In the Space Exploration Initiative, Ka-band frequencies are likely to carry the bulk of the communications traffic both in the vicinity of and on the return links from the moon and Mars. The four exploration architectures identified by the Synthesis Group are examined and Ka-band technology requirements to meet the data traffic needs and schedule are identified. Specific Ka-band technology requirements identified are: transmitters - 0.5 to 200 W with high efficiency; antennas - 5m and 9m diameter, with multiple beams and/or scanning beams; and spacecraft receivers - noise figure of 2 dB. For each component, the current state of technology is assessed and needed technology development programs are identified. It is concluded that to meet th...
A proposal for a Ka-Band (32 GHz) Link Experiment (KABLE) with the Mars Observer mission was submitt...
This paper will address key technologies under development at the NASA Glenn Research Center designe...
A road map for the development of a protoflight 32 GHz spacecraft solid state transmitter is given. ...
Future space applications are likely to rely heavily on Ka-band frequencies (20-40 GHz) for communic...
Telecommunications, Navigation, and Information Management (TNIM) services are vital to accomplish t...
As the S-band spectrum becomes crowded, future space missions will need to consider moving command a...
As the S-band spectrum becomes crowded, future space missions will need to consider moving command a...
NASA s plans for the manned exploration of the Moon and Mars will rely heavily on the development of...
The Ka-band study team was chartered in late 1987 to bring together all the planning elements for es...
A study was performed that evaluated the feasibility of Ka-band communication system to provide Cube...
The X-band (8.41 GHz) frequency currently used for deep space telecommunications is too narrow (50 M...
Over the past decade, the Jet Propulsion Laboratory’s Telecommunications and Mission Operations Dire...
The advanced communications technology satellite (ACTS) program of NASA is aimed at the development ...
The Advanced Communications Technology Satellite (ACTS) was conceived at the National Aeronautics an...
As the scientific capabilities and number of small spacecraft missions in the near Earth region incr...
A proposal for a Ka-Band (32 GHz) Link Experiment (KABLE) with the Mars Observer mission was submitt...
This paper will address key technologies under development at the NASA Glenn Research Center designe...
A road map for the development of a protoflight 32 GHz spacecraft solid state transmitter is given. ...
Future space applications are likely to rely heavily on Ka-band frequencies (20-40 GHz) for communic...
Telecommunications, Navigation, and Information Management (TNIM) services are vital to accomplish t...
As the S-band spectrum becomes crowded, future space missions will need to consider moving command a...
As the S-band spectrum becomes crowded, future space missions will need to consider moving command a...
NASA s plans for the manned exploration of the Moon and Mars will rely heavily on the development of...
The Ka-band study team was chartered in late 1987 to bring together all the planning elements for es...
A study was performed that evaluated the feasibility of Ka-band communication system to provide Cube...
The X-band (8.41 GHz) frequency currently used for deep space telecommunications is too narrow (50 M...
Over the past decade, the Jet Propulsion Laboratory’s Telecommunications and Mission Operations Dire...
The advanced communications technology satellite (ACTS) program of NASA is aimed at the development ...
The Advanced Communications Technology Satellite (ACTS) was conceived at the National Aeronautics an...
As the scientific capabilities and number of small spacecraft missions in the near Earth region incr...
A proposal for a Ka-Band (32 GHz) Link Experiment (KABLE) with the Mars Observer mission was submitt...
This paper will address key technologies under development at the NASA Glenn Research Center designe...
A road map for the development of a protoflight 32 GHz spacecraft solid state transmitter is given. ...