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homefibre digital network gmbh Austria GE-POF for More Connectivity More Flexibiity A Concept for Extended Home Network Infrastructure 08.10.2014 1 IEEE GE-POF Plenary Tutorial 20141001 DRAFT 2014-10-01

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homefibre digital network gmbh Austria

GE-POF for More Connectivity

More Flexibiity

A Concept for Extended Home Network Infrastructure

08.10.2014 1 IEEE GE-POF Plenary Tutorial 20141001

DRAFT 2014-10-01

08.10.2014 2 IEEE GE-POF Plenary Tutorial 20141001

POF Network

TV Audio Video Internet

Smart Home

Optical LAN

Ubiquitous Connectivity

WLAN Retrofit Self-Installation

Security

New Building

More Connectivity

Extended Future Home Network

08.10.2014 3 IEEE GE-POF Plenary Tutorial 20141001

TV Audio Video Internet Smart

Home

Optical LAN WLAN

Security

TV X X X X X PC / LT X X X X X Tablet Smart Phone

X X X X X

Camera X X X X Multi Room Audio

X X X

Sensors / Actors

X X X X

Extended Future Home Network

Retrofit Self-Installation

New Building

Up to more than 100 devices might be networked in the home (gateways, sensors, actors, multimedia, telecommunication etc...)

08.10.2014 4 IEEE GE-POF Plenary Tutorial 20141001

Home Network Challenges:

- for Builder & User

We need more network but have less budget (builder)

We want a more flexible network in homes/offices (builder)

How to install a better network in existing homes? (ISP)

No or not enough IP-network connectivity (end-user)

WLAN – we have gaming & video issues (end user)

Extended Future Home Network

Solutions with POF:

pre-installed POF cable with conduits or electrical wires

the optical IP data backbone is everywhere available

POF- retrofit in electrical installation or in/on the wall

POF = sufficient network connectivity pre-installed

well prepared for optimized WLAN usage

08.10.2014 5 IEEE GE-POF Plenary Tutorial 20141001

Install Broadband Ethernet in existing houses:

-  via electrical conduits

-  via Telephone conduits

-  via coaxial cable conduits

-  under side boards

Extended Future Home Network

Extend Ethernet connectivity in new houses:

-  for more flexibility

-  for more connectivity

-  for grounding critical applications

-  for optimized WLA

08.10.2014 6 IEEE GE-POF Plenary Tutorial 20141001

The extended home network infrastructure is to prepare the IP-data backbone with a minimum investment for:

•  for optimized today and future LAN & WLAN technologies and concepts (e.g. small cells, high frequencies ... )

•  for easy and flexible integration of wired and wireless IP based network applications, everywhere in the home

•  a flexible to use basic data backbone to allow a client to chose flexible between wired and wireless home network

Extended Future Home Network

08.10.2014 7 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

share existing conduits use pre-installed conduit or composite cable

on the wall under the side board, under the carpet

+ no dust + cable not visible

+ fast installation + self installation

+ look & feel / WAF + self installation

RETROFIT

08.10.2014 8 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

NEW HOUSES

Cat 5/6 in separated conduit or no conduit

POF in shared conduit or cable (electrical or coax etc... )

POF in conduit plus electrical, Cat5/6, HDMI, Coax etc..

Combi: Cat5/6 and POF-Electrical or POF Conduit

+ low cost pre-installation + more & flexible connectivity

+ high added value pre-installation + more & flexible connectivity

.

08.10.2014 9 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 10 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 11 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 12 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 13 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 14 IEEE GE-POF Plenary Tutorial 20141001

Retrofit - Home Network

08.10.2014 15 IEEE GE-POF Plenary Tutorial 20141001

Kitchen; Living Room

Sleeping

Bath

Entrance

Extended Future Home Network

3 Data Outlets – minimum basic installation

08.10.2014 16 IEEE GE-POF Plenary Tutorial 20141001

Kitchen; Living Room

Sleeping

Bath

Entrance

Extended Future Home Network

6 Data Outlets – standard basic installation

08.10.2014 17 IEEE GE-POF Plenary Tutorial 20141001

Kitchen; Living Room

Sleeping

Bath

Entrance

+

+

Extended Future Home Network

> 16 Data Outlets pre-installed Extended Home Network

08.10.2014 18 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

Kitchen; Living Room

Sleeping

Bath

Entrance

+

+

TV 1

TV 2 & Audio

PC Home Office; Printer; NAS

VoIP & IP-Cam

Audio System

Alternaive TV

ext. WLAN Access Point

int. WLAN Access Point

Touch Screen

Touch Screen

Future Proof Ethernet Home Network Basic Installation

int. WLAN Access Point

10 Applications for a small Apartment

VoIP & IP Cam

IP Video Door Bell

Touch Screen

08.10.2014 19 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

Standard Installation: 2 conduits for data & power: 1 conduit for electrical wires

1 Conduit for Cat5 (6)

Extended Connectivity 1 conduit for electrical & POF

08.10.2014 20 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

POF everywhere pre-installed

Active components where needed

08.10.2014 21 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

Extended Home Network Connectivity for less basic investment

More pre-wired connections for more efficiency & flexibility

6 12 30

08.10.2014 22 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

+ low cost basic infrastructure + less installation time

+ more Ethernet connectivity

+ technology becomes cheaper - in general labour cost tend to increase

e.g.:

12 Outlets pre-wired

6 double outlets activated

= 12xRJ45 + WLAN

08.10.2014 23 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

Combined Cat5 – POF home network for maximum coverage and flexible use of Ethernet technologies - the optimized solution!

08.10.2014 24 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

6 Cat 5

Outlets

12 POF Outlets pre-

installed

18 POF Conduit

Outlets pre-installed

A builder proposal for optimized combination Cat5 – POF

08.10.2014 25 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

6 Cat 5 Outlets

12 POF Outlets pre-installed

A builder proposal for optimized combination Cat5 – POF

6 Cat5 + 12 POF Outlets pre-installed

6 x Data 18 x Data 12 x Data

08.10.2014 26 IEEE GE-POF Plenary Tutorial 20141001

Extended Future Home Network

A builder proposal for optimized combination Cat5 – POF

optimized connectivity combination of POF + Cat5

08.10.2014 27 IEEE GE-POF Plenary Tutorial 20141001

Major Application: TV goes to IP

Satellite

Cable TV IP-Network

source

Extended Future Home Network

08.10.2014 28 IEEE GE-POF Plenary Tutorial 20141001

POF offers excellent opportunities to install a reliable network in constructions which does not allow wide wireless penetration or which does not allow to install cable outside the wall.

POF network technology allows to install high density connectivity options and flexibility in home networks for very low infrastructure cost.

Since TV (DVB-S, DVB-T, DVB-C) can be distributed via IP network the demand for an easy to installed core network is increasing!

Extended Future Home Network

Flexible Connectivity

Low investment cost for network Infrastructure

Home Network Requirement

08.10.2014 29 IEEE GE-POF Plenary Tutorial 20141001

Ubiquitos optical network availability

optical data-backbone in each outlet,

distribution box

small & optimized WiFi cells ... less EMR

more connectivity

... more safety

easy & time saving installation

Flexible Connectivity

Home Network Requirement

08.10.2014 30 IEEE GE-POF Plenary Tutorial 20141001

31

Thank you Josef Faller homefibre digital network gmbh

www.homefibre.com welcome@homefibre .at

IEEE GE-POF Plenary Tutorial 20141001 08.10.2014

32 IEEE GE-POF Plenary Tutorial 20141001 08.10.2014

33 IEEE GE-POF Plenary Tutorial 20141001 08.10.2014

34 IEEE GE-POF Plenary Tutorial 20141001 08.10.2014

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36 IEEE GE-POF Plenary Tutorial 20141001 08.10.2014