Description
Wideband RF systems are rapidly evolving. Is your architecture ready?
Discover how Agilex® 9 Direct RF-Series FPGAs and SoCs simplify RF system design by combining integrated high-speed RF data conversion with high-performance FPGA digital processing for next-generation SDR, radar, and electronic warfare (EW) applications in this on-demand webinar from Altera and iWave experts.
00:00 Agilex 9 Direct RF for SDR, Radar and EW
01:43 What Challenges Limit Modern SDR, Radar and EW Systems?
03:27 What Is Direct RF Architecture for Wideband Signal Processing?
05:03 How Does Agilex 9 Direct RF FPGA Architecture Work?
08:26 Why Does 64 GSPS ADC and 32 GHz Bandwidth Matter?
12:53 Wideband vs Midband RF Data Converters
15:04 How Do FPGA Tools Simplify RF Signal Analysis and Debug?
19:00 Agilex 9 vs RFSoC Performance Comparison
21:01 VPX and SOM Platforms for SDR and EW Systems
27:21 Agilex 9 System-on-Module for Direct RF Designs
42:15 Live Q&A: Radar, Electronic Warfare, and Quantum Computing
Learn about:
✅ SWaP savings for Direct RF architectures
✅ High-speed data movement and synchronization
✅ Scalable system design
✅ Production-ready hardware platforms from iWave
Agilex 9 Direct RF Series: https://www.altera.com/products/fpga/agilex-9
FPGA for Aerospace and Defense - https://www.altera.com/solutions/aerospace-defense