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CesiumAstro completed an extensive multi-site audit at its Austin and Denver facilities as part of achieving AS9100D certification.
CesiumAstro was preparing to launch its first satellites into orbit in Fall 2021.
Using Keysight’s PNA-X network analyzer reduced CesiumAstro’s array characterization time from hours to minutes, representing nearly a 100x improvement in test time.
CesiumAstro’s Nightingale 1 active phased array, launching on Cesium Mission 1 satellites in September, features 186 elements.
CesiumAstro uses Keysight test equipment across sites to enable teams to collaborate with a common set of tools.
On 2021-08-31 CesiumAstro selected Keysight Technologies’ design and validation solutions to accelerate the design, manufacturing, and test of its phased array communications payloads.
CesiumAstro’s Nightingale 1 active phased array, launching on Cesium Mission 1 satellites in September 2021, features 186 elements each with 64 phase states and 32 gain states behind each element.
CesiumAstro planned to exhibit its active phased array hardware at SATELLITE 2021 in National Harbor, Maryland the week of 2021-09-05.
CesiumAstro used advanced triggering and memory features on Keysight Technologies’ PNA-X network analyzer to reduce array characterization time from hours to minutes, representing nearly a 100x improvement in test times.
A single run of CesiumAstro’s Nightingale 1 array requires nearly 400,000 discrete measurements.
CesiumAstro reduced full-array measurement collection from roughly a day to a few minutes by using Keysight’s PNA-X capabilities.
CesiumAstro utilized the advanced triggering and memory features of Keysight’s PNA-X network analyzer to reduce array characterization time from hours to minutes.
CesiumAstro is partnering with the Defense Innovation Unit to demonstrate a reduced-latency direct downlink to tactical ground terminals.
DIU selected CesiumAstro as a member of a cohort of companies developing solutions in autonomy and AI, human systems, cyber, space, and connectivity.
Cesium Mission 1 (CM1) is a two-satellite on-orbit testbed operated by CesiumAstro.
CesiumAstro is partnering with the Defense Innovation Unit to demonstrate a reduced-latency direct downlink to tactical ground terminals as one of several planned commercial and defense experiments.
Cesium Mission 1 (CM1) will enable Low Earth Orbit experimentation from September 2021 through 2026.
CesiumAstro is partnering with the Defense Innovation Unit (DIU) to demonstrate a reduced-latency direct downlink to tactical ground terminals as one of the CM1 experiments.
Microchip Technology has delivered more than 12,500 Cesium clocks to customers worldwide.
The SDR-1001 is offered as a standalone module and forms the backbone of CesiumAstro’s fully integrated L-Band, S-Band, X-Band, Ku-Band, and Ka-Band connectivity and phased array solutions.