It’s a hostile world we live in, and cybersecurity of connected devices is a big concern. Attacks are rising rapidly, and vulnerabilities get exploited immediately. Supply chains are complex. Regulations are proliferating. Secrets don’t stay secrets for long – in fact, the only secret in a system with open-source algorithms… Read More
Author: Don Dingee
[WEBINAR] Secure your devices with PUF plus hardware root-of-trust
Unlocking PA design with predictive DPD
Next up in this series on modulated signals is an example of multi-dimensional EM design challenges: RF power amplifiers (PAs). Digital pre-distortion (DPD) is a favorite technique for linearizing PA performance. Static effects are easy to model and correct, but PAs are notorious for interrelated dynamic effects spoiling … Read More
Shift left gets a modulated signal makeover
Everyone saw Shift Left, the EDA blockbuster. Digital logic design, with perfect 1s and 0s simulated through perfect switches, shifted into a higher gear. But the dark arts – RF systems, power supplies, and high-speed digital – didn’t shift smoothly. What do these practitioners need in EDA to see more benefits from shift left? … Read More
WEBINARS: Board-Level EM Simulation Reduces Late Respin Drama
Advanced board designs are fertile ground for misbehavior in time and frequency domains. Relying on intuition, then waiting until near-final product for power integrity (PI) or EMI testing almost guarantees board respins are coming. Lumped-parameter simulations of on-board power delivery networks (PDNs) struggle with … Read More
OpenCL hits FPGA-based prototyping modules
OpenCL brings algorithm development into a unified programming model regardless of the core, working across CPUs, GPUs, DSPs, and even FPGAs. Intel has been pushing OpenCL programming for some time, particularly at the high end with “Knights Landing” processors. Where other vendors are focused on straight-up C high-level … Read More
FPGAs allow customization of SEU mitigation
Teams working on avionics, space-based electronics, weapons delivery systems, nuclear generating plants, medical imaging equipment, and other applications where radiation leads to single-event upsets (SEU) are already sensitive to functional safety requirements. What about automotive applications?
With electronic… Read More
One chip and the MCU variant challenge disappears
Merchant microcontrollers are usually made available in a wide range of variants based on one architecture with different peripheral payloads and packaging options. A couple of companies, notably Cypress with their PSoC families and Silicon Labs with the EFM8 Laser Bee… Read More
Protium for the win in software development
Cadence Design Systems is a long-standing provider in hardware emulation, but a relative newcomer to FPGA-based prototyping. In an upcoming lunch and learn session on November 11 in San Jose, Cadence teams will be outlining their productivity strategy. What’s different with their approach and why is this worth a lunch?… Read More
Behind the 3DEXPERIENCE for Silicon
We’ve been covering the Dassault Systèmes “Silicon Thinking” platform for a while here, but, as I’m often prone to do, I wanted to explore the backstory to uncover more about the concept. With over 25M users of their product lifecycle management (PLM) solutions, why is Dassault Systèmes becoming so interested in semiconductor… Read More
Can one flow bring four domains together?
IoT edge device design means four domains – MEMS, analog, digital, and RF – not only work together, but often live on the same die (or substrate in a 2.5D process) and are optimized for power and size. Getting these domains to work together effective calls for an enhanced flow.
Historically, these domains have not played together … Read More
CHIPS Act dies because employees are fired – NIST CHIPS people are probationary