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Professional Series Consumer Series Simplex Series<br />
A wide range of state-of-the-art <strong>IPSTAR</strong> user terminals are available to suit a variety of consumers' requirements and<br />
broadband applications. All <strong>IPSTAR</strong> satellite terminals consist of a high performance cost effective satellite modem and an<br />
outdoor unit set. Based on the most efficient broadband satellite platform today, the <strong>IPSTAR</strong> satellite terminal work in<br />
conjunction with the advanced <strong>IPSTAR</strong> gateway and efficient <strong>IPSTAR</strong> air-interface to provide consumers with a variety of<br />
broadband solutions. <strong>IPSTAR</strong> satellite terminal is always ON system with built in routing functions. The terminal supports<br />
Dynamic Link Allocation (DLA) to achieve maximum availability.<br />
Professional Series is a 2-way high performance terminal with the throughput of 4 mbps download and 2 mbps upload. It is<br />
suited for multiple PC environments in Corporate, SMEs & SOHOs. Its features include IP forwarding, NAT, DHCP, GRE<br />
tunneling for VPN, Multicast and automatic login. Consumer Series 1 is very cost effective 2-way user terminal suitable for<br />
SOHO and consumer market with the throughput of 1 mbps download and 512 kbps upload. Consumer Series is capable of<br />
supporting full range of service such as VoIP, multicasting, VPN and Video Conferencing. Simplex Series is a most cost<br />
effective user terminal suited for the general consumer market with throughput of 1 mbps download and terrestrial return.<br />
All <strong>IPSTAR</strong> satellite modems work together with a full range of <strong>IPSTAR</strong> Outdoor Unit specially designed and optimized to<br />
meet <strong>IPSTAR</strong> specifications. The Outdoor Unit set consists of the Antenna (from 0.84 - 1.8 meter diameter), a Block-<br />
Upconverter (1-2 Watts), LNB and Feed assembly.<br />
FEATURES OF THE <strong>IPSTAR</strong> TERMINALS<br />
<strong>Satellite</strong> Modem<br />
Out door Unit<br />
84-180 cm. antenna<br />
1 Available in approximately 2006.<br />
High performance cost optimized design using the advanced proprietary ipstar chipset Technology<br />
Compatible with new multi-beam ipstar satellite as well as conventional Ku-Band and C-Band satellites<br />
Always ON or Manual Login/Logoff<br />
Built in routing functions with Ethernet LAN interface RJ-45 (10/100-Base Tx)<br />
Dynamic Link Allocation (DLA) support to achieve maximum availability<br />
Turbo Product Coding/QPSK, 8-PSK Modulation<br />
Enhanced TCP/IP Acceleration<br />
Outdoor Unit (ODU) system consists of a Transmit/Receive Dish (0.84-1.8mt), Block Up Converter (1-2 Watt), Low Noise<br />
Block Down Converter and Feed Assembly.<br />
Shin <strong>Satellite</strong> Public Company Limited / <strong>IPSTAR</strong> Company Limited<br />
41/103 Rattanathibet Rd, Nonthaburi 11000, Thailand Tel : (66) 2591-0736 to 49 Fax : (66) 2591-0706, (66) 2591-0719<br />
E-mail : sales@thaicom.net www.thaicom.net, www.ipstar.com<br />
MC SE012-1005-1<br />
<strong>Broadband</strong> for Broadening Horizons<br />
<strong>IPSTAR</strong> <strong>Broadband</strong> <strong>Satellite</strong> <strong>System</strong>
<strong>Broadband</strong> for Broadening Horizon<br />
India<br />
Average EIRP of Spot Beam at beam peak per beam = 58.1 dBW<br />
Average EIRP of Broadcast Beam at EOC per beam = 52.1 dBW<br />
Gateways : Mumbai, Delhi<br />
The Philippines<br />
Average EIRP of Spot Beam<br />
at beam peak per beam = 59.7 dBW<br />
Average EIRP of Broadcast Beam<br />
at EOC per beam = 52.0 dBW<br />
Gateway : Manila<br />
Beam Capacity<br />
Spot & Shaped Beams<br />
40+ Gbps of 2-way aggregating capacity using typical 120 cm.<br />
antenna for Spot Beams and 180 cm. antenna for Shaped Beams<br />
Based on nominal contour at clear sky condition with dynamic bandwidth management<br />
Broadcast Beams<br />
1.1 Gbps of aggregate capacity using 120 cm. antenna<br />
Based on edge of service area with rain fade condition at 99.5% link availability<br />
Cambodia, Myanmar, Thailand, Vietnam<br />
Average EIRP of Spot Beam at beam peak per beam = 58.5 dBW<br />
Average EIRP of Broadcast Beam at EOC per beam = 52.2 dBW<br />
Gateways : Phnom Penh, Yangon, Bangkok, Hanoi<br />
Australia, New Zealand<br />
Average EIRP of Spot Beam at beam peak per beam = 59.4 dBW<br />
Average EIRP of Shaped Beam at beam peak per beam = 51.3 dBW<br />
Average EIRP of Broadcast Beam at EOC per beam = 50.7 dBW<br />
Gateways : Broken Hill, Kalgoorlie, Auckland<br />
Spot Beams<br />
Shaped Beams<br />
Broadcast Beams<br />
EOC = Edge of Coverage
<strong>IPSTAR</strong><br />
Advantages<br />
1. <strong>IPSTAR</strong> Strengths<br />
Short Term & Long Term Viability & Competitiveness<br />
A 45 Gbps satellite serving 8 million+ users, as opposed to a<br />
conventional 1-2 Gbps satellite with a few hundred thousand<br />
users<br />
Optimum synergistic commercial model<br />
Cost-effective & Superior Performance (for bandwidth &<br />
user terminal). Much lower cost than normal satellite VSAT<br />
or DVB solutions<br />
One of the largest bandwidth platforms available<br />
Optimally redesigned for broadband Internet (not a<br />
broadcast or ATM technology)<br />
Platform and Nationwide Uniform Networks<br />
A Hotbird satellite TV concept<br />
Reliable Technology<br />
A seamless design and integration of all related systems<br />
(Space and Ground <strong>System</strong>s)<br />
Early commercialigation for 3 years making it a robust<br />
system with substantial initial user volume<br />
Commercial gateways in 7 countries cooperating with<br />
several satellite companies<br />
Already developed many applications serving both Mass &<br />
Vertical Markets (Diversified customer base as business<br />
cushion)<br />
<strong>IPSTAR</strong> is pioneering a new "Second Generation <strong>Broadband</strong><br />
<strong>Satellite</strong>" industry<br />
<strong>IPSTAR</strong> has strong momentum to expand & lead the market,<br />
regionally & globally<br />
<strong>IPSTAR</strong>'s success will help establish the future of " <strong>Broadband</strong><br />
<strong>Satellite</strong>" industry in parallel with conventional satellite<br />
industry<br />
<strong>IPSTAR</strong> also pioneers Application Platforms & Multi Dimension<br />
& Multi-Tier Business Structures, beyond building a VSAT or<br />
First Generation broadband network, or launching a new<br />
satellite<br />
Business Model Flexibility<br />
Addresses both Mass Market (<strong>Broadband</strong> Internet Access) &<br />
Vertical Market (Traditional satellite communications<br />
services) - create a diversified customer base as business<br />
cushion<br />
Aggressive roll-out and supportive commercial programs to<br />
ensure success<br />
Immediate and long term solutions with FG (First Generation)<br />
service today and SG (Second Generation) as future<br />
migration and expansion<br />
2. Benefits of All-IP Services<br />
<strong>IPSTAR</strong> is fundamentally designed as a broadband IP infrastructure<br />
Optimized for most IP applications & protocols<br />
<strong>IPSTAR</strong> as a satellite-based broadband technology & platform<br />
1. Large service coverage & flexible locations<br />
<strong>Broadband</strong> On Demand: Anywhere & Anytime Uniform,<br />
Nationwide Service<br />
Pocket disperse users in a large geographical area<br />
Fast & Flexible service deployment<br />
Bypassing terrestrial congestion & multiple link<br />
connections<br />
2. Bandwidth Efficiency<br />
Effective Broadcast, Multicast & content distribution<br />
medium<br />
Bandwidth On Demand: Fit Internet 's Asymmetrical and<br />
bursty nature<br />
Efficiently sharing bandwidth with large user base<br />
3. Broadcast & Multicast<br />
More efficient & effective way than DSL or Cable to<br />
distribute various applications & contents (data, video<br />
& audio)<br />
4. Multiple Network Roles<br />
<strong>IPSTAR</strong> has a complementary role to DSL & Cable<br />
<strong>Broadband</strong> network deployments & advanced<br />
applications<br />
(i) Core Backbone Network or Content Distribution<br />
Network<br />
<strong>IPSTAR</strong> double role as a 'Last Mile' direct service<br />
network to users, and a 'Middle Mile' network to<br />
supplement DSL/Cable's backbone & broadcast/<br />
multicast network<br />
(ii) Under-served Areas (DSL/Cable Blind-spot)<br />
<strong>IPSTAR</strong> is an immediate 'Last Mile' direct service<br />
deployment solution for time-to-market strategy to<br />
satisfy the uncovered areas<br />
(iii) Un-served Areas<br />
<strong>IPSTAR</strong> is an immediate & permanent 'Last Mile'<br />
direct service deployment solution<br />
5. Centralized & Overlay Network<br />
Services can be operated out of a single <strong>IPSTAR</strong> Gateway<br />
instead of hundreds or thousands of edges/nodes<br />
all over the country<br />
A simple centralized Data Center model service network<br />
Bypasses complex terrestrial network & congestion of<br />
multiple network layers, protocols, switches, routers,<br />
& edge servers<br />
<strong>IPSTAR</strong>-1 Specification<br />
Total 40+ Gbps. of 2 - way spot beam<br />
and shaped beam, including broadcast beam<br />
Nominal bandwidth capacity calculated at clear sky<br />
conditions, using typical 120 cm. antenna for spot<br />
and broadcast beams, as well as 1.8 m. antenna<br />
for shaped beams<br />
84 spot beams<br />
3 shaped beams<br />
7 regional broadcast beams<br />
Spot Beams<br />
Shaped Beams<br />
Broadcast Beams<br />
<strong>IPSTAR</strong> Service Footprint<br />
Manufacturer : Space <strong>System</strong>s Loral<br />
<strong>Satellite</strong> Model : LS-1300SX<br />
Service Life : 12 years<br />
Attitude Control : 3-axis stabilized,<br />
<strong>System</strong> momentum-bias system<br />
Orbital Position : 119.5 degrees East<br />
Launch Period : 11 August 2005<br />
Beam Configuration :<br />
84 Ku-Spot Beams<br />
3 Ku-Shaped Beams<br />
7 Ku-Wide Beams<br />
(Regional Broadcast Beams)<br />
18 <strong>IPSTAR</strong> GATEWAYS<br />
1. Delhi, India<br />
2. Mumbai , India<br />
3. Bangkok, Thailand<br />
4. Beijing, China<br />
5. Guangzhou, China<br />
6. Jakarta, Indonesia<br />
7. Tokyo, Japan<br />
8. Kalgoorlie, Australia<br />
9. Broken Hill, Australia<br />
10. Shanghai, China<br />
11. Seoul, Korea<br />
12. Manila, The Philippines<br />
13. Kuala Lumpur, Malaysia<br />
14. Taipei, Taiwan<br />
15. Hanoi, Vietnam<br />
16. Auckland, New Zealand<br />
17. Yangon, Myanmar<br />
18. Phnom Penh, Cambodia
<strong>IPSTAR</strong> BEAMS<br />
China, Hong Kong, Korea, Taiwan<br />
• Average EIRP of Spot Beam at beam peak per beam = 58.7 dBW<br />
Average EIRP of Shaped Beam at beam peak per beam = 53.4 dBW<br />
Average EIRP of Broadcast Beam at EOC per beam = 50.1 dBW<br />
Gateways : Beijing, Guangzhou, Shanghai, Seoul, Taipei<br />
Brunei, Indonesia, Malaysia, Singapore<br />
Average EIRP of Spot Beam at beam peak per beam = 57.4 dBW<br />
Average EIRP of Shaped Beam at beam peak per beam = 49.4 dBW<br />
Average EIRP of Broadcast Beam at EOC per beam = 52.5 dBW<br />
Gateways : Jakarta, Kuala Lumpur<br />
Japan<br />
Average EIRP of Spot Beam<br />
at beam peak per beam = 60.2 dBW<br />
Average EIRP of Broadcast Beam<br />
at EOC per beam = 53.0 dBW<br />
Gateway : Tokyo<br />
<strong>IPSTAR</strong><br />
<strong>Broadband</strong> satellite<br />
<strong>System</strong><br />
The <strong>IPSTAR</strong> <strong>Broadband</strong> <strong>Satellite</strong> system utilizes advanced<br />
technological concepts in conjunction with a new geo-stationary<br />
satellite to provide bandwidth capacity unmatched by<br />
conventional satellite technology. The system is radically<br />
different from currently available options in that it will target the<br />
Internet, the "Last Mile" sector and the mass consumer market in<br />
the same instance.<br />
Shin <strong>Satellite</strong> Plc., a leading satellite operator in Asia and the<br />
promoter of the <strong>IPSTAR</strong> Project, developed and commercialized<br />
both the Space Segment and the Ground <strong>System</strong> ensuring that the<br />
<strong>IPSTAR</strong> system is a cost-effective, total solution for broadband<br />
last-mile communication. Competitiveness with other existing<br />
last-mile broadband solutions (such as DSL or cable modem) is<br />
guaranteed.<br />
The <strong>IPSTAR</strong> satellite can deliver approximately 45 Gbps of<br />
aggregate capacity, far higher than conventional satellite,<br />
allowing it to satisfy the enormous demand for broadband<br />
Internet bandwidth of millions of users - consumers, corporate<br />
customers, service providers and telecom operators alike. The<br />
key benefits of the <strong>IPSTAR</strong> system are its ability to provide an<br />
immediately available, high-capacity ground network with<br />
affordable bandwidth and end-user terminals. The system will<br />
allow for rapid deployment and flexible service locations<br />
anywhere within its extensive footprint.<br />
<strong>IPSTAR</strong><br />
Technology<br />
Space Segment: the <strong>IPSTAR</strong> satellite<br />
New "Cellular" multiple spot beams to increase bandwidth from<br />
frequency re-use with new antenna design technology to make<br />
such multiple beams possible.<br />
New Dynamic Power Management system to optimize each<br />
beam's power output to suit weather conditions, thus<br />
increasing on board power efficiency and maintaining excellent<br />
link-availability for each beam.<br />
VoIP Phone<br />
LAN Hub<br />
Office LAN<br />
Computer Computer Computer<br />
<strong>IPSTAR</strong><br />
User Terminal<br />
Wireless<br />
Access<br />
Point<br />
Wireless<br />
PC<br />
Wireless<br />
PCI Card<br />
Laptop<br />
Wireless<br />
PCMCIA<br />
Adaptor<br />
The <strong>IPSTAR</strong> commercial rollout strategy is divided into First<br />
Generation (FG) and Second Generation (SG):<br />
<strong>IPSTAR</strong> First Generation (FG) Service: The <strong>IPSTAR</strong> New Ground<br />
<strong>System</strong> is to be used in conjunction with conventional satellites.<br />
This will allow earlier deployment and ramp up of the <strong>IPSTAR</strong><br />
service with reduced costs compared to other existing ground<br />
technologies.<br />
<strong>IPSTAR</strong> Second Generation (SG) Service: The <strong>IPSTAR</strong> Ground<br />
<strong>System</strong> will be used with the new <strong>IPSTAR</strong>-1 broadband satellite.<br />
The service is expected to commence in 2005, providing<br />
coverage all over the Asia-Pacific region. This will provide a<br />
very cost effective structure compared to any other existing<br />
satellite systems.<br />
<strong>IPSTAR</strong> is a broadband satellite designed for today and future.<br />
On the Ground: the <strong>IPSTAR</strong> Ground <strong>System</strong><br />
Advanced Coding and Modulation technology to increase<br />
bandwidth and reduce power consumption (consequently<br />
reducing earth-station size, power requirements and hardware<br />
costs).<br />
Advanced Transmission Architecture for both uplink and<br />
downlink to provide a common platform for sharing bandwidth<br />
among many users, making it suitable for the asymmetric and<br />
bursty nature of the Internet.<br />
Dynamic Link Allocation system to adjust modulation, coding<br />
and gain on an individual terminal basis according to prevailing<br />
weather conditions, thus maintaining a very high linkavailability.<br />
<strong>IPSTAR</strong> Gateway<br />
Customer's<br />
Headquarters<br />
INTERNET<br />
Fiber Optics<br />
IDC<br />
PSTN
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