Mobile Services

Recom Systems Limited

1IPR Recom Systems Limited (Internal Document)

Mobile Services With DifferenceOnly mobile service in the world supported by

Artificial Intelligence EngineMost focused customer servicesFirst service to Launch Hundreds of Other

Services on Mobile NetworksEnterprise Solutions on Mobile NetworksHome Solutions on Mobile NetworksVideo Services on Mobile NetworksInternet and data services on mobile

networksNetwork 100% integrated to Next Generation

Networks2

IPR Recom Systems Limited (Internal Document)

BTS BT

Radio Link

Basic G S M architecture

MSCFunctionSplit A

MSCFunctionSplit B

SoftSwitc

MSC Functionality Split in Two and Soft Switch Integrated

Soft Switch

ServicesCreationPlatform

Data bases

Soft switch Functions Enhanced for Mobile Applications

Telecommunications 2009 RequirementsVideo conferencingVideo StreamingE-commerceMobile High speed NetworksLand Line Optical Fiber NetworksIP Video on demand networks

Cost Benefits50% savings in infrastructure costsNetworks good for next 20 to 30 yearsVertical and horizontal expansionHigh revenue per subscriber100 % technology controlExtremely fast roll out of the networks

Triple Play ArchitectureMain Domains

IP-MPLS Backbone

Core IP Domain

Core & Edge Routersand Switches

Data Domain

Switches, BRAS,Firewall, Storage

Video Domain

VoD Servers, Encoders,IRDs, MiddleWare

Access Domain

Triple-Play AccessMedia GW / Access GW

Mngt, QoS, SLA

Management Domain

Soft-Switches

Voice Domain

Multimedia

Server

Home Domain

CPEs, STBs,Home Network

AdvantagesNetwork will be based on 2009 technologyNetwork will meet the requirements of

customer todayExisting operators will find extremely difficult

to migrate to new technology due to high infrastructure costs of the installed equipment

Overlay networks over existing network infrastructure and create a very fast roll out.

Demarcation x 10

GigE Aggregation

& switching

x 10 x 10

Aggregation

Demarcation

access

T-Marc

T5-Compact-F

T-Metro T-Metro

1st Aggregation

2nd Aggregation

T-Marc

T5-Compact-G

Eth/FE/GigE Eth/FE/GigE Sub 50mSec GigE Ring

Sub 50mSec Gig Ring

Eth/GigE Eth/GigE

Core Routers

BB RAS

T-Marc

Eth/GigEEth/FE

EdgeGateOutdoor

VoIP GW

Firewall

Soft Switch

Signalling GW

SS7/TDM

IPTV ServerIPTV ServerIPTV Server

IPTV MiddlewareIPTV Middleware

Existing BSNL Network

Other Operato

Advanced Mobile Services Network

Voice Domain

IP/MPLS Backbone

Soft Switch

Signaling GW

SS7/TDM

Signaling GW

SS7/TDM

App. Server

Local Switch

nxE1Voice

H.248 MGCP

GE Line GW

Analog set

Firewall

Line GW

Analog set

Firewall

Access Domain

Access

DomainTrunks GW

Trunks GW

Local Switch

nxE1Voice

RPRAccess

Soft Switch

Data / Internet Domain

ISP block DiagramIP/MPLS Core Networks

Data Domain - POP Deployment

switch

LDAP/SQL/AAA/Portal/DHCP TG

Storage

10Gig-E Metro

1Gig-E Metro

Gig-EGig-E

Splitter

Analog Phone

1Gig-E Agg

10Gig-E Agg BRAS’s

Back-Office

Access Domain

- Enterprise Solution for Corporates

Ethernet to the Premises

Distributed Video Headend

MPEGEncoders

VoD Servers

GE/10GELocal

Content

Content & IRDs

MiddleWare

VoD & NVoDTV channels – unicast & multicastGames on demand – interactive, multiplayerNetwork PVR with full DVD-like controls

OptibaseVideo Server

BitbandVideo Streaming

Video Domain

Triple Play

Access

ADSL2+

$Back Office• Billing• Customer Management• Network Management

Distributed Video Headend

MPEGEncoders

VoD Servers

GE/10GELocal

Contents

Content & IRDs

MiddleWare

Settop Box

Telephone

Internet

Copper

Vollbest. z.B. 240 Ports

48 Ports

ADSL, AnnexBG.SHDSLVDSLSynch. E1, PPP

Dynamic service creationFlexible Service Creation Environment : Designing and launching new pricing plans

instantaneously • Designing and launching corresponding revenue-

generating services • Interfacing and integrating seamlessly with third-party

modules (including export/import functions) • Service Provisioning (including third-party modules) • Targeting and segmenting markets using Class of

Service (COS) and Subscriber Life-Cycle Policy (LCP) mechanisms

• Acquiring and retaining subscribers through the most cost-effective methods

WiMax70 megabits per secondEncrypted data keys to prevent unauthorized

users from stealing accessRange - 30-mile (50-km) radius from base

station Frequency bands - 2 to 11 GHz and 10 to 66

GHz (licensed and unlicensed bands) Defines both the MAC and PHY layers and

allows multiple PHY-layer specifications VoIP allows people to make local, long-

distance and even international calls through a broadband Internet connect

Mobile Services

Databases

DataMarts

A I Engine

Business Intelligence Platform

GPEngin

Mobile Services

MobileServices

Mobile Services

MobileServic

NetworkDesign

Merging Advanced Technologies

GSM Network

Soft Switch&

Triple Play

Dynamic Service Creation

Environment

EnterpriseServices

ERP BI CRM

SOHOConferenc

eInternet

GamesSupported

ByAI Engine

AIEngine

G PEngine

RAD EnvironmentRapid applications development using Genetic

Programming like giving trade decision in less than 5 seconds on Gold, Stocks and Commodities for Intraday Traders. This service alone can hook investors to their mobiles for hours.

Executing trade orders through GSM.200+ Applications can be developed for Global

markets. These applications are new and directly deployable on GSM Networks by operators as well by third parties.

Secret DocumentJ S Bawa

Cell-ID and Cell-ID variants (Cell site Identification) – standards supported in GSM, GPRS, and UMTSE-OTD (Enhanced Observed Time Difference) – standards supported only in GSM/GPRS• OTDOA (Observed Time Difference of Arrival) – standards supported only in UMTS• A-GPS (Wireless Assisted GPS; also known as Assisted GPS) – standards supported in GSM, GPRS andUMTS• Hybrid (combinations of A-GPS and other standards-supported technology) – standards supported inGSM, GPRS, and UMTS

GSM cell is anywhere between 2km to 20km in diameter.Cell-ID with TA or RTT. Cell ID accuracy can be further enhanced by including a measure of TA in GSM/GPRSnetworks or RTT in UMTS networks. TA and RTT use time offset information sent from the BTS/Node B toadjust a mobile handset’s relative transmit time to correctly align the time at which its signal arrives at the BTS.

E-OTD requires precise time information. For GSM and GPRS, this requires the addition of Location Measurement Units (LMUs) everywhere in the network where alocation service is offered at an average rate of 1 per every 1.5 BTS sites.To provide network-wide coverage could require the installation of thousands of LMUs at existing BTS sites or at new sites near existing BTS sites.

A-GPS provides better accuracy than CELL-ID, E-OTD or OTDOA, and operates on asynchronous orsynchronous networks without the need for LMUs (although LMU information can be used if it is available).

As an alternative to combining A-GPS and Cell-ID, A-GPS can also be combined with E-OTD or OTDOA. Thisapproach requires only spot deployments of E-OTD or OTDOA, allowing A-GPS to be used in the majority ofthe network to provide the basis for most location information. The Hybrid approach generally improves yieldand allows the location technology performance to gracefully degrade in a way that supports most locationservices.

IPR Recom Systems Limited (Internal Document) 39

PERFORMANCE AND IMPLEMENTATION CHARACTERISTICS FOR HYBRID

A-GPS requires precise time to perform satellite signal processing. It can utilize precise time from a synchronized network (which provides optimized TTFF and sensitivity), or derive it on either a synchronized or an asynchronous network from aiding data received from the Location Server. A-GPS operates on any air interface network, synchronized or not, without requiring any costly equipment to derive time, and will operate with enhanced efficiency and performance on precisely synchronized networks.

LOCATION TECHNOLOGY TIMING REQUIREMENTS BY AIR INTERFACE

Technology Classification1. Cell-ID Cell-ID-based technologies can be implemented using the general

communications infrastructure as it exists today (or as it may be introduced in 3G networks), with limited changes.

2. E-OTD, OTDOA E-OTD can be implemented only by adding significant numbers of LMUs to

GSM and GPRS infrastructures. OTDOA can be implemented only by planning precise timing equipment in the baseline equipment for 3G networks or adding precise timing equipment later. For both technologies, there is infrastructure hardware and software that must be added. Also for both, at a minimum, special handset software must be installed.

3. A-GPS The technologies in this category can be implemented with

appropriately enabled handsets using the general communications infrastructure as it exists today (or as it may be introduced in 3G networks), with minor changes.

• Cell-ID meets cost objectives, supports roaming, but provides generally poor performance and poor ROI,• E-OTD provides good performance, but has severe roaming limitations, is expensive, is limited to GSM networks and provides poor ROI,• OTDOA provides average performance, but has severe roaming limitations, is expensive, is limited to UMTS networks and provides poor ROI,• A-GPS provides very good performance, is relatively inexpensive, supports roaming, can be used on all networks and provides good ROI,• A-GPS hybrid combinations of A-GPS + Cell-ID provide very good performance, support roaming, optimize yield, minimize the cost of the hybrid implementation and provide ROI on par with A-GPS solutions,• A-GPS hybrid combinations with spot deployments of E-OTD or OTDOA are also viable, but the complexity and cost of these implementations increases over the A-GPS + Cell-ID hybrid because of the need for LMUs in the network to support E-OTD/OTDOA, which can decrease the ROI.

India Factor2nd largest user base in the world for GSM

NetworksARPU of subscribers is continuously fallingLocation based services will enhance ARPU

for GSM OperatorsLocation based services is a 3 Billion $

market in IndiaCell Id based services are available today Hybrid model has high market potential with

high ROI for operatorsIPR Recom Systems Limited (Internal Document) 52

LOCATION BASED SERVICES BLOCK DIAGRAM

Network-Initiated Request

3G Network Architecture

GPRS STACK

GPRS NETWORK

THANK YOU

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