Memory Is the New Compute: HBM Scarcity Reshapes AI (nova.kapualabs.com)
🚀 'Memory Is the New Compute' shows why HBM capacity & system design now trump raw FLOPS for AI performance. Learn more: https://post.kapualabs.com/25abujd6
🚀 'Memory Is the New Compute' shows why HBM capacity & system design now trump raw FLOPS for AI performance. Learn more: https://post.kapualabs.com/25abujd6
🚀 The real AI bottleneck isn’t the GPU die—it’s the package around it. Advanced packaging (CoWoS) lead times of 52‑78 weeks can throttle NVIDIA’s ability to turn demand into revenue. https://post.kapualabs.com/yckuax33 #Semiconductors #AdvancedPackaging #CoWoS #HBM #NVIDIA $NVDA
HBM scarcity is boosting $NVDA today—but the capacity wave could bring a 2028 glut. Key watchpoints: CoWoS, substrates, HBM qualification, and hyperscaler capex. https://post.kapualabs.com/4rwe8ka5
Memory bandwidth, not raw FLOPS, now sets the speed limit for LLM token generation. Discover why NVIDIA’s full‑stack—HBM, KV‑cache tiering, vLLM—shapes inference performance. https://post.kapualabs.com/yftyjbpx
Memory supply is now AI's tightest bottleneck — three firms control nearly all HBM, and 2027 capacity is already sold out. NVIDIA's accelerator output depends on this oligopoly. 🔒 https://post.kapualabs.com/z5xfrzmh
Memory is the new AI bottleneck. HBM now drives 60-70% of accelerator costs, shifting pricing power upstream and squeezing margins downstream. A nuanced look at NVIDIA's risky position. https://post.kapualabs.com/3pkmcj52
HBM is the silent bottleneck in AI's explosive growth. NVIDIA's GPU dominance now hinges on scarce high-bandwidth memory from a tiny supply chain. New deep dive breaks down structural exposure and monitors. #HBM #NVDA #AI 🔎 https://post.kapualabs.com/mfnwjzh4