After decades of relying on single-core processors to power everything from flight controls to cockpit instrumentation panels, it appears avionics manufacturers are ready to embrace multi-core ...

Siemens PAVE360 Automotive, a cloud-based digital twin platform, offers automakers a jump-start in adopting software-defined ...

Kent Helfrich is Chief Technology Officer and President of GM Ventures, and VP of Global R&D at General Motors. Since the rise of mass-produced automobiles, new technologies and performance features ...

Trimble and Radiodetection have announced a collaboration focusing on the technology used in the utility measurement and mapping process. Through the integration of the Trimble Catalyst DA2 GNSS ...

If one avionics trend is set to dominate 2026, it is the decisive shift from hardware-led cockpit upgrades to ...

Ford is continuing a shift toward developing more of its vehicle technology internally, outlining a strategy that centers on simplified electronic architectures, consolidated computing hardware, and ...

From circuit simulation to embedded firmware testing and PCB design, Proteus lets you see how hardware and code work together ...

The generative AI wave has driven the demand for hardware upgrades, increasing the opportunities for software and hardware integration at different sizes of suppliers. To cash in on the opportunities, ...

Designing the hardware-software interface. Dealing with "bytes enables" in RTL verification. Automating the HSI design process across the entire dev team. The hardware-software interface (HSI) holds ...

The concept of Continuous Integration (CI) is a powerful tool in software development, and it’s not every day we get a look at how someone integrated automated hardware testing into their system.

System integration does not have to be complicated. When provided with the right tools and resources, expensive integrators are no longer mandatory to upgrade your test lab's existing test stands.