Special Report
‘More Than Moore’ Reality Check
Multi-chip design is becoming more mainstream, but gaps remain.
Top Stories
Low-Power Analog
The amount of power consumed by analog circuits is causing increasing concern as digital power drops, but analog designers have few tools to help them.
Auto Power Becoming Much More Complex
Electrical systems are being re-architected from the ground up.
Blogs
Mentor’s Progyna Khondkar spells out power-aware verification techniques for hard macro IP and important specifications to know, in Power Management And Integration Of IPs In SoCs: Part 2.
Fraunhofer’s Benjamin Prautsch examines how to accelerate your IC design process with flexible layout automation controllable by the designer, in Layout Generators For Artificial Intelligence Hardware Design.
Rambus’ Suresh Andani reveals why disaggregated architectures become viable alternatives to the traditional monolithic SoC scaling approach, in Enabling Chiplet And Co-Packaged Optics Architectures With 112G XSR SerDes.
Synopsys’ Rita Horner looks into the rising complexity of multi-die systems in compute-intensive markets, in The Need For 3D IC Packaging And Design Evolution.
Arm’s Paul Bradley digs into using SIM to provide a robust, scalable, and standardized hardware Root of Trust to protect IoT data communication, in iSIM With IoT SAFE For Seamless Authentication From Chip To Cloud.
Cadence’s Tyler Lockman points to a variety of shapes and which one to use when, in Choosing Between Static and Dynamic Shapes.
Moortec’s Richard McPartland explains why understanding variation in process speed is key to achieving timing closure and maximizing performance, power, and reliability, in Monitoring For In-Die Process Speed Detection.
Adesto’s Apurba Pradhan advocates for modernizing legacy LON networks to take advantage of advances in IoT and cloud technologies, in Doing More For Less With Upgraded LON Networks.
Ansys contributor David Shin shows how to estimate and fine-tune 5G RF components before a physical prototype is built, in Using AI-Optimized Tuning To Design 5G And mmWave Filters.
