

13 bays of equipment removed, including DCS

and echo cancellation equipment

3 cabinets remained, but the NEs

could have fit into just 1 cabinet


Network Modernization ProcessThe High Level Phases

Engineering

Analysis

Network

Discovery

Network

Analysis

Network

Migration

Turnkey Program Management

Equipment

Removal

Migration Execution Phase

Technology

Selection


Engineering Analysis

Choose the Migration and Optimization Strategy Best Suited to Your Network and Business

High level analysis of targeted systems

Physical and logical port analysis

necessary for all compression and

migration recommendations

Assess existing equipment solutions

On-site Analysis

Off-site Analysis

Analyze all data from On-site Analysis

Determine potential migration and

optimization solutions

ENGINEERING

ANALYSIS REPORT


Network Discovery

Provides Network Baseline for Analysis Phase

Documentation of legacy

systems

Network topologies

Inventory databases

Circuit types and utilization

Fiber types and connectors

End-to-end connectivity

Optical and electrical cabling

Network Discovery

ExaminesDetailed network audit,

combining an electronic

audit of the current network

state with a physical audit of

the central office

Documentation of all

targeted legacy systems

locations

Calculate Material

Requirements

Download of full databases

of all targeted legacy

systems

Reconciliation of OSS

records with audit data when

possible

Network Discovery

Outputs


Network Analysis

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

Ring 01

Ring 02

Ring 03 New

20-1

19-1

20-1 19-1 20-1

19-1

20-1

20-1

19-1

20-1 19-120-1 19-120-1 19-119-1

20-1

19-1

17-1

18-1

17-1

18-1 17-1 18-1

17-1

18-1

17-1

18-1

17-118-117-118-117-118-119-2

20-2

1-1

2-11-1

2-1

7-1 8-17-2 8-2

-29.5

-28.7

1-1 2-1

WCA-2-1820-1

WCA-2-1718-1

WCA-2-3

WCA-2-6

19-1

17-1

FW

74

20

FW7420

Temporary

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

Ring 01

Ring 02

Ring 03 New

20-1

19-1

20-1 19-1 20-1 19-1 20-1

19-1

20-1

20-1

19-1

20-1 19-120-1 19-120-1 19-119-1

20-1

19-1

17-1

18-1

17-1

18-1 17-1 18-1 17-1 18-1

17-1

18-1

17-1

18-117-118-117-118-117-118-119-2

20-2

1-1

2-11-1

2-1

7-1

FDP

77&78

8-1FDP

79&80

1-1-3

FDP

73&74

1-2-3

FDP

75&76

-29.5

-28.7

1-1 2-1

NODE B

FW9500

TID

1-1-1

SRSF

P-160

1-2-1

SRSFP-

160

1-8-1

SRSFP

-160

WCA-2-3

WCA-2-6

FW

74

20

WC

A-2

-18

WC

A-2

-17

FW7420

17 & 18

ST

1-1 & 1-7

ST/LC

NODE B

FW4500

TID OC48 1+1

OC48 1+1

1-1-2 1-2-2

7-2

8-2

1-7-1

SRSFP

-160

WCA-2-3- RCV= ___dBm __ATT ___dBm

1-1-1 RCV= ___dBm __ATT ___dBm


1-7-1- RCV= ___dBm __ATT ___dBm

07-2- RCV= ___dBm __ATT ___dBm




NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

OC48 1+1

1-1-3- RCV= ___dBm __ATT ___dBm

1-2-3- RCV= ___dBm __ATT ___dBm

1-7-2- RCV= ___dBm __ATT ___dBm

1-8-2- RCV= ___dBm __ATT ___dBm

OC48 UPSR

OC48 UPSR

OC48 UPSR

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

NODE B

FW4500

TID

Ring 01

Ring 02

Ring 03 New

OC48 1+120-1

19-1

20-1 19-1 20-1

19-1

20-1

20-1

19-1

20-1 19-120-1 19-120-1 19-119-1

20-1

19-1

17-1

18-1

17-1

18-1 17-1 18-1

17-1

18-1

17-1

18-1

17-118-117-118-117-118-119-2

20-2

1-1

1-1 RCV= ___dBm __ATT ___dBm

2-1

2-1 RCV= ___dBm __ATT ___dBm

1-1

2-1

1-7-21-8-2FDP

77&78

-29.5

LR2-1550

-28.7

LR-1550

1-1 2-1

1-1-2- RCV= ___dBm __ATT ___dBm

1-2-2- RCV= ___dBm __ATT ___dBm

NODE B

FW4500

TID

1-1-1 1-2-1

1-7-1 1-8-1

NODE C

FW4500

TID

OC48 1+1

OC48 1+1

1-1-2

1-2-2

WCA-2-3

WCA-2-6

FW

74

20


1-2-1- RCV= ___dBm __ATT ___dBm


1-8-1- RCV= ___dBm __ATT ___dBm

WCA-2-18

WCA-2-17

FW7420

7-2 8-2

1-1-3

FDP

73&74

1-2-3

FDP

75&76

3-4

OC3 1+1

New

OC48 1+1

New

OC48 1+1

8-1

7-1

1-7-3

1-8-3

Node B FW4500 Node B FW4500FW

FW7500

FDP RR

FDP RR

FDP Port

FDP Port

FDP Port

FDP Port

WCA-2-3WCA-2-18

Card type CMD1-SR1 FC95700160CMD1-SR1 FC95700160 Card type

CMD1 SR1 FC95700160CMD1 SR1 FC95700160

Light Levels RCVLight Levels TXSTS/VT1

7-2

1-1-2STS/VT1

19-120-1

1-1-11-2-1

19-1 20-1 19-1 20-1 19-1 20-1 19-1 20-1 19-1 20-1 19-1 20-1 19-1 20-1 19-1 20-1 STS/VT1

x-1

3-4-11-1-3-1

1

PT

PT

PT

PTPT

PT

1

x-2

3-4-21-1-3-2

2

PT

PT

PT

PTPT

PT

2

x-3

3-4-31-1-3-3

33-2-1

4-2-1 3-2-14-2-1

PT

PTPT

PT

3

x-43-1-1

4-1-1 1-7-2-31-8-2-3

43-2-2

4-2-2 3-2-24-2-2

PT

PTPT

PT

4

x-513-8-1 1-1-1-5

1-2-1-55 7-1-23

8-1-23 7-1-238-1-23 1-1-2-5

1-1-2-5PT

PT

5

x-615-6-1 1-1-1-6

1-2-1-66 7-1-22

8-1-22 7-1-228-1-22 1-1-2-6

1-1-2-6PT

PT

6

x-7

7

7

x-8

8

8

x-9

9

9

x-10

15-8-1 1-1-1-101-2-1-1010 7-1-26

8-1-26 7-1-268-1-26 1-1-2-10

1-1-2-10PT

PT

10

x-11

11 3-2-34-2-3 3-2-3

4-2-3PT

PT

PTPT

11

x-12

15-5-1 1-1-1-121-2-1-1212 7-1-27

8-1-27 7-1-278-1-27 1-1-2-12

1-1-2-12PT

PT

12

x-13

14-8-1 1-1-1-131-2-1-1313 7-1-28

8-1-28 7-1-288-1-28 1-1-2-12

1-1-2-12PT

PT

13

x-14

14PT

PT

PT

PTPT

PT

14

x-15 3-1-24-1-2 1-1-1-151-2-1-15

15

PT

PT1-1-2-15

1-1-2-153-1-2 3-1-2

15

x-16

16PT

PT

PT

PTPT

PT

16

x-17

17

17

x-18

18 7-1-298-1-29 7-1-29

8-1-29PT

PT

PTPT

18

x-19

19

19

x-20

208-1-14

7-1-14

PT

PTPT

PT

20

x-21

21

21

Node B

Legend

Node B

Node B FW9500Node B

Node BNode B

Node BNode B

Node BNode B

Node InsertRing 01 MigrationIn Use

Ring 02 Migration

PTPT

1-4-1 1-1-1-71-2-1-7

PT

PT1-1-2-7

1-1-2-7

CONNECTIONS

MAPS

BEFORE, INTERMEDIATE

AND FINAL ENGINEERING

MOP & EDP

DOCUMENTATION

Creates Roadmap for Implementation

Analyze legacy network environment

Determine best method for migration

Develop site-specific detailed Method of

Procedure (MOP)

Confirm material requirements for migration

Create master design sheet

Develop project timeline and resource

requirements


Network Migration

Verify legacy system for churn

Pre-wire/fiber new system

Provision new ports and parameters

Verification of provisioning/wiring

Migration Pre-cut Activities Live Traffic Cutover Activities

Cutover paths for churn are re-engineered and

executed as needed

Cutover is executed to detailed MOP

Alarms are verified to ensure traffic is stable

Detailed cut sheets are updated

System stability is verified with customer & NOC


Summary of Overall NetMod Turnkey Scope

NETWORK DISCOVERY

NETWORK ANALYSIS

FURNISH

MATERIALS

FOR

MIGRATION

EF&I OF

NEW

EQUIPMENT

TEST &

TURN UP

OF NEW

EQUIPMENT

DE-INSTALL EF&I

OSS INVENTORY

SYSTEM UPDATETRAFFIC

MIGRATION

Gathers circuit details to perform

network analysis

Creates the site specific MOP and

engineering cut sheets

physical and

logical migration

of circuits from

old to new

equipment

To match new

topology

Engineering, physical

power-down and de-

install of old hardware

and frames


Benefits of Network Modernization

Number of Cabinets

Operations & Maintenance

Costs

Reclaimed Floor Space

Power and HVAC Costs

Performance & Efficiencies

Spares for Legacy Network

Fujitsu 16x9 White Template-17 - ISE EXPO · Deloitte Global, Technology, Media, and...

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