Happy Satellite Broadband

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

  1. 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)
  2. 12 Years Life
  3. 15KW Power

 Orbital Slot

  1. Located at 120 +/- 0.5 East
  2. Additional satellite for co-location or different slot in the future

 Total Digital Bandwidth Capacity

  1. 45 Gbps of Spot Beam aggregate capacity at 84-120 cm. Dish
  2. Equivalent to 1,000+ Transponders of 36 MHz of conventional coding and modulation

Ka Beams

  1. 84  Spot Beams, 3 Shaped beams, 7 Regional Broadcast Beams
  2. 18 Feeder beams and Gateways

Beam Configuration

Description and Approximate Capacity

 Ku Spot Beams

  1. For highly populated areas
  2. 20+ Gbps uplink (Return Link) capacity
  3. 20+ Gbps downlink (Forward Link) capacity (excluding broadcast capacity)

 Ku Shaped Beams

  1. For less populated areas
  2. 0.5+ Gbps uplink capacity / 0.5+ Gbps downlink capacity

Frequency and Access

Description and Approximate Capacity

Uplink (Return Link)

  1. 14.000-14.375 GHz (Spot Beam)
  2. 14.375-14.5000 GHz (Shaped/Spot Beam)
  3. 13.775-13.975 GHz (Broadcast beam)
  4. Multi-mode Multiple Access
  5. Slotted AlohaTDMA Aloha Return Link – STAR (IPSTAR Proprietary)

Downlink (Forward Link)

  1. 11.500 – 11.700GHz (Broadcast Beam)
  2. 12.200 – 12.750GHz (Spot Beam)
  3. 10.950 – 11.200 GHz (Shaped/Spot Beam)
  4. 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

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