© 2019 Nokia1

Nokia Solutions Enabling Smart Cities & Campuses: Passive Optical LANStefan Heldens

© 2019 Nokia2

What is Optical LAN?

Based on Gigabit Passive Optical Networks (GPON) technology

1:n Passive splitter

Optical fiber feeder Optical fiber distribution

GPON Key facts

Bandwidth per PON Downstream: 2.5Gb/s, upstream:1.2Gb/s

Bandwidth per user 1Gb/s

Outside plant Passive. Split 1:128. Reach: 20km

Services Data, voice, video, WiFi backhaul

Evolution Graceful migration to TWDM-PON 40Gb/s symmetrical

GPON OLTCentralized Access node

ONT End User equipment

>100M users connected with fiber

GPON is the fastest

growing access technology worldwide

1st choice of operators,

utilities, governments

© 2019 Nokia3

Trends driving adoption of Optical LAN

Capacity

Satisfying growing data

needs of users

Cloud

Reliably connecting

users to their SaaS

applications running in

the cloud

IoT on the rise

Highly scalable to stay

ahead of the increasing

device growth

Density demands

Advances in wireless

solutions will carry more

traffic and support larger

number of users and

devices in a smaller area

Investment

protection

No matter what

technology demands

arise in the next 50

years, Optical LAN will

accommodate them

Up to 50% lower TCO

Less equipment, less cabling

Reduced footprint & power consumption

© 2019 Nokia4

Impact of high bitrate services on businesses demands rethinking “business as usual” Local Area Network

Healthcare• Campus Connectivity

• Network Partitioning

• Remote diagnosis

• Patient care

Hospitality & tourism• Superior guest

experience

• Lower cost to operate

• Promotion to wide

audience

Public places• Security and surveillance

• Signage

• Public announcements

• Wi-Fi

Real estate• Smart homes

• Smart Buildings

• Future proof

Infrastructure

Governments• Better services for

citizens

• Connect municipalities

Sports/Entertainment• Security and surveillance

• Audio/Video Distribution

• Wi-Fi

Transport• Multiple Services

• Seamless Mobility

• IoT

• Security/Surveilleance

Enterprise• Multiple Services

• Security

• Future Proof Network

Education• Video based learning

• Efficient educational

budget/resources

• Digital –school

© 2019 Nokia5

Traditional LAN vs Optical LAN

Traditional LAN Optical LAN

• Less equipment

• Less floor space

• Less power consumption

• Less cables

• Easier maintenance

• Cost-efficient upgrades

• Carrier grade reliability

• Military grade security

CAT

Aggregation

switches

Core switch

Fiber

Passive

splitters

Optical LAN

OLT

© 2019 Nokia6

Exceed the expectations of your LAN performance with Optical LAN

Lower TCOLess equipment, less cabling, reduced footprint & power consumption

High performanceHigh capacity, market proven solution with 10G available today

Futureproof

Evolution on same fiber, same splitter and same OLT

VoIP

HSI

Wi-fi

IPTV

CCTV

Alarm

POL Command Center management platform

ONT End User equipment

OLT Centralized Access node

Up to 20km

© 2019 Nokia7

Bandwidth and Evolution

Benefits

100Mb/s

1Gb/s

10Gb/s

>10Gb/s

Available throughput

per user

Optical fiber

cables

CAT5e CAT6 CAT6a

(30m)

CAT7

(100m)

1Gbps

is becoming the primary intfce. Main drivers: Wi-Fi offload and video

Cabling infra

Reduced cabling cost, space and ceiling weight. Elimination of cable congestion.

All services, one single network

CAPEX and OPEX savings through service convergence

Disruptive and costly upgrade: need to replace cables and electronics to offer higher speeds

Evolution on the same fiber cable. Upgrade requires change of electronics only

Optical cables144 SM fibers (data, voice & video)

Conventional cables144 MM fiber pairs (data)144 copper cables (4-pair, voice)

Source: TE Connectivity

© 2019 Nokia8

10G PON available today!

Nokia Optical LAN

Support of Multi-Gig / 10G technologyKey benefits

Gigabit and 10 Gigabit speeds

Easy upgrades and extensions

Deployment and configuration detailsLarge digital campuses

Sports & entertainment venues

© 2019 Nokia9

GREEN IT: significantly reduced power consumption

Benefits

Study of the energy consumption of two different network architectures and technologies using real measurements

• Traditional copper-based network vs Optical LAN

• Small size (200 LAN ports) and large (2000 LAN ports)

Power consumption per port

200 LAN ports 2000 LAN ports

Copper-based LAN 14 Watt/port 6 Watt/port

Optical LAN 2.5 Watt/port 1.6 Watt/port

© 2019 Nokia10

One solution for all deployment models

Single-site network Multi-site networks Multi-tenant networks

Exam

pleDe

ploy

c

b

a

Optical LAN deployed and managed for the siteShared OLT HW across multiple tenants

Optical LAN deployed across multiple tenants

Standalone Enterprise Large Enterprise spread over multiple sites e.g. retail chains, factories,

campus network Office parks with multiple enterprise e.g. tenants, shopping malls, airports

a

b

c

Optical LAN deployed across different sites and managed as a whole

© 2019 Nokia11

Nokia Optical LAN differentiators

• Scalability and Stability of Platform (Carrier Grade ISAM platform)

• Security of European Vendor

• PCC: Advanced GUI-based O&M platform

• XGS-Pon (10GB/s) available today -> evolution to 40Gb/s

• Global reach

• Flexibility: Cloud Hosted PCC

<Document ID: change ID in footer or remove> <Change information classification in footer>

Compared to other POL Solutions

© 2019 Nokia12

Nokia Optical LAN solution

Up to 20km

Data Center (physical or virtualized)

VoIP/PBX

Internet

WiFi CtrlSecurity &

Room Access

Building Mgmt

& ControlSurveillanceIT & Data

Servers

5571 PCCCentralized mgmt & provisioning

7360 ISAM FX OLTCentralized access node

7368 ISAM ONTONT: fibre termination & GE ports

• Advanced management, provisioning, alarm and troubleshooting features

• Simple, intuitive Web GUI

• Market leading capacity• Proven Gigabit solution• Easy evolution to 10Gbps and higher

• Variety of user interfaces, power & mounting options

• PoE(+) GigE ports

Centralized

access node

Optical LAN

Centralized mgmt &

provisioningVoIP

HSI

Wi-fi

TV

Fibre

Termination

DevicesVert

ical

Cabling

(Sin

gle

-Mode-F

iber)

Floor Distribution(Single-Mode-Fiber)

Optical Splitter

CAT6a

Patch

Cables

Room

Comm’s

Services

Dispersed hotel buildings can be served from

central building without need for additional

active equipment layers

© 2019 Nokia13

Nokia Hosted Optical LAN Management service

Nokia Optical LAN

Benefits for end-customers

• Lower CAPEX

• Reduced maintenance costs due to less IT effort

• Internal resources can focus on core business

Benefits for integrators and

channel partners

• Differentiated and enhanced LAN offering

• Lower initial investment

• Enabling “Optical LAN-as-a-Service” proposition

© 2019 Nokia14

Go to market for Optical LAN

Value

added

reseller

DistributorsIndustrial

partnersAlliancesSPaaP

© 2019 Nokia15

…for everyone

Nokia Optical LAN

USA & CanadaEnterpriseManufacturingHospitalityPublicEducation

MexicoEntertainmentHospitalitySports venue

Bora Bora, TahitiHospitality

ChileAviation

Spain EnterpriseHospitality

FranceHospitalityManufacturingEnterprise

UKEducationSports venue

Costa Rica & Dom RepDigital campusHospitalityEducationManufacturingMuseum Brazil

EnterpriseHighway

DACHHospitalityEnterprise

IsraelReal Estate

UAEEnterprise Singapore

HospitalityPublicHospitalsReal estateFinanceEnterprise

ChinaFinanceEnterpriseTransportAviationLogistics

Korea & JapanHospitalitySports venueEnterpriseSmart buildingThailand

HospitalityEnterpriseDefense

TaiwanManufacturingEducationBrunei

Health

India & Sri LankaHospitalityOil &GasEnterprise

Malaysia, Indonesia & ThePhilippinesHospitalityManufacturingReal estateEnterpriseTransport

Australia & New ZealandPublic sectorEnterpriseHospitalitySports Venue

© 2019 Nokia16

POL Business Case – Greenfield Capex – 4 Port ONT

$0

$100

$200

$300

$400

$500

$600

$700

Traditional (K$) POL(K$)

4-Story Building, 90 Users per Floor

Active Components Cabeling Components Installation Cost Facilities Cost

Traditional (K$) POL(K$)

Active Components $252 $196

Cabeling Components $292 $101

Installation Cost $36 $60

Facilities Cost $88 $0

47% Savings

$0

$500

$1.000

$1.500

$2.000

Traditional (K$) POL(K$)

7-Story Building, 150 Users per Floor

Active Components Cabeling Components

Installation Cost Facilities Cost

Traditional (K$) POL(K$)

Active Components $861 $469

Cabeling Components $797 $302

Installation Cost $84 $78

Facilities Cost $308 $0

59% Savings

$688KTotal $357K $2050KTotal $848K

© 2019 Nokia17

Conclusion

High capacity &

longevity

• 10G PON to increase LAN capacity and allow new and high-bandwidth services

• A future-proof network having a low cost evolution with a lifespan of +50 years

Up to 50% lower total cost of ownership

• Simpler architecture requiring less equipment and cabling

• Lower footprint & power consumption

• Green IT

Leadership & expertise

• Global leader in fiber technology

• Continuous innovation in next-gen fiber to future-proof your investment

• 75M+ GPON subscribers across all regions