Design Guide
Module 2a: Introduction to VLSI and Digital Design
For young electronics engineering graduates in India, a career in VLSI design offers excellent long-term growth and the satisfaction of working in a core electronics field. However, VLSI design demands a stro
61 min read
RISC-V Multi-Core and Many-Core Architectures-part2
RISC-V Multi-Core and Many-Core Architectures -Continued Many-Core RISC-V ArchitecturesScaling to Many-Core Systems
47 min read
RISC-V Multi-Core and Many-Core Architectures
The open-source RISC-V instruction-set architecture has moved from academic curiosity to mainstream technology in barely a decade, shipping more than 10 billion cores by 2022 and expanding at a pace that outstrips earlier ISAs such as x86 and ARM. Market analysts forecast an add
65 min read
VLSI Design: LVS (Layout Versus Schematic) in OpenROAD Environment -p3
Continued from VLSI Design: LVS (Layout Versus Schematic) in OpenROAD Environment -p2 LVS Script Development Basic LVS Script Structure
30 min read
Keys for Paralleling SiC MOSFETs
By David Kudelasek, Application Engineer, STMicroelectronics–Power & Energy Application Lab (Prague), STMicroelectronics.
21 min read
Understanding RISC-V architecture: A detailed guide to the open-source ISA revolution- P3
Continued from Understanding RISC-V architecture: A detailed guide to the open-source ISA revolution- P2 Design
19 min read
Understanding RISC-V architecture: A detailed guide to the open-source ISA revolution- P2
Continued from
61 min read
Understanding RISC-V architecture: A detailed guide to the open-source ISA revolution
For decades, the landscape of general-purpose and embedded computing has been dominated by two proprietary instruction set architectures: Intel’s x86 and Arm’s RISC-based architecture. Th
65 min read
VLSI Design: LVS (Layout Versus Schematic) in OpenROAD Environment -p2
Continued from VLSI Design: LVS (Layout Versus Schematic) in OpenROAD Environment OpenROAD Architecture <
63 min read
VLSI Design: LVS (Layout Versus Schematic) in OpenROAD Environment
Layout Versus Schematic (LVS) verification stands as one of the most critical steps in the integrated circuit design process, serving as the final checkpoint that ensures the physical implementation of a chip accurately reflects its intended logical d
41 min read
Module 2: Introduction to VLSI and Digital Design
For young electronics engineering graduates in India, a career in VLSI design offers excellent long-term growth and the satisfaction of working in a core electronics field. However, VLSI design demands a strong grasp of fundamentals and a passion for chip design. It is not a quick-fix career path
60 min read
From electrons to photons: Designing chips that run on light -p2
Continuation to previous article "From electrons to photons: Designing chips that run on light" Industry Impact and Economic Implications of Photonic Computing Market Transformation</
12 min read
Our Editors dive into topical news, new products, and discuss the shifting architecture of the global semiconductor industry.
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