Aehr Test Systems has received multiple large orders for its FOX and FOX-XP wafer-level test and burn-in systems, including a $14 million order [1].
These contracts signal a growing industry demand for specialized testing equipment as companies scale the production of next-generation AI processors. The ability to qualify these semiconductors at the wafer level reduces waste and accelerates the time to market for high-performance AI hardware.
The $14 million order, announced Feb. 26, 2026, consists of new fully automated FOX-XP systems [1]. This follows another significant AI production win announced on Feb. 11, 2026, involving initial orders for Sonoma systems from a lead hyperscale customer [3].
These recent developments build upon a trajectory that began earlier in the product cycle. The company first announced an order for its FOX wafer-level test and burn-in system on Dec. 14, 2023 [2]. That initial equipment was intended for gallium-nitride semiconductor engineering and qualification [2].
The company, headquartered in Fremont, California, provides these systems to help customers manage the rigorous qualification process for gallium-nitride semiconductors, and AI ASICs [2], [3]. By testing chips while they are still on the wafer, manufacturers can identify defects before the expensive packaging process begins.
The expansion into fully automated systems like the FOX-XP reflects the increasing complexity of AI processor architecture. As hyperscale customers move toward larger-scale deployments, the need for automated, high-throughput testing becomes critical to maintaining production yields [1], [3].
“Aehr Test Systems has received... a $14 million order”
The transition from initial engineering orders in 2023 to multi-million dollar production orders in 2026 indicates that Aehr's technology is moving from the prototype phase to active deployment in AI supply chains. As hyperscalers develop proprietary AI ASICs, the reliance on specialized wafer-level burn-in equipment grows to ensure reliability at scale.
