The market drivers behind the semiconductor industry’s explosive growth are well known: AI, 5G, cloud computing, super computing, the IoT, gaming, automotive, medical and smart manufacturing, and of course, the work from home trend driven by the global pandemic.
ZVEI Robustness Validation Process for Assessing Semiconductor IC Mission Profiles
The need to change reliability assessment methods of semiconductor ICs in extended power-on automotive applications
Maximizing Protection of Flip Chip Interconnects
NCP and NCF property and process optimization deliver high-reliability results.
Video Compression on Display Interfaces Enables Next-Generation Display Applications
There are proven, visually lossless video compression technologies to consider when designing systems that will support future displays. Two of these, VESA DSC and VDC-M, are integrated with MIPI DSI-2, the most widely adopted embedded display interface used in mobile, AR/VR, automotive and other industries.
Support for Trusted Chip Manufacturing Needed to Counter CCP
Legislation being considered in Washington “gives our citizens the tools and means to out-innovate, out-compete, and outgrow the Chinese Communist Party.” — Sen. Todd Young, (R-Ind.),
Edge AI Computing Advancements Driving Autonomous Vehicle Potential
Autonomous driving systems are extremely complex; they tightly integrate many technologies, including sensing, localization, perception, decision making, as well as the smooth interactions with cloud platforms for high-definition (HD) map generation and data storage.
3 Ways Wide-Bandgap Semiconductors Improve Electric Vehicle Performance
Engineers continually look for feasible ways to improve electric vehicles (EVs) as they become more in-demand. One increasingly frequent approach is to use wide-bandgap semiconductors in their design. Here are some compelling examples of how these components improve EV performance.
Panel-Level Heterogeneous Integration Technology for Analog ICs
Micro-transfer printing, a massively parallel pick-and-place process, may be used to produce HI analog ICs comprised of large arrays of ultra-thin separately manufactured components interconnected using redistribution layer technology.
Time-Resolved, In-Line Airborne Particle Sensing
IPS and wireless wafer/reticle format counters can detect particulate contamination events exactly when and where they occur, with results available in real-time, or stored for later analysis.
How Can a Digital Twin Help Semiconductor Systems Design?
A digital twin is a virtual, extremely detailed version of a physical asset. People create them as single components and all the way up to entire factories. Doing so can let them see the impact of certain decisions before moving ahead with them in real life.
