Amazon Robotics just turbocharged warehouse automation. Their new Sensor Workbench (SWB) platform—built on NVIDIA’s Isaac Sim—uses parallel GPU computing, physics-based sensor modeling, and high-fidelity 3D environments (via a CAD-to-OpenUSD pipeline and OpenUSD as ground truth) to simulate sensor placement and barcode readability. The result? Hundreds of virtual configurations tested in the time it once took to build and test only a few physical setups. Check out the article https://lnkd.in/gYJ3hzBK

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://nvda.ws/4nsSlsm

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/3VIctdW

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA ’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/3VQGEj8

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/46mGZ1V

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/4nBsWg5

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/4mcxvft

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/46wlM6X

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/45VIhC8

🚀 TechStack interview: How NVIDIA Networking is shaping the next era of AI data centers AI at scale requires more than GPUs; it takes the right networking and memory architecture to unlock performance and efficiency. In this episode, NVIDIA’s Gilad Shainer joins TIRIAS Research’s Jim McGregor to discuss: - How NVLink and Spectrum-XGS Ethernet enable next-generation AI data centers - Why co-packaged optics are critical for scalability - NVIDIA’s vision of designing data center building blocks that deliver peak performance and lower TCO 🎥 Watch the full episode: https://bit.ly/46vUSvT