Aehr Test Systems (AEHR) investor relations material

Key developments and market drivers

• Wafer-level and package-level burn-in are increasingly critical due to rising semiconductor complexity and reliability demands, especially in AI, memory, and silicon photonics markets.

• The shift to heterogeneous integration and advanced packaging, such as CoWoS, is disrupting traditional burn-in processes and creating new opportunities for wafer-level solutions.

• Major hyperscalers are moving toward production burn-in, with multi-year ramps and growing interest in wafer-level approaches for cost and yield advantages.

• Automation and proprietary technology, including the WaferPak system, provide a competitive edge and enable fully hands-free, high-volume operations.

• Recent acquisition of Incal expanded capabilities in package-level burn-in and accelerated customer adoption in AI and data center segments.

Technology and competitive positioning

• Proprietary wafer-level burn-in technology is protected by global patents and is unique in the market, with no direct competitors for this approach.

• The WaferPak system allows aggressive, accurate burn-in at higher voltages and temperatures, reducing test time and improving yield.

• Automation features, such as integrated aligners and AGV robots, enable lights-out operation and are now standard for leading customers.

• The turnkey solution, including consumables like WaferPak, ensures quality and traceability, with high margins and recurring revenue potential.

• Engagements with leading industry players, including Apple and Intel, have driven adoption among top-tier customers.

Industry trends and customer adoption

• Burn-in is becoming essential for mission-critical applications, with increasing adoption in electric vehicles, data centers, and AI processors.

• Hyperscalers and OEMs are pushing suppliers to implement burn-in to avoid costly failures in the field, mirroring trends seen in the automotive sector.

• The transition from package-level to wafer-level burn-in is underway, with customers recognizing significant yield and cost benefits.

• Silicon photonics and high-bandwidth memory are emerging as new growth areas, with multiple customer engagements and ramping production.

• Market size for AI, DRAM, and flash is significantly larger than for compound semiconductors, indicating substantial future growth potential.