TelesatFrom HTS to LEO

December 2018

EXPANDINGHTS COMMUNICATIONS @ 63W

Telstar 19 Vantage

2

INTRODUCINGHTS COMMUNICATIONS @ 138E

Telstar 18 Vantage

TRANSFORMINGGLOBAL COMMUNICATIONS

Telesat LEO

3

Proprietary and Confidential

WHY?

Demand for fibre-like data service everywhere at low cost

Source: NSR, Euroconsult, Telesat analysis4

Need for affordable and

compelling FBB in developed and

emerging markets

40x connectivity demand

increase by 2025 largely for

unmanned operations

Wireless operators/ISPs need high

capacity, standards-based backhaul

for 4+B un-/under-connected

Enterprises need secure

connectivity from remote areas,

cloud access a driver

High Throughput | Low Cost | Flexible & Focused | Low Latency | Global | Secure & Resilient | Plug & Play

Market demand for universal fibre quality connectivity

2/3rd of aircraft to offer internet

connectivity by 2026, up from

1/5th; global coverage required

100x increase per cruise ship, up

from 10 Mbps to 1 Gbps, to win

vacationers from land resorts

Fixed Broadband Mobile Backhaul Military Sector

Commercial Air Maritime/Cruise Enterprise Cloud

Proprietary and Confidential

WHERE?

Challenge -uneven demand distribution

5

Source:

1. www.shodan.io

2. SEDAC

System

design

needs to

match

uneven

demand

Population Distribution2

Internet heat map1

Proprietary and Confidential

SO FAR

Phase 1 satellite launched

6

• Launched in Jan 2018

• Initial orbit 500 km sun synchronous, inclined 97.4 deg

• Final orbit 1,000 km sun synchronous, inclined 98.5 deg

• Satellite operation is nominal

• Tests using the satellite include:

• Satellite tracking & Doppler compensation

• Low latency network performance

• User terminal validation

• Can be tracked via NORAD

Telesat Phase 1 satellite

Proprietary and Confidential 7

WHO

Are our RMP Partners?

• Two teams selected to perform the System

Definition and Risk Management Project

• Period of performance: July 2018 through

March 2019 (9 months)

• Q2 2019 - Selection of a single prime contractor to

proceed with final design and system development

• Start of global services in 2022

Proprietary and Confidential 8

WHAT

Telesat LEO designed to meet ….

Low Latency

High Throughput

Unmatched Security & Resilience

Low Cost

Global connectivity

Plug & Play

Flexible & Focused

Capacity

Proprietary and Confidential 9

HOW

Telesatdelivers the world’s most advanced and capable LEO constellation

4 GHz Ka Spectrum Rights

Polar & Inclined Orbits

Radiating Antennas

Onboard Processing

Global access network

System Resource Manager

Inter-Satellite Links

Proprietary and Confidential

HOW MANY

122 initial

292 full

Polar orbit

@ 1000km:

Inclined orbit

@ 1240km:

10

Proprietary and Confidential 11

FLEXIBLE

Advanced space and ground technology ensure both high capacity and high flexibility

Payload on-board processinghigh capacity

Direct radiating antennasflexible coverage

Inter-satellite linksglobal connectivity

ILLUSTRATIVE

Capacity enabled in areas of greatest demand

High flexible & adaptable capacity

Up anywhere, Down anywhere

Ka-bandGateway and user links

Global gateway

system

System resource

managerMaximum capacity and

coverage

Proprietary and Confidential 12

Over half a century of successfully commercializing innovations

1962

1972

1978

1981

1996

2004

2009

2013

2016

1st live TV

between two

continents 1st domestic

commercial satcom

1st Ku comm sat;

1st Direct-to-Home TV

1st time 2 satellites

in one orbit slot

1st Internet access for

ISPs over satellite

1st Consumer Ka-band

broadband satellite

1st Ku sat from Arctic

to Equator

1st comm. X-band sat

over Pacific Ocean

NGSO/LEO

innovation

Why TELESAT

Proprietary and Confidential

Summary

13

▪ Telesat is a leading satellite operator building the

world’s most advanced satellite constellation

▪ Telesat’s LEO constellation will initially have ~300

satellites that will

▪ seamlessly integrate with terrestrial networks

▪ deliver several Tbps of usable fibre-quality, low latency

broadband connectivity anywhere on the globe

▪ provide bandwidth at a lower cost than any other planned

satellite system

▪ Telesat’s LEO network optimally designed to

▪ meet mobile and fixed wireless backhaul requirements

▪ deliver connectivity to enterprise and government

customers alike

Thank You