Stanford Seminar - Accelerating ML Recommendation with Over a Thousand RISC-V-Tensor Processors
Explore Esperanto's innovative 7nm chip with 1000+ RISC-V processors, designed for efficient ML recommendation. Learn about its architecture, performance, and energy-saving features.
A Data Science Startup: Let It Wave's Meandering Adventure and Its Duller Sisters
Explore a data science startup's journey from academic research to consumer electronics, highlighting transformations, challenges, and lessons learned in entrepreneurship.
How to Design Your Own Chip and How to Build It for Free - With Matt Venn
Explore chip design and free manufacturing with Matt Venn. Learn about OpenLane, eFabless, hardware description languages, and the process of creating custom chips from concept to production.
Analog Malicious Hardware
Explore stealthy hardware attacks using analog circuits to bypass security measures. Learn techniques for creating small, undetectable malicious modifications during chip fabrication.
How Chips Are Designed
Comprehensive exploration of chip design process, covering schematics, layout, simulation, manufacturing, and advanced technologies. Insights into industry practices and practical examples provided by an experienced professional.
Opensource Code Linting for Chip Design and Verification
Explore open-source code linting techniques for chip design and verification, enhancing quality and efficiency in semiconductor development processes.
How the Silicon Commons, Developed Through OpenTitan, Is Revolutionizing Chip Design
Explore how OpenTitan's Silicon Commons is transforming chip design, revolutionizing the industry with open-source hardware and collaborative innovation.
How to Design and Manufacture Your Own Chip - Step-by-Step Guide
Comprehensive guide to designing and manufacturing custom chips, covering schematic creation, simulation, layout, and production processes. Includes practical examples and resources for beginners and enthusiasts.
MOSFET Scaling and Technology Nodes - Lecture 10.1
Explore MOSFET scaling principles and technology node advancements in semiconductor manufacturing, enhancing understanding of modern transistor design and fabrication.
Right to Repair, Password Management, and Next.js 13 - Chariot TechChat 55
Explore tech news: right-to-repair, password management, Next.js 13, and more. Gain insights on industry trends, development updates, and innovative technologies in this informative discussion.
Meet the Engineers: Exploring the Raspberry Pi Pico and RP2040 - Part 1
Explore the Raspberry Pi Pico and RP2040 with industry leaders in this engaging webinar, covering technical aspects, design choices, and potential applications of these innovative microcontrollers.
RISC-V and Open Source Hardware - Birds of a Feather Discussion
Explore the RISC-V architecture and open source hardware ecosystem, from CPU cores to FPGA toolchains. Learn about designing fully open-source chips and engage in discussions with experts.
Designing the Next Billion Chips - How RISC-V is Revolutionizing Hardware
Explore how RISC-V and open-source hardware are transforming chip design economics for IoT, edge computing, and AI applications, revolutionizing the semiconductor industry.
Linux on Open Source Hardware with Open Source Chip Design
Explore open hardware projects for Linux, including BeagleBone and OLinuXino. Learn about RISC-V and free FPGA toolchains for creating libre systems and running Linux on open source chip designs.
How Sand and Java Are Used to Create the World's Most Powerful Chips
Explore the fascinating process of computer chip creation, from sand to advanced machines, and learn how Java software plays a crucial role in manufacturing and optimizing these powerful components.
Linear Programming Made Easy with Boost Proto
Linear programming optimization using Boost Proto. Learn to model and solve complex decision problems efficiently with CVX++, a declarative domain-specific language embedded in C++.
Democratising Chip Design with Open Source
Explore open-source chip design democratization with Rob Taylor, uncovering its potential to revolutionize the semiconductor industry and foster innovation.
AutoChip - Using Large Language Models to Automate IC Design
Discover how Large Language Models are revolutionizing integrated circuit design automation, enhancing efficiency and innovation in semiconductor development.
Building a IIe-compatible Computer with the Mega-II Chip - KansasFest 2022
Explore the creation of an Apple IIe-compatible computer using the Mega-II ASIC chip from the Apple IIGS. Learn about hardware challenges, differences from the original IIe, and see a demo of the Mega IIe in action.
Machine Learning for Chip Design and Architecture
Explore machine learning advancements with Azalia Mirhoseini's insights at TMLS2019, gaining valuable knowledge from a leading expert in the field.
A Chip on my Shoulder - Open Hardware at SOOCon23
Explore open hardware challenges and innovations with Rob Taylor's insightful presentation on chip development and industry trends.