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Enabling communications – Enabling communications – key technologies of today and tomorrowkey technologies of today and tomorrow

10th of June 2009

Dimitris Androutsopoulos

Net Technologies

10th of June 2009


Net Technologies

Enabling communications – key technologies of today and tomorrow

An open agenda during the last period on what will be the emerging broad band technologies.

There are various answers. Among these, three will be highlighted:

WiMAX LTE TETRA and TEDS.

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Key Telecoms Trends

Fixed line usage is reducing dramatically for “classical” services (e.g. voice)

Mobile use is increasing steadily even though penetration is already high

Broadband Internet deployment shows a rapid growth trend


FixedFixed

MobileMobile

Broadband InternetBroadband Internet

These Trends are pushing for…

Fixed – Mobile Convergence (FMC)Fixed – Mobile Convergence (FMC)

The integration of mobile and fixed technologies

to enable the seamless distribution of services

over fixed mobile broadband networks


Key Challenges

Broadband WirelessBroadband Wireless is the future!

BroadbandBroadband and MobilityMobility together

pose a unique challenge!

The Goal:

Fixed Mobile ConvergenceFixed Mobile Convergence


Mobile Network Evolution

GSM basic services/network optimisation

GSM2 GSM2 + Intelligent Networks (IN)

3rd Generation

3G Beyond

4th Generation Future Wireless


WiMAXWiMAX

Opportunities & ChallengesOpportunities & Challenges


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Why WiMAX ?

During the last years there has been a worldwide effort for bringing broadband

connectivity to everyone and everywhere. Under the umbrella of IEEE and the

WiMAX Forum, an industry consortium, we have the development of 802.16

family of standards.

8902.16 comes to complement all gaps in broadband connectivity for fixed point

and portable/mobile applications, with extensive broadband wireless access in the

effort to link enterprises and every interested user to core telecommunication

networks.

WiMAX suits perfectly to areas with specific characteristics (rural areas, islands,

under development areas).

WiMAX will bring new and innovative services to end user.

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What is WiMAX ?

WiMAX is based on the WMAN IEEE 802.16 group standards.

ITU Approved WiMAX as New IMT-2000 Standard (Oct. 2007)

Available standards IEEE 802.16 (Fixed LOS) IEEE 802.16-2004 (Fixed

NLOS) – or Fixed WiMAX IEEE 802.16e-2005 (Fixed

and Mobile NLOS) – or Mobile WiMAX

Key WiMAX technologies are OFMDA, MIMO and IP Core

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High Capacity

Flexible Architecture

Portability

Low Cost

SLA

Mobility

Wide Coverage

QoS

Quick Development

High Security

WiMAXWiMAX


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WiMAX seems ideal for such applications as: Interactive gaming

VoIP, video conferencing

Streaming media

Media content download

Information technology

Where to apply WiMAX ?

With most appropriate usage

scenarios such as: Cellular backhaul

WSP backhaul

Banking networks

Education networks

Theme parks

WSP access networks

Rural connectivity

Military battlefield

Campus connectivity(sourse:WiMax Forum white paper)


Multiservice Networks of the Future

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Wireless Backhaul

Voice gateway

Voice/Video

Telephony

HD TVTVoD, VoD

Video Sourc

e

Gaming, Business

Backup, ERPIntern

et Video Sourc

e

BusinessBroadband

E-Line andE-LAN service

Global/NationalCarrierEthernet

Global/NationalCarrierEthernet

Small/Medium Business

Metro CarrierEthernet

Metro CarrierEthernet Access

CarrierEthernet

AccessCarrierEthernet

ResidentialTriple-Play

FTTx andDSLAM Backhaul

Broadbandmobile data/video

Source: Metro Ethernet Forum (MEF) www.MetroEthernetForum.orgSource: Metro Ethernet Forum (MEF) www.MetroEthernetForum.org


WiMAX – application areas

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Fixed Broadband Wireless

Point-to-Point Backhaul

Broadband on demand for residential, SOHO and SMEs

Services for areas with no infrastructure

Solution for competitive T1/E1 for business

Backhaul for Wi-Fi hotspots

Mobile Broadband Wireless

Higher-speed Internet access

VoIP services (voice chatting, push-to-talk, multimedia chatting)

Mobile entertainment (MP3, gaming, video)


LLong TTerm EEvolution


What is LTE ?

LTE stands for Long-Term Evolution within 3GPP focused on future upgrades to the 3G

standards to provide drastic improvement in wireless data speed.

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The growing market for LTE

Ericsson estimates that there are now more than 600 million fixed and mobile broadband subscriptions

Increasing popularity of mobile broadband is driving demand for higher speeds in the fixed broadband world

Juniper Research analyses the total market for Mobile Web 2.0 to grow from USD 5.5 billion to USD 22.4 billion between 2008 and 2013

82% of people use internet everyday several times and 50% say that having high speed Internet available everywhere is important to them


The Future View to LTE based services – IMS based TV case

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Following 3GPPstandards, the coming generations of mobile terminals will host native Java-based IMS clients.

Integration with IMS-based IPTV, together with IMS-supported mobile terminals, will provide the possibility to transfer ongoing TV sessions from the TV in the home to a mobile deviceand vice versa.


Comparing LTE & WiMAX


That is and its new development…That is and its new development…

Mission Critical applications and the need for secure broadband wireless networks…

Mission Critical applications and the need for secure broadband wireless networks…

TETRATETRA TEDSTEDS


What is TETRA?

International digital radio standard designed specifically for public safety professionals and

those who need to communicate in groups

Evolving open ETSI-standard

Instant push-to-talk, group voice communications

Pre-emptive communications systems

End-to-end, secure voice and data transmission

TETRA release 2 providing 3G-like data rates

Feature rich, including different modes, seamless roaming, equipment interoperability,

operational & administrative interoperability, total management, provacy and security,

spectrum efficiency (TDMA trunking) and voice and data

Most secure PMR technology in the world, including digital transmission, authentication, Air

Interface Encryption and End-to-End Encryption


TETRA PMR Markets & Market Development

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TETRA now in 104 countries Total number of reported contracts increased with 38% Fastest growing Regions are Asia Pacific (98%) and Eastern Europe (48%) The fastest growing market sectors are Oil & Gas (110%) and Commerce & Industry (94%)


TEDS in comparison with TETRA release 1

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The Standard is complete

The regulatory work is

complete

InterOperability Profiles and

test cases are being written

First order placement

Delivery committed for this

year (2009)


TEDS: Cost effective Wide Area Coverage

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TETRA is currently used by: Public safety Olympic /games networks Transport Public transport Railways Airports Utilities Seaports & Rigs Oil&Gas Commercial, such as hotels,

casinos, Spa’s, Universities…and FERRARI


Conclusions

In many technologies, despite the recession, we are whitnessing

increasing growth

There are emerging markets and market possibilities that can be

captured

even during these difficult times

Different technologies are suitable for different needs


The profitable broadband services to people at home, in the workplace and on the move requires the deployment of networks capable of scaling progressively while providing an attractive total cost of ownership over their lifetime.

The profitable broadband services to people at home, in the workplace and on the move requires the deployment of networks capable of scaling progressively while providing an attractive total cost of ownership over their lifetime.

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Thank you for coming here today… Enjoy the seminar!



Net [email protected]


Net [email protected]

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