Select one or both days of the event, then submit registration form.
Day 1: August 25, 2021 | 10:00 a.m. IST - 1:00 p.m. IST
Understand technological advances in ultra-wideband mmwave signal generation and analysis for EW, Radar & Satellite
Millimeter-wave frequency bands provide wider available bandwidths. Wide bandwidths enable high-throughput data, range resolution, accuracy and low latency. In this paper, we will discuss how technological advances help facilitate faster measurements with ultra-wideband mmwave signal generation and analysis for EW, Radar & Satellite applications.
Modulation distortion, NPR, phase noise Measurements with next generation Network Analysis
Modern Network analysis tools help speed up state of the art measurements like NPR, Modulation distortion, phase noise measurements among others which were hitherto not possible. We will discuss this and more in this paper session.
Introducing seamless test methodologies for Modern Deceptive Jamming (DRFM) Designs
Digital radio frequency memory or DRFM comprises taking in the RF signals, digitizing them, and turning them around to create new RF energy based on the pulse received. Because this approach has a very fast turnaround time, it can be used to create multiple false targets. Understand more about DRFM & its advantages through our experts in this session.
Day 2: August 26, 2021 | 10:00 a.m. IST - 1:00 p.m. IST
Demystifying complex test scenarios for Aerospace Defense applications with Pathwave test automation
Mission success starts with superior designs. Keysight Pathwave test automation tools help save time with connected test workflows and help designers & test engineers with first mover advantage. In this session, our experts will present how complex test scenarios in the Aerospace Defense segment are tackled seamlessly with Pathwave test automation tools
Compact mmWave Receiver design for Military Satellite communication using Pathwave ADS
First time right system design is the need of the hour as the cost of design re-spins are exorbitant. First time right techniques also ensures that the system has the edge over competition in a fast paced competitive market. In this paper, we will discuss threadbare on Pathwave ADS can help seamlessly design mmwave receivers for Military Satellite communication.
Quantum & Optical communication in Aerospace Defense | Challenges & Solutions
As the end of Moore’s law draws near, quantum technology provides the means to achieve breakthroughs in computing. The unique properties of superposition and entanglement enable previously unimagined performance in quantum applications like computing, communications, and sensing. Quantum technology & optical communication go hand in hand. Our experts will talk about this & more in this session.
Sneak-peek into 5G technology advancements in Aerospace Defense & Military
With the expansion of 5G design for military and tactical applications, there are specific requirements for successful implementation. Whether it is radar, satellite or other Aerospace Defense & Military applications, 5G will play a huge role moving forward. This paper will sneak peek into how 5G technological advancements will get leveraged in Aerospace, Defense & the military.