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The Missing Layer in AI Systems Design is Predictable, Scalable Data Movement
As AI systems scale, moving data predictably through the fabric is becoming just as important as compute and memory.
© Arteris
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Using AI in the PCB Design Game
Cadence’s AuraStack AI Super Agent automates PCB design tasks.
Is Custom Silicon Coming for FPGA Prototyping, Too?
Today’s ultra-complex SoCs are pushing traditional FPGA prototyping to its limits. A new approach uses ASICs that are purpose-built for prototyping.
© Siemens Digital Industries Software
Debug Arm and RISC-V Firmware Without Hardware
SEGGER’s Ozone-Sim lets developers execute, debug, profile, and test Arm and RISC-V firmware on a desktop before target hardware is available.
© ID 344652078 | A Inspection © Evgeniya Leonova | Dreamstime.com
How Firmware-Hardware Misalignment Triggers Costly Electronics Redesigns
As embedded software takes a leading role in product behavior, disconnected product definition and limited change visibility between firmware and hardware are driving more redesign cycles than many teams realize.
<p>Firmware and hardware are tightly interdependent, but their development is often done in separate workflows, increasing the risk of misalignment and redesign.</p>
© Aras
Designing with Rad-Hard Bare-Die Power and Memory Semiconductors
Understand the benefits and challenges of using bare-die semiconductors in your designs.
© Infineon
Rethinking How Physics is Used in Hardware Design
To keep pace with modern design cycles and more complex hardware, the role of physics in the workflow must change.
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Thermal-Management Strategies for PCBs
There are multiple ways to mitigate heat dissipation in a PCB.
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