As AI power and heat surge, legacy storage faces thermal bottlenecks. Giants driving thin, blade-like form factors to optimize airflow and surface area. While legacy builds dominate short-term due to business reality, next-gen interfaces will speed the shift, making new form factors vital infrastructure.

Key Highlights

• Drivers of Transition: Rising AI compute surges drive up storage power. Legacy box-shaped designs block airflow and cause throttling, pushing tech giants toward next-gen standards that optimize thermal paths and capacity.
• Form Factor Trade-offs: Legacy builds offer mature supply chains and compatibility. The shorter next-gen format fits slim servers to optimize airflow, while the larger flagship format provides top-tier cooling, acting as the ideal carrier for massive data lakes.
• Market Timeline: Existing platforms keep legacy specs dominant short-term. However, adoption of liquid cooling and next-gen interfaces will accelerate the shift, leading to a market crossover within years.
• Industry Impact: This evolution boosts average storage capacities and sparks exponential growth for high-read flash memory, raising controller value and turning storage into a core AI growth engine.

Table of Contents

1. Insights from COMPUTEX 2026 — AI Server Evolution Propels the Rise of Next-Generation EDSFF Enterprise SSDs
2. In-Depth Analysis: Current vs. Next-Generation Form Factors
3. Generational Transition: Market Realities in 2026 and Buffer Effect from HGX 200
4. Long-Term Forecast: Market Penetration of E1.S and E3.S (2026-2030)
5. Long-Term Impact on the NAND Flash Industry
   • AI Server SSD Form Factor Trends

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