The Inference War: Margin Compression & AI Market Dynamics 2026–2028

The Inference War: Margin Compression & AI Market Dynamics 2026–2028

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1. Executive Summary

  • Inference War Thesis
  • Market Mispricing Analysis
  • Key Investment Takeaways

2. Inference War Overview

  • Definition of the Inference War
  • Market Size & Growth Projections ($480B by 2028)
  • Training vs Inference Economics

3. Key Market Questions (Outcome Drivers)

3.1 Groq LPX Scaling Timeline

  • Bear Case
  • Base Case
  • Bull Case
  • Key Indicators & Timeline

3.2 AMD ROCm vs PyTorch Parity

  • Bear Case
  • Base Case
  • Bull Case
  • Benchmark Indicators

3.3 Google TPU v7 (Ironwood) Strategy

  • Internal vs External Deployment
  • Market Impact Scenarios
  • Key Monitoring Signals

4. Oplexa Final Verdict

  • Why the Inference War is Overstated
  • Margin Compression Reality
  • NVIDIA Revenue Impact Analysis
  • Market Share Shift (88% → ~68%)

5. NVIDIA Strategic Positioning

  • Training Market Monopoly (CUDA, CoWoS, HBM)
  • Inference Revenue Dynamics
  • Software Layer (NeMo, NIM Microservices)
  • Networking Layer (Spectrum-X, CPO)
  • Groq Acquisition Impact

6. Competitive Landscape Analysis

6.1 NVIDIA vs Groq

  • GPU vs LPU Positioning
  • Complementary vs Competitive Dynamics

6.2 AMD Positioning

  • ROCm Limitations
  • Market Perception vs Reality

6.3 Google TPU Ecosystem

  • Internal Advantage
  • External Threat Potential

7. Structural Winner Analysis

7.1 Broadcom (AVGO) Thesis

  • Custom ASIC Design Dominance
  • SerDes Monopoly
  • CPO Transition Advantage

7.2 Cross-Scenario Outcome Analysis

  • Why AVGO Wins in All Cases

8. Investment Strategy

  • Long Thesis: NVIDIA (NVDA)
  • Long Thesis: Broadcom (AVGO)
  • Short Thesis: AMD
  • Risk Factors & Contrarian Views

9. Technical Appendix

9.1 Architecture Deep Dive: GPU vs LPU

  • Memory Architecture (HBM vs SRAM)
  • Compute Dispatch (SIMT vs Dataflow)
  • Latency & Throughput Comparison
  • Programming Model (CUDA vs GroqAPI)
  • Workload Suitability Analysis

9.2 Broadcom 224G SerDes Analysis

  • MediaTek Failure Case Study
  • Signal Integrity Challenges
  • Thermal Constraints in AI Data Centers
  • Broadcom DSP Advantage
  • Industry Implications

10. Methodology

  • Data Sources & Assumptions
  • Scenario Modeling Framework
  • Forecasting Approach

11. About Oplexa Research

  • Research Series Overview
  • AI Infrastructure Intelligence Reports
  • Copyright & Disclaimers