In this episode, Sally Ward Foxton sits down with 4DS' Chief Strategy Officer, Peter Himes, to discuss their ReRAM technology referred to as the memory that breathes.

In this podcast, Sally talks to Lemurian Labs CEO Jay Dawani about closing the gap between supply and demand for AI compute using hardware, software and model efficiencies. 

In this podcast, Sally chats with SensiML CEO Chris Rogers about the state of TinyML today and the company’s decision to open source a big chunk of its TinyML toolchain.

In this podcast, Sally chats with Untether’s Bob Beachler about the company’s automotive roadmap, the demand for AI in automotive, AI workloads in the car and the dawn of automotive chiplets. 

In this episode, Sally chats with Sima.ai CEO Krishna Rangasayee about the company’s software-centric approach, the company’s SoC with homegrown AI accelerator, and why they rely on Arm cores ahead of RISC-V.

In this podcast, Sally talks to Winbond’s Omar Ma to find out about CUBE, the company’s 3D-packaged memory concept that puts the memory die in the middle of the sandwich, rather than on top.

In this podcast, Sally interviews BrainChip CMO Nandan Nayampally about the company's second-generation architecture for spiking neural network acceleration, which now includes hardware support for transformer networks like ViT.

In this podcast, Sally chats to Qualcomm's Vinesh Sukumar about the company's demos of generative AI running on Snapdragon mobile phone processors and the future of generative AI at the edge, as well as some of the tricks up Snapdragon's sleeve for AI acceleration.

In this podcast, Sally speaks to SambaNova CEO Rodrigo Liang about how the success of ChatGPT and other LLMs is impacting businesses, what this means for compute democratization and open-source approaches, and how big LLMs can get. 

In this podcast episode , Sally speaks to SynSense’s Dylan Muir about the company’s design win for its neuromorphic processor in a toy robot that recognises gestures, the company’s two processors and the differences between them, as well as the synergies between dynamic vision sensor cameras and neuromorphic processors.