Finally,
there is
a way
for
people
who live
in rural
areas to
receive
a
high-speed
Internet
connection.
If you
live
somewhere
where
you
cannot
get DSL
or cable
Internet
Service,
consider
looking
into
satellite
broadband
Internet.
Satellite
broadband
Internet
is a
service
where
you can
get
Internet
Access
via
satellite,
and just
like
satellite
television,
satellite
broadband
Internet
is
available
worldwide.
Broadband
satellite
is
technically
a type
of
broadband
Internet
connection,
even
though
it’s
very
different
that
either
DSL or
cable.
It is
considered
“broadband”
because
of the
amount
of data
it
carries
in the
time it
takes to
carry it
– so
basically
lots of
data in
a
relatively
short
period
of time.
What is
Happy IP
Star
Satellite
Broadband
IP
STAR
Broadband
Satellite
powered
by Happy
Communication,
is the
only
satellite
in orbit
designed
for
high-speed,
two-way
broadband
communication
over an
IP
platform
for
large
enterprises,
governments,
small
businesses,
and
consumers
throughout
Asia
Pacific.
IP STAR
plays an
important
role in
the
broadband
Internet/multimedia
revolution
and the
convergence
of
information
and
communication
technologies,
while
also
providing
access
to
modern
communication
technology
where no
infrastructure
is
available.
The IP
STAR
satellite
can
deliver
up to 45
gigabits
of
aggregate
bandwidth
capacity,
allowing
it to
satisfy
the
ever-increasing
demand
for
broadband
Internet
of
millions
of users
in the
Asia-Pacific
Region.
The
key
benefits
of the
IPSTAR
system
are its
ability
to
provide
an
immediately
available,
high-capacity
ground
network
with
affordable
bandwidth
and
end-user
terminals.
The
system
allows
for
rapid
deployment
and
flexible
service
locations
anywhere
within
its
extensive
footprint.
Types
of
IPSTAR
Technology
Space
Technology
IPSTAR-1
Satellite
is a
Geostationary
orbit
satellite
utilizing
Ku-band
spectrum
for user
applications.
Ku-band
spectrum
provides
the
optimal
solution
for
services
in the
Asia-Pacific
region
with a
high
Link-Availability
(Margin)
for user
applications
using a
small
user
antenna
size.
Features
-
Spot
Beam
Coverage
-
Traditional
satellite
technology
utilizes
a
broad
single
beam
to
cover
entire
continents
and
regions.
With
the
introduction
of
multiple
narrowly
focused
spot
beams
and
frequency
reuse,
IPSTAR
is
now
capable
of
maximizing
the
available
frequency
for
transmissions.
Increasing
bandwidth
20
times
more
than
traditional
Ku-band
satellites
translates
into
a
more
efficient
satellite.
Despite
the
higher
costs
associated
with
spot
beam
technology,
the
overall
cost
per
circuit
will
be
much
lower
than
existing
shaped
beam
satellites.
-
Dynamic
Power
Allocation
-
This
new
technology
optimizes
the
use
of
power
among
beams
and
allocates
a
power
reserve
of
20%
to
be
allocated
to
beams
that
may
be
affected
by
rain
fade,
thus
maintaining
the
link.
Given
the
vast
geographical
coverage
of
the
Satellite,
it
is
unlikely
that
rain
would
fall
simultaneously
across
the
entire
region;
therefore
this
dynamic
allocation
of
power
only
to
beams
in
need
is a
very
effective
way
to
increase
IPSTAR
System's
overall
high
link
availability
and
reliability.
IP Star
Technical
Information
| Spacecraft Configuration |
Description and Approximate Capacity |
|
Spacecraft |
- Geo-stationary satellite with Bent Pipe payload configuration (no on-board processing to avoid the obsolescence of processing technology which develops at a remarkable speed, no inter-satellite link)
- 12 Years Life
- 15KW Power
|
|
Orbital Slot |
- Located at 120 +/- 0.5 East
- Additional satellite for co-location or different slot in the future
|
|
Total Digital Bandwidth Capacity |
- 45 Gbps of Spot Beam aggregate capacity at 84-120 cm. Dish
- Equivalent to 1,000+ Transponders of 36 MHz of conventional coding and modulation
|
|
Ka Beams |
- 84 Spot Beams, 3 Shaped beams, 7 Regional Broadcast Beams
- 18 Feeder beams and Gateways
|
|
Beam Configuration |
Description and Approximate Capacity |
|
Ku Spot Beams |
- For highly populated areas
- 20+ Gbps uplink (Return Link) capacity
- 20+ Gbps downlink (Forward Link) capacity (excluding broadcast capacity)
|
|
Ku Shaped Beams |
- For less populated areas
- 0.5+ Gbps uplink capacity / 0.5+ Gbps downlink capacity
|
|
Frequency and Access |
Description and Approximate Capacity |
|
Uplink (Return Link) |
- 14.000-14.375 GHz (Spot Beam)
- 14.375-14.5000 GHz (Shaped/Spot Beam)
- 13.775-13.975 GHz (Broadcast beam)
- Multi-mode Multiple Access
- Slotted AlohaTDMA Aloha Return Link – STAR (IPSTAR Proprietary)
|
|
Downlink (Forward Link) |
- 11.500 – 11.700GHz (Broadcast Beam)
- 12.200 – 12.750GHz (Spot Beam)
- 10.950 – 11.200 GHz (Shaped/Spot Beam)
- Turbo product code orthogonal Frequency division multiple L-code Link – TOLL (IPSTAR Proprietary)
|
Ground
Technology
IPSTAR
user
terminal
is
low-cost,
flexible
and high
performance
two-way
satellite
terminal
that
works in
conjunction
with the
Satellite
and the
Gateway.
Air
interface
employing
advanced
waveforms
on
forward
and
return
channels
are
optimized
for the
overall
system
efficiency.
Features
-
Dynamic
Bandwidth
Management
-
because
satellite
links
will
always
have
less
theoretical
bandwidth
than
optical
fiber
links,
efficient
bandwidth
management
techniques
are
required
to
maintain
the
competitiveness
of
broadband
satellite
systems.
A
network
control
center
will
be
used
to
allocate
bandwidth
capacity
to
each
connection
according
to
current
traffic
characteristics,
network
congestion,
link
conditions
and
user
requirements.
This
technology
will
adjust
bandwidth
dynamically
(modulation
and
coding)
to
suit
changes
in
weather
conditions,
thus
maintaining
very
high
link
availability.
Since
it
will
be
used
on
the
ground,
it
is
upgradeable
in
the
future
if
required.
-
New
Coding
and
Modulation
Technique
-
IPSTAR's
modulation
and
coding
technologies
provide
for
efficient
use
of
radio
frequency
bandwidth
which
allows
for
high
and
flexible
digital
transmission
rates.
This
system
allows
for
the
use
of
small
antennas
and
transmitters
suitable
for
home
and
corporate
use
and
can
maintain
up
to
99.6%
link-availability
rate.
The
Modulation
and
Coding
(link
parameters)
can
be
adjusted
dynamically,
resulting
in
dynamic
bandwidth
capacity
to
optimize
the
trade-off
between
bit-rate
and
sudden
changes
in
weather
condition
(such
as
rain).
Key
Benefits
of IP
Star
-
IPSTAR
is
the
only
satellite
designed
for
high-speed
two
way
broadband
communication
over
an
IP
platform
-
STATE-OF-THE-ART
User
Terminals
provide
high-speed
Internet
of 4
Mbps
forward/
2
Mbps
return
-
OPEN
PLATFORM
-
Fully
supports
standard
Internet
connection
and
any
IP
application.
-
ASIAWIDE
coverage
with
uniform
access,
quality
and
price
-
ANYWHERE
communication
as
IPSTAR
bypasses
congestions
of
terrestrial
land
lines
-
ANYTIME
-
ALWAYS
ON
connection.
You
will
always
stay
connected
to
the
Internet
via
a
high-speed
link
as
long
as
your
computer
is
on
-
Bandwidth
on
demand:
no
traffic,
no
cost
Prospective
Customers
Broadband
Internet
Access
for Home
Users,
MDUs
(Apartment),
Small
and
Medium
Enterprises
(SME)
and
public
users
(Hotspots,
Public
Internet
and
Internet
Café’s).
Ideal to
overcome
terrestrial
line
infrastructure
limitations
by
providing
high
speed
Internet
directly
to the
users
with a
nationwide
coverage.
IPSTAR
delivers
bandwidth
on
demand
allowing
efficient
use of
bandwidth
making
it ideal
for
broadband
access
rollout
|