ARYCOM Comunicação via satélite...

VSAT Latin America

2016

ARYCOM Comunicação

via satélite Ltda.

Connecting the

Underserved:

Broadband to the people

VSAT Latin America

2016

Connecting the

Underserved:

Broadband to the people

www.arycom.com

• Operator and provider of complete satellite communications solutions, founded in 2001

• Headquartered in São Paulo, with regional offices in Rio de Janeiro and Miami

• Inmarsat Silver Service Provider, Iridium and Globalstar Service Provider

• Legal Representative of Marlink• Fully licensed by ANATEL and in process for FCC license in the USA• Accounting Authority BR03 in Brazil, recognized by the ITU and

Anatel to activate GMDSS services

Arycom Proprietary & Confidential

Arycom

www.arycom.com

Satellite Capacity, Inmarsat, Iridium, Globalstar & VSAT Services, HW, Installations, Applications & SW, Value Added Solutions, network integration, and more…

Enterprise Portfolio


www.arycom.com

• Inflight Connectivity (GSM)• Inmarsat SwiftBroadband• Inmarsat Swift 64• Inmarsat Classic Services• Iridium Aero Services• Hardware

AERONAUTICAL PORTFOLIO

• Activations• PSA Transfers• Commissioning• Traffic Monitoring• Registration transfers

www.arycom.com

• Activations• Installations• Maintenance• Spares• Applications and SW• Value Adds• Arycall

Maritime PortfolioSatellite Capacity, Inmarsat, Iridium, Globalstar & VSAT Services, HW, Applications & SW, Value added Solutions, and more…


INTRODUCTION

A DTH Operator offers TV subscription services

The DTH Operator now wants to add Internet access to the offering

This can be achieved by

adding terrestrial broadband access (fixed or mobile) through co-

operation with network owners

investing in and owning networks (fiber, HFC, fixed radio, WiMAX,

LTE etc)

VSAT – but can be a little expensive / complicated

In some areas, both mobile and fixed networks are not good enough to

carry good quality data services, unless a very high CAPEX per

connection is invested

Is there any other solution?

THE SITUATION (example 1)

INTRODUCTION

A Mobile Network Operator (MNO) operates a nation-wide

network

Today there is patchy 3G coverage, mixed with EDGE and

GPRS areas. LTE being rolled out in urban areas

The Mobile Network is, at least partially, saturated (data) but the

business case for adding infrastructure (3G or LTE) is uncertain

How can the MNO offer broadband to households, SME’s, NGO

offices, governmental offices, schools, Cybercafes, etc in areas

where

The existing mobile infrastructure does not permit that

Off-load options to fixed networks do not exist?

THE SITUATION (example 2)

ARYCOM / FORSWAY OFFERING

By extending mobile networks with satellite services to the

customer premises, broadband access can be offered

All downstream data traffic is routed over satellite

All data traffic upstream from the users goes through the Mobile

Network

At the head end, a Proxy Server performs Gateway, Subscriber /

Traffic / Security / FAP Management and BSS features

The solution is called ForsONEway™

AN INNOVATIVE SOLUTION

Mimir and Encapsulator are deployed at the earth station, close

to the satellite transmission gear

Mimir is managed remotely

ODIN™MIMIR™

Satellite Uplink

Satellite C, Ku, KaEnd User

Return ChannelInternet

Encapsulator /

Modulator Controlling

ARYCOM SOLUTION

ForsONEway™, ARCHITECTURE

ARYCOM / FORSWAY SOLUTION

1. In 2G areas - where voice works well, but mobile data is very

slow - ForsONEway enables broadband without building new

infrastructure

2. In saturated 3G areas (slow data transfer), ForsONEway both

boosts the broadband connection and offloads the network as

downstream data goes via satellite. New infrastructure can be

postponed for many years or may not be needed at all

3. Simple satellite TV dishes (existing or new) & LNB are enough

FORSONEWAY – DIFFERENTIATORS (1)


4. Because it is satellite receive-only, pointing and installation is

not as critical (compared to VSAT which requires more

advanced set-up)

5. Flexibility regarding return (up-link) with a wide choice of

technologies (xDSL, PSTN, cellular, WiMAX, Ethernet…)

FORSONEWAY – DIFFERENTIATORS (2)


FORSWAY SCANDINAVIA AB: SOME PROJECT SO FAR

Internet to Village Service Centres, PoC India

Internet access, sat in – dial up / ISDN out Europe, US

Internet access, DVB-T in – mobile return Rwanda, UK, India

Multicast to buses, Beijing Olympics China

Multicast to SPAR (retail) stores South Africa

In-store radio system, Sat / 3G UK

Internet access, radio link in / WiMAX out US, Benin

Internet kiosks East Africa

Distribution of education content Brazil

Multicast of radio & TV content Spain

Internet, DTH provider, MNO, Government Congo, Cameroon

OEM, high end professional gear for Defence Germany

Requirements specification project Nigerian Media House

2015 – 2016

50,000 modems – field proven reliability – all continents

SOLUTION MAIN COMPONENTS

The integrated system, ForsONEway™, comprises

(CPE) ODIN™, satellite modem including Wi-Fi router and

3G / EDGE / GPRS return channel device

MIMIR™ SERVER, the gateway interconnecting

subscribers, the Internet and the satellite system

FMC™, ForsONEway Management Centre (on Mimir)

provides OSS/BSS and NMS capabilities

SATELLITE PARTNERS Examples

Spacecom, Israeli satellite operator and Systems Integrator, use Forsway’s

modems for their managed service, primarily in Africa

Eutelsat, the third largest satellite operator world wide, co-operate with Forsway in order to fill their satellites with additional IP capacity

SES , the 2nd largest satellite operator, work with us worldwide

OBRIGADO.

Ademar Kin I. Iwamoto

Tecnichal/Commercial [email protected]

Eduardo Braga

Business Development [email protected]

OBRIGADO.

Ademar Kin I. IwamotoTecnichal/Commercial [email protected]

Eduardo BragaBusiness Development [email protected]

ForsONEway for Enhanced xDSL - Examples

SOLUTION BACKGROUND

5-10% of the households in Europe cannot get more than 2 Mbit/s from their xDSL connection

This is about 10 million households

Main reason: local loop cable length

EU’s Digital Agenda set the aim that all European households shall have access to 30 Mbit/s by 2020

The situation is similar in the US

5-10 million households are limited to maximum 2 Mbit/s

The US definition of “real” broadband has already been upgraded to 25 Mbit/s

ForsONEway for Enhanced xDSL - Examples

SOLUTION FORSWAY’S APPROACH Combine existing xDSL connection with satellite to reach

higher maximum bandwidth

Hybrid xDSL + satellite solution

The combined connection shall be completely transparent to the end user

Always use xDSL for low latency traffic

Activate satellite automatically and completely seamless

The satellite part of the connection shall only be used when needed

Satellite cost per GB is higher than for xDSL

SOLUTION HYBRID SYSTEM

Uplink

Mímir server Odin

Internet

End-User

xDSL ENHANCED XDSL

ForsONEway can be used to upgrade an existing broadband link with on-demand capacity from satellite

Dynamic routing functionality1. xDSL only

• When bandwidth needs are not exceeding what the xDSL link can provide.

2. xDSL + satellite • When bandwidth needs are exceeding xDSL capacity• Only traffic that cannot be managed by xDSL capacity

is offloaded to satellite

xDSL SYSTEM DEPLOYMENT

Mímir: In ISP backbone All traffic to intended user need to pass through Mímir for routing

Odin: Connected to end-users xDSL modem End user devices are connect to Odin via LAN or WLAN

Internetrouter

ATM/EthernetOdin

SatelliteUplink(s)

FMC

OSS/BSSSystems

Mímir

Internet

ISPbackbone

Local loop

xDSL BANDWIDTH

Satellite vs. xDSL capacity

80-90% of the total traffic is expected to flow in the xDSL network for a normal user with 2 Mbit/s downlink xDSL capacity

ARPU can be increased by offering broadcast oriented services such as Push VOD

MIMIR OVERVIEW

Mímir a gateway for hybrid services, including all important

functionality for hybrid services:

Asymmetric routing for different return channel and forward

link

Performance Enhancing Proxy for TCP acceleration

Support for several satellite transponders in a network

Security features

ACM support for saving satellite bandwidth

Advanced fair usage policies

Integrated network management system for management and provisioning

Designed for carrier grade availability

Odin is highly optimized as Mímir client

MIMIR ARCHITECTURE & ROUTING

The system supports any type of IP based return channel

The satellite link is used for incoming data

The terrestrial link is used for incoming/outgoing data and as control channel

Different tunnel types are available to work with all networks

Uplink

Encapsulators

Mímir servers FMC

Return channel

Odin

Internet

Control Center

ARYCOM Comunicação via satélite...

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