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Hardware-Based Security for FPGAs: Protecting Against Evolving Threats

Hardware-Based Security for FPGAs: Protecting Against Evolving Threats

Learn how rising security threats, quantum computing, and strict regulations demand FPGA architectures with integral hardware security and crypto agility for long-term compliance.


Securing Cloud-Based PCB Design Workflows for ITAR-Controlled Defense Programs

Securing Cloud-Based PCB Design Workflows for ITAR-Controlled Defense Programs

Legacy air-gapped ECAD systems struggle to support modern engineering teams. Learn how Zero Trust and GovCloud enclaves enable compliant collaboration on export-restricted hardware IP.


How Does Miniaturization Influence Microwave Filter Performance?

How Does Miniaturization Influence Microwave Filter Performance?

Scaling down RF circuit footprints requires balancing board space against critical trade-offs. Discover how loading methods and high-dielectric substrates impact Q factor and insertion loss.


Proving Reliability in Critical Embedded Systems

Proving Reliability in Critical Embedded Systems

Learn how formal verification uses math to prove the absence of runtime errors in complex embedded software for critical defense/space systems, offering stronger reliability than testing.


A New Generation of RF Switches at the Heart of 5G Systems

A New Generation of RF Switches at the Heart of 5G Systems

Learn how advanced RF MEMS switches with high linearity, low loss, and fast switching speeds are enabling modern cellular communication systems.


The Impact of Non-Terrestrial Networks on Current and Future Global Connectivity

The Impact of Non-Terrestrial Networks on Current and Future Global Connectivity

This article looks at the current status and likely direction of non-terrestrial networks (NTNs), with a focus on practical considerations for early adopters of this new technology.


The Microcomputer Compensated Crystal Oscillator Is Finally Ready for Space

The Microcomputer Compensated Crystal Oscillator Is Finally Ready for Space

The latest advances in radiation-hardened digital components have enabled the development of MCXOs that, for the first time, can replace larger, high-power-consuming OCXOs in low-earth orbit (LEO) New Space applications.