Bandwidth-on-Demand
| Customer | Hughes Network Systems, Inc. (a wholly owned subsidiary of Hughes Electronics Corporation) | ||
|---|---|---|---|
| Spacecraft | Boeing 702 | ||
| Quantity | Two | ||
| Launch Date Vehicle Site |
#1 2003 Sea Launch Pacific Ocean |
#2 2005 Sea Launch Pacific Ocean |
|
| Orbital slot | 99 degrees West longitude Remaining slots TBD |
||
| Contract life | 12.6 years | ||
SPACEWAYTM is Hughes next generation broadband satellite network that will provide high-speed, two-way communications for Internet, data, voice, video and multimedia applications. The initial contract includes three Boeing 702 geostationary satellites built by Boeing Satellite Systems, (BSS) and will operate in the Ka-band spectrum. The first orbital slot is currently planned for 99 degrees west longitude.
The spacecraft are the next generation in satellite communications technology, with approximately 5 to 8 times the capacity of today's satellites. SPACEWAY will enable a full-mesh digital IP network that will interconnect with a wide variety of end-user equipment and systems such as personal computers, servers, local area networks, and home networks. This broadband satellite network will provide a range of innovative applications, enterprise-wide, throughout North America.
The SPACEWAY satellites feature innovative, on-board digital processors, packet switching and spot beam technology. Spot beam technology will enable the satellite to provide services to small terminals, while on-board routers will enable mesh connectivity; users of the system will be able to directly communicate with any other user of the system without requiring connection through a central hub.
Boeing Satellite Systems is the world's leading manufacturer of commercial communications satellites and a major provider of space systems, satellites and payloads for national defense, science and environmental applications.
| Ka-band | Regenerative processing payload with hopping downlink spot beams, capacity of 10 GBps per spacecraft |
|---|
| Solar End of life Panels |
Source Power 12.3 kW (summer solstice) 2 wings each w/5 panels of triple-junction gallium arsenide solar cells |
|---|---|
| Batteries | 45 cell NiH2 |
| Liquid apogee engine | 100lbf (445N) |
|---|---|
| Stationkeeping Thrusters - XIPS | 4x25
cm 0.018 lb (79mN) (low power) 0.038 lb (165mN) (high power) |
| Bi-Prop Axia Bi Prop E-W |
4 5lb (22N) 4 2lb (10N) |
| Receive | Multihorn shaped beam with dual offset fed Cassegrain reflectors |
|---|---|
| Transmit | 1500 element phased array, 2m diameter, forming multiple hopping spot beams |
| In orbit | L, solar arrays: 134.2 ft (40.9m) W, antennas: 24.0 ft (7.3m) |
|---|---|
| Stowed | H: 16.6 ft (5.1 m) W: 11.2 ft x 10.6 ft (3.4 m x 3.2 m) |
| Mass tab;Launch at Separation |
5993 kg (13201 lbs) |
| In-orbit (beginning of life) End of life |
3832 kg (8441 lbs) 3691 kg (8130 lbs) |
Public Relations
Boeing
P.O. Box 92919 (S10/S323)
Los Angeles, CA 90009
USA
(310) 364-6363
www.boeing.com/satellite
