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Consolidated Passive Optical Networks in the MDU Bob Whitman VP Market Development

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FTTH Conference 2013

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Page 1: Bob whitman

Consolidated Passive Optical

Networks in the MDU

Bob Whitman

VP Market Development

Page 2: Bob whitman

2 Corning Telecommunications

Network convergence is inevitable

• Bandwidth demand: Fixed and mobile is stressing access networks

• Mobile data growth and consumer behavior is pushing radio heads

closer to the user

• Mobile/wireless networks complementary to fixed fiber networks

• Networks are converging to provide services over any device

• Network construction is sometimes complex, particularly inside the

building; avoid doing it twice

• Consolidated passive infrastructure can save 16% to 27% of

network deployment costs

Page 3: Bob whitman

3 Corning Telecommunications

Bandwidth demand growth is stressing access

networks

• Internet Video is 50% of total

consumer demand at YE12

• Video drives exponential growth

• Measurements of bandwidth will go

from petabytes to zettabytes by

2016

• In 2013, mobile devices exceed

earth’s population (1.0 per capita);

by 2017, 1.4 mobile devices per

capita

• Mobile video traffic >50% in 2012

• Mobile network speeds more than

doubled in 2012

Global Mobile Data Traffic Global Fixed Internet Traffic

http://www.cisco.com/en/US/solutions/collateral/ns341/ns525/ns537/ns705/ns827/white_paper_c11-520862.pdf

Source: Cisco

Page 4: Bob whitman

4 Corning Telecommunications

Consumer behavior drives more connected

devices

• Multiscreen – 70% of consumers use a tablet while watching TV

– 68% of consumers use a smartphone while watching TV

• Broadband in the post PC World – Average home has approximately two connected devices

(mobile or fixed) per person

– In 2020 the average connected devices per person will be six

• Tablets breakout in 2012 – Mobile-connected tablet devises increased 2.5-fold to 36

million, and each tablet generated 2.4 times more traffic than

the average smartphone.

Source: Nielsen, Sandvine, Cisco

Page 5: Bob whitman

5 Corning Telecommunications

Quick survey

How many Internet ready devices are in your home?

• Smartphones

• Internet-ready music devices

• Game consoles

• Handheld games

• Tablets/Netbooks

• Desktop/laptop computers

• Internet ready/Smart TVs

• Internet video service devices

Who needs a killer app?

Page 6: Bob whitman

6 Corning Telecommunications

A wireless network requires optical fiber backhaul;

carriers must get off the air and onto fiber

46% of total mobile data traffic will be offloaded by 2017

Carriers are struggling to keep

up with mobile data demand

• Driving fiber to top of cell

towers and into buildings

Networks are already merging

• Users don’t know or care

about the difference

between 3G/4G and Wi-Fi

Home and office networks are

ideal for mobile offload

Page 7: Bob whitman

7 Corning Telecommunications

Demand is pushing the radio (small cells) closer to the

user, providing extra throughput in dense urban areas

Macrocell

(kms)

Small cells

(25-200 m)

80% mobile traffic generated indoors

Page 8: Bob whitman

8 Corning Telecommunications

Network Convergence

Services will be supported by one network

• Carriers support multiple networks that have been built in

silos based on service offerings

• Network efficiency requires planning for all services

Source: Qualcomm

Page 9: Bob whitman

9 Corning Telecommunications

A first step in consolidating networks: Leverage FTTH

and avoid entering and constructing in building twice

+ = + =

Wireline Wireless Consolidated Antennas

Cable Fiber &

Composite

Connectors

Hardware

MDU Wireless Supports

• Wi-Fi in the apartment

• Public Wi-Fi in the common areas

• Cellular services

• Public safety

Page 10: Bob whitman

10 Corning Telecommunications

MDU Case Study #1

Large MDU (144 Living Units, 12 Floors) – Mid-span access

Component Level of “Wireless Ready”

%

Wireless

Ready

Hardware 1. Place FTTH hardware

with capacity for

• fiber terminations at

wireless headend (96

for MIMO, in this case)

• 1U hardware per floor

(8 fibers, 8 fuses each)

6%

Riser

cabling

2. Place 96 additional fibers

in the riser

14%

Horizontal

cabling

3. Place composite cables

in the horizontal (two 4-fiber

4-conductor) per floor

19%

Connectivity 4. Or, place composite

assemblies in the horizontal

(two 4-fiber 4-conductor)

per floor

100%

Page 11: Bob whitman

11 Corning Telecommunications

MDU Case Study #1

Large MDU (144 Living Units, 12 Floors)

Wireline Wireless Ready

up to riser

Wireless Ready

all cabling

100% Wireless Ready Wireless Ready

Later

2 Separate

Networks

Consolidated

Includes Wireless

Hardware Capacity

+ Fiber in Riser + Fiber in Riser

+ Composite Cable in

Horizontal

+ Fiber in Riser

+ Composite Cable

Assemblies in

Horizontal

Materials 13,784$ 14,128$ 30,298$ 46,206$ 47,797$ 61,581$ 59,990$

Labor* 9,484$ 9,484$ 11,427$ 11,039$ 39,100$ 48,584$ 20,522$

Total 23,268$ 23,612$ 41,725$ 57,245$ 86,897$ 110,165$ 80,512$

Savings:

3% materials + 58% labor

27% overall

*Labor costs are estimates only and may vary from project to project.

Page 12: Bob whitman

12 Corning Telecommunications

Large MDU, High Rise (432

Living Units, 36 Floors) Small MDU (12 Living Units,

3 Floors)

Savings:

5% materials + 37% labor

16% overall

Savings:

26% materials + 13% labor

23% overall

Additional Case Studies for Large and Small MDUs

Opportunity for consolidation of FTTH, small cell, Wi-Fi and IDAS

networks could mean lower total cost and better service

Page 13: Bob whitman