Fidus TechTalks

Fidus engineers on the hard problems in FPGA, high-speed hardware, embedded software, signal integrity, and more. Talks, demos, and webinars, on demand.

Content Type

Technology

Fidus Expertise

AI & DSP

Duration: 1 hour 5 min

Offload Multiple Signal Classification (MUSIC) to AMD Versal™ AI Engines

Join Fidus and AMD as we explore how high-performance DSP algorithms, including MUSIC, can be accelerated using AMD Versal™ AI Engine technology. Learn how to optimize performance, reduce computational load, and enhance signal classification for applications like radar and wireless systems.

FPGA & SoC

Duration: 32 min

Fidus TechTalk | Optimizing Power & Performance: LTPI & MIPI for Small Footprint FPGAs with Lattice

Watch our Fidus Tech Talk to explore LTPI and MIPI protocols in Lattice FPGAs. Learn how LTPI extends beyond data centers for high-speed signal transmission and FPGA control applications. See a real-world demo using MachXO5 and Lattice tools, and gain insights into workflow optimization, IP solutions, and future use cases.

FPGA & SoC

Duration: 42 min

Implementing and Optimizing MIO on AMD’s Zynq™ UltraScale+™ MPSoC and RFSoC Platforms

Unlock the full potential of AMD’s Zynq™ UltraScale+™ MPSoC and RFSoC platforms by mastering the 78-signal Multiplexed I/O (MIO) interface. In this deep-dive Tech Talk, Fidus experts Scott Turnbull and Jeremy Brooks will guide you through key aspects of implementing and optimizing MIO, covering technical specifics that will help you design with greater accuracy, efficiency, and confidence.

FPGA & SoC

Duration: 27 min

Best Practices for FPGA and Software Integration in MPSoC Architectures

Access an exclusive Fidus Tech Talk recording on-demand that will explore how FPGA and software co-design drives real-time efficiency in MPSoC high-performance embedded systems. Using platforms like AMD Zynq Ultrascale+ and Intel Stratix 10.

Embedded Software

Duration: 33 min

Implementing Secure Software Upgrades in Embedded Systems: Best Practices and TPM Integration

Watch part 2 of our secure boot webinar series as Dawson Theroux continues his exploration of embedded system security. In this on-demand session, we dive into the implementation of secure software upgrades—a crucial measure to protect against vulnerabilities while ensuring device integrity and performance.

Embedded Software

Duration: 26 min

Secure Boot in Embedded Systems: The Foundation of Device Security

Access our on-demand webinar as we delve into the intricacies of secure boot technology in embedded systems. Our panel of experts will guide you through the essentials of a secure software foundation, ensuring device integrity, and protecting against unauthorized access.

AI & DSP

Duration: 44 min

Mastering Scalable Radar Signal Processing with AMD Versal Devices

he latest in our AMD Versal webinar series, watch an in-depth presentation on a radar reference design leveraging a VCK190 evaluation board that features an AMD VC1902 Versal AI Core Device. This video demonstrates the utility of the AI engines for DSP in radar applications. Key topics to be covered include targeting AI engines to enhance signal processing, space-time adaptive processing (STAP) algorithm, and phased development for rapid performance demonstration.

Embedded Software

Duration: 8 min

Building a Clean and Simple Command Line Interface in an RTOS Environment | Webinar by Peifang Zhou

Join expert Peifang Zhou in this webinar as he demonstrates how to design a clean and simple command line interface (CLI) for RTOS in embedded systems. Learn about object-oriented CLI design, modular functional blocks, and practical implementation on an STM32 Nucleo board. Watch now for invaluable insights and hands-on examples.

AI & DSP

Duration: 32 min

Strategies for Optimizing FPGA Designs with AMD Versal Adaptive SoCs

Learn how to optimize FPGA designs on AMD Versal in our latest webinar with expert Normand Leclerc. Discover techniques for efficient data movement using the NoC, practical configuration steps with the AMD VCK190 kit, and enabling Dynamic Function Exchange (DFX) for enhanced flexibility. Our Q&A session also covers integrating CIPS, DDR, and AI engines, along with strategies for optimizing data transfer.