AI’s rapid evolution is exposing a critical infrastructure challenge: the widening gap between compute and memory. This “memory wall” is reshaping the future of AI—and traditional memory technologies are no longer enough. The solution? A shift toward memory-centric architecture, powered by innovations like High Bandwidth Flash (HBF™). Designed for scalability, energy efficiency, and high performance, HBF enables AI to run not just in the cloud, but at the edge and everywhere in between. 📊 Explore the infographic to see how HBF compares to HBM, and why memory is now central to unlocking AI’s full potential: https://lnkd.in/eEQRXRp7 #MemoryCentricAI #Sandisk #HBF
🚀 We’ve hit the memory wall—and it’s time to rethink AI infrastructure. I recently sat down with Jim Elliott and the team at Fortune Brand Studio to talk about one of the biggest challenges facing AI today: the growing gap between compute and memory. As AI models become more complex, traditional memory technologies are struggling to keep up—especially when it comes to cost, scalability, and energy efficiency. That’s why we introduced High Bandwidth Flash (HBF) at Sandisk: a breakthrough memory architecture designed to unlock the next generation of AI. 🔑 Key insight: Memory now accounts for up to 50% of total data center costs, and electricity demand is set to double by 2030. We need smarter, more scalable solutions—and HBF is built to deliver just that. 📊 Check out the infographic: https://lnkd.in/e7KzaP79 #AI #MemoryCentric #Sandisk #HBF