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Why Chip Teams Are Rethinking On-Chip Memory

Why Chip Teams Are Rethinking On-Chip Memory

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Episode 35 of The Hardware Podcast with Fexingo dives into the quiet revolution happening inside chip design: the shift away from traditional SRAM toward new on-chip memory architectures like embedded DRAM and resistive RAM. Lucas and Luna explain why memory now consumes 40 to 60 percent of chip area in a typical processor, and why the old cache hierarchy is breaking down. They explore a concrete example—Apple's M-series Ultra chips, which use a massive 192 MB of on-chip memory—and walk through the tradeoffs between density, latency, and power. The conversation also covers the challenges of integrating new memory materials into standard CMOS processes, and why companies like Intel and TSMC are betting on different approaches. If you've ever wondered why chip performance gains have slowed even as transistor counts keep rising, this episode offers a clear, ground-level explanation. #OnChipMemory #SRAM #EmbeddedDRAM #ResistiveRAM #RRAM #AppleSilicon #M3Ultra #Intel #TSMC #ChipDesign #MemoryWall #CacheHierarchy #Technology #Semiconductors #Hardware #HardwareEngineering #FexingoBusiness #BusinessPodcast Keep every episode free: buymeacoffee.com/fexingo
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