The Hudson architecture uses Doppler Division Multiple Access advanced waveforms enabled by Marconi chips to provide fast frame rates over a wide field of view in both azimuth and elevation at ranges up to 500 m.
Five Republican members of the House Science Committee sent a 2022-11-28 letter to NASA Administrator Bill Nelson seeking information on funding required to support a 2026 launch for NEO Surveyor and referencing statutory direction in the CHIPS and Science Act to have NEO Surveyor ready for launch no later than the end of 2026-03-01.
MACSAT will test advanced 0.005 kg IoT algorithms and work to qualify existing 0.005 kg NB-IoT chips for commercial via-satellite deployment.
The MACSAT mission will test advanced 0.005 kg IoT algorithms and qualify existing 0.005 kg NB-IoT chips for commercial via-satellite deployment.
Congress directed the creation of a program office to oversee the Artemis campaign as part of a NASA authorization act passed in July within the CHIPS Act.
Arm was founded in 1990 and primarily develops ARM processors and other chips, as well as software.
President Joe Biden signed the CHIPS and Science Act into law during a White House ceremony on 2022-08-09.
The CHIPS and Science Act would provide $52,000,000,000 in subsidies to U.S. chip makers.
The CHIPS and Science Act comprises $280,000,000,000 in total support for America’s manufacturing and technological capabilities.
The CHIPS and Science Act authorizes about $100,000,000,000 in spending over five years on scientific research.
NASA Administrator Bill Nelson supports the CHIPS and Science Act as demonstrating continued bipartisan support for NASA missions and for extending U.S. participation in the International Space Station to 2030.
The CHIPS and Science Act includes NASA authorization legislation that extends NASA’s authorization to operate the International Space Station from 2024 to 2030.
The House passed the CHIPS and Science Act on a 243–187 vote on 2022-07-28.
OQ Technology developed a satellite connectivity technique that uses standard mobile chips costing $5 instead of specialized satellite chips costing $100 when leaving terrestrial networks.
Leading semiconductor photolithographic processes can produce chips with approximately 5-nanometer feature sizes.
OQ Technology uses standard mobile chips costing about $5 instead of satellite chips that cost $150 or more.
Horizon Robotics and RoboSense will co-develop and adapt a mass-producible ADAS integrated perception solution based on the RS-LiDAR-M1 and Journey 3 and Journey 5 automotive chips.
Horizon Robotics’ automotive chips Journey 3 and Journey 5 will be used together with RoboSense’s RS-LiDAR-M1 in a co-developed ADAS integrated perception solution.
BAE Systems received a Defense Department contract on 2021-12-06 to qualify a new version of integrated circuit chips for use in space electronics.
The 12-nanometer chips will be produced and tested at BAE Systems’ Space Systems business in Manassas, Virginia.