Blogs - Semiconductor
Importance of Utilizing Custom ASICs in the IoT Devices
Over the recent years, there has been a radical shift in the overall IoT ecosystem—the hardware and software integrations, the system deployments as well as usage. This calls for utilizing custom chip design and development approach. Let us understand the importance of utilizing custom ASICs in the IoT era.
End-to-End ASIC Design Solution for Shorter TTM [Infographic]
In the era of miniaturization in the Semiconductor industry, ASIC design involves complex challenges such
The Sky Is the Limit in 5G Game of Drones
5G is supposed to provide effective machine-to-machine communications for robots, sensors, healthcare, smart meters, cameras,
2.5D and 3D ICs: New Paradigms in ASIC
2.5D and 3D are the best alternatives to transistor scaling in order to sustain Moore’s law. Read this blog to know how it helps in the Semiconductor industry.
Debugging of Mixed Signal SoC in an effective and efficient way to save multi-billion $ loss
Preface To efficiently verify modern Mixed Signal SoC, verification engineers face a myriad of challenges
Eragon for Edge Computing and Processing: The heart of next-gen IoT solutions
Eragon for Edge Computing and Processing: The heart of next-gen IoT solutions IoT is slowly
AMS verification setup using Config view (GUI Mode to Command Line Mode transition) – Proof of Concept
Due to immense complexities in Analog Mixed Signal SoC’s/chips, there is an intrinsic need for
Comparison between Qualcomm® Snapdragon™ Platforms – 212, 410E, 624, 626, 605, 660, 820, 835 and 845
Since its inception in 1985, Qualcomm® is engaged in the design, development, manufacturing and commercialization
FAQs on Physical Design, DFT-DFM And Verification Methodologies
1. What is physical design? In VLSI, physical design (is also known as integrated circuit