YorChip Inc’s Post

Explore how QuickLogic and YorChip are innovating chip design with reusable off-the-shelf Chiplets!

📣Exciting news for 5G innovators! Avnet introduces RFSoC Explorer supporting full mmWave antenna to bits prototyping. With MATLAB integration, the RFSoC Explorer helps you craft entire systems within a singular software framework. 🛠️📡 #mmWave #5G #Wireless #startup

Day #3 of #100daysofamplifierdesign 🚀 Today's learning took me on an exciting journey into chip fabrication, right from the comfort of a homemade fab setup. I was captivated by Sam Zeloof's enlightening conference talk at the Hackaday Supercon, where he delved into the intricacies of Silicon IC Fabrication in the Garage. One key takeaway was understanding the fundamental steps involved in chip fabrication: patterning, doping, and layering. These processes, although complex, were explained in a way that made them seem accessible even in a DIY setting. I was particularly fascinated by the techniques and steps involved, such as wafer preparation, photolithography, and different doping methods. Each step contributes to the intricate dance of creating functional chips from scratch. If you're curious to dive deeper into this fascinating world, I highly recommend watching the video of Sam Zeloof's talk. It's informative and incredibly inspiring for anyone interested in exploring chip fabrication at home. Keep learning, keep innovating! 💡 https://lnkd.in/dKqdy5bc Pipeloluwa Olayiwola

How quickly microprocessing has advanced.....

It’s been 46 years since the 8086 came to life and 46 years of amazing technological breakthroughs! Here you see just a few of the many processors we’ve created over the years based on the original 8086. Here’s to the start of microprocessor innovation and to where it will go next 🎉

To build a solid house you need a strong foundation especially as we navigate the AI journey together. From foundational technology such as CPU’s to GPU’s, open software that powers the next generation of compute and applications optimized for Intel silicon, then don’t forget strong foundations begin with security in mind with the best product assurance in the silicon market. Intel is here for the next 46 years and more! Let’s Go! #iamintel #thefutureisnow #security #productassurance

At our current pace five years will pass by in the blink of an eye. Chiplet's are exciting and they will provide an increase of possibilities moving forward. I also am interested to see how 3D packaging and embedded silicon bridges (EMIB) will shape the future packaging landscape. I have to wonder if EMIB's will mature from a interconnect solution to more of a chiplet function with circuit processing capability?

Explore the flawless realm of silicon purity, where precision meets development, from the core of technology to the essence of innovation. #ingotsemi #semiconductor #workshop #training #consultancy #chip #prototyping #ism #miety

Long time coming, a RISC-V ASIC with posit and quire types

I presented a general overview of the ideas Sri Ramakrishnan is referring to at the weekly OCP ODSA sub-project meeting recently. If you missed it, the details are below. The abstract In this talk, I outline a chiplet-based #Reconfigurable Open Compute Accelerator Module (#ROAM) platform. In Open Compute Accelerator Infrastructure (#OAI), reuse, scalability, and modularity of hardware are defined up until the #OAM. This new platform leverages existing OAI infrastructure and extends this into advanced packaging and chiplets. I will outline the specifics of a System in Package (#SiP) which includes a standard footprint for attaching the SiP to the ROAM baseboard. The SiP will also have standard footprints to house up to 8 domain-specific #accelerators (#DSA) chiplets, IO chiplets, and hub/bridge/switch chiplets. Standardization of the chiplet footprints enables a highly modular, scalable, ROAM platform. Furthermore, it enables innovation in DSA offerings by providing clear power, (performance), and area specifications. This platform has the potential to usher in the era of #PlugandPlay #Chiplets (#PnPC) and serve many markets (will provide examples). Zoom recording:  https://lnkd.in/eS29r2tk (skip to the 8AM time stamp). Slides : https://lnkd.in/ehifsMdG Would love to chat with companies (please DM me) 1) interested in developing #plugandplay #scalable #highlyparallel #hardware #acceleration #chiplets including #AI #inference #videotranscoding #videoprocessing #security #compression #fintech #5G #specialpurpose #signalprocessing 2) designing #CXL #UCIe #cloudscale #highly #parallel #hardware #accelerator #fabric and #modular #datacenters for #edge #onpremise deployment.