What this event is about
The annual Keysight Aerospace Defense Symposium is back with latest technology drivers and cutting edge solutions - from design to manufacturing. With the rapid evolution of complex technologies, time to successful mission completion is becoming a challenge. This seminar serves as a vital platform to share insights and collaborate on innovative solutions - from ground to orbit for space comm and other defense applications.
09:00 a.m. | Registrations / Networking
09:45 a.m. | Boost Assurance of Your Space and Satellite Project - From Design to Orbit
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As the space industry experiences disruption not seen since the original space race, numerous companies are gearing up to provide space-based capabilities with new risk profiles, increased volumes, and decreased costs. Whether it is high-throughput satellite (HTS) microwave payloads or telemetry, tracking, and control (TT&C), Keysight’s design and validation tools provide greater assurance that your satellite and its subsystems work the duration of the mission.
10:15 a.m. | Illuminating the Future with Innovative Optical Test Solutions in Photonic Integrated Circuits and Its Applications
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Photonic integrated circuits (PICS) research spans a broad range of application areas, including classic communication, quantum communication, optical sensing, LIDAR, bio photonics and virtual reality. In recent times most of the development was focused on data center applications, moving forward PICS will play a larger role in Quantum domain. This paper will talk about the On wafer measurement challenges , measurements of ON chip optical passive component testing , ON wafer Opto electronic testing, and various other methods and challenges such as Chip Level optical test Solving Polarization alignment.
11:15 a.m. | Coffee Break / Demo Networking
11:45 a.m. | Advanced Radar Models and Phased Array Architecture Exploration
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Concise overview of the simulation environment with an overview of the Phased Array analysis capabilities will be presented. In conclusion, time domain simulations will reveal the performance of a RADAR system under various conditions. Factors such as clutter, antenna gain pattern, speed, and radar cross-section of the targets will be carefully considered.
12:30 p.m. | Breaking the Signal Barrier: Advancements in Digital Beamforming Antenna Testing for Next-Generation Satellite Systems
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In the realm of Satellite and RADAR systems, Phased Array Antennas (PAA) play a pivotal role in steering beams and enhancing overall performance. Ensuring the accuracy and reliability of these complex systems requires precise calibration methodologies. Further, in the rapidly advancing landscape of digital technologies incorporated in PAA, effective and accurate testing of digital TR modules, a key building block of PAA systems is paramount for ensuring the reliability and functionality these advanced Digital Beam Forming (DBF) antenna systems. This paper will cover test challenges related to nuances of phased array antenna calibration and Digital TR modules testing. In this paper, we will introduce Keysight Phased Array Antenna Calibration Solution, a cutting-edge platform designed to meet the stringent calibration needs of modern phased array antenna systems. Further, this paper will detail about Keysight Digital TR Module Test Solution offering a comprehensive test system to characterize its frequency response which can be used to optimize the performance of digital TR modules.
13:15 p.m. | Keynote Placeholder
13:30 p.m. | Lunch Break
14:15 p.m. | Harmonizing Precision: Trailblazing Phase Noise Test Solutions for Tomorrow's Satellite Technology
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Save time and ensure precision with our industry-leading absolute and residual phase noise measurement solution. Our all-in-one solution is designed for comprehensive satellite components characterization, including amplifiers, receivers, and local oscillators. Evaluate Phase noise, AM noise, Baseband noise, Spectrum parameters, and S-parameters for RF signals up to 54 GHz. The solution also supports external downconverters for mmWave and sub-THz applications. Additionally, it features a jitter analysis application for clock evaluation, guaranteeing accurate and reliable measurements.
15:15 p.m. | Orchestrating 5G NTN and Network Digital Twins for Future-Proof Connectivity
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As 5G networks evolve, the integration of Non-Terrestrial Networks (NTN) becomes pivotal. This involves incorporation of satellite and high-altitude RF platforms (HARP) to extend coverage, enhance reliability, and provide connectivity in challenging terrains, contributing to a more inclusive and resilient networks. Further, 5G technology has ushered in a new era of connectivity, hence, demanding innovative approaches to network management and optimization. The concept of Network Digital Twins involves creating virtual replicas of physical network infrastructures. These digital twins simulate real-world network behaviour, enabling proactive monitoring, predictive analysis, and efficient troubleshooting. This paper will cover Keysight solutions related to NTN and Network Digital Twins to address these critical needs to optimize and enhance advanced connectivity.
16:15 p.m. | Wrap Up
