What Is Z-Angle Memory and Why Is Intel Developing It?
Intel and SoftBank are developing Z-Angle Memory (ZAM), a next-generation DRAM technology expected by 2029 that could deliver 2-3x the capacity and bandwidth of current high-bandwidth memory (HBM) at lower cost and power consumption, potentially addressing the critical memory bottleneck constraining AI infrastructure performance. This advancement has significant strategic implications as memory bandwidth remains a primary constraint limiting AI acceleration, with current HBM shortages driving up costs across the supply chain. CIOs should recognize that while ZAM offers long-term solutions for AI workload optimization and cost reduction, immediate procurement and infrastructure planning must account for continued HBM constraints through 2029.
Intel and SoftBank are developing Z-Angle Memory (ZAM), a next-generation DRAM technology expected by 2029 that could deliver 2-3x the capacity and bandwidth of current high-bandwidth memory (HBM) at lower cost and power consumption, potentially addressing the critical memory bottleneck constraining AI infrastructure performance. This advancement has significant strategic implications as memory bandwidth remains a primary constraint limiting AI acceleration, with current HBM shortages driving up costs across the supply chain. CIOs should recognize that while ZAM offers long-term solutions for AI workload optimization and cost reduction, immediate procurement and infrastructure planning must account for continued HBM constraints through 2029.
