My podcast guest this week is Jason Oberg from Arteris. Jason and I discuss this profound transition toward hardware security, explore how Cycuity’s integration into Arteris is changing the game for system-level security and discuss how teams can address the emerging risks in our era of distributed systems, chiplets, and constant data movement.
… Read More → "Securing the Silicon: The Seismic Shift to Hardware Security"
I bet you woke up this morning saying something like, “I wonder what the latest and greatest interconnect technologies are for System-on-Chip (SoC) devices and multi-die system (MDS) solutions.” Well, this is your lucky day because I’m about to reveal all.
You’ve doubtless heard the popular saying, “Those who fail to learn the lessons of history are doomed … Read More → "AI Changes the Conversation: The Network-on-Chip Strikes Back"
My first column on EEJournal, The Artificial Intelligence Apocalypse (Part 1), was posted on September 19, 2019. That’s almost seven years ago as I pen these words. Things are moving so fast these days that I find it hard to wrap my brain around how much the technology landscape … Read More → "The Big Five-Oh-Oh!"
Hot on the heels of Adiuvo’s introduction of the Explorer FPGA board (see “Need a low-cost FPGA dev board? Check out Adiuvo Engineering’s $99 Explorer board with an AMD Artix UltraScale+ FPGA”), the company has now introduced a $50 development board called < … Read More → "Adiuvo’s $50 Forgix Board Crams RP2354 Microcontroller and Trion T8 FPGA into a 28-pin Teensy Footprint"
Let’s talk about Photonics! My guests are esteemed scientists Tim McKenna and Ryo Yanagimoto, from the Physics & Informatics Laboratories at NTT. Tim and I chat about balancing theoretical physics with real-world applications at NTT, his most exciting photonics projects, and the primary obstacles to replacing traditional electronics with photonic technologies. Ryo and I dig into the game-changing potential of NTT’s programmable photonic chips. … Read More → "Inside NTT’s Photonics Breakthroughs: A Roadmap to Light-Based Computing"
Close your eyes and imagine the following scene. No. That won’t work, will it? Let’s try doing this a different way. Keep your eyes open and imagine they’re closed. Visualize a future timeline where you use a GUI to drag-and-drop chiplets onto an active silicon substrate, run simulations and profiling, fine-tune your design, pick a package type, assign package pins, press the “Go” … Read More → "We’re One Step Closer to Drag-and-Drop Off-the-Shelf Chiplet-Based Design"
