KARRIE INT'L (01050) has announced that the first batch of products built on the NVIDIA Vera Rubin platform have been delivered in succession, with mass production for this series officially commencing in the second quarter of fiscal year 2026/27. Combined with the ongoing ramp-up in output and deliveries for application-specific integrated circuit (ASIC)-related server products, the group anticipates hitting a new performance peak in the fourth quarter.
As a global supplier of critical structural components for AI, KARRIE INT'L is backing its customers' efforts to build out infrastructure based on the NVIDIA MGX architecture and the Vera Rubin platform. The company has already rolled out a range of AI chassis and rack-level offerings, including the 1U MGX server chassis for Vera Rubin, a 1U Switch Tray, the 2U MGX Rubin NVL8, and a 6U Liquid-Cooled Tray.
As disclosed in the business update for the first quarter of 2026/27, another major AI server product line - ASIC-related products - has seen sustained capacity expansion and delivery, which helped drive roughly 63% year-on-year growth in first-quarter revenue from the server chassis - general and AI segment. With the current ASIC series approaching the end of its lifecycle, the group is fully prepared to launch the next-generation model program shortly.
In tandem with leading global chipmakers and major server brands rolling out next-generation AI servers one after another, KARRIE INT'L expects to achieve record results in the fourth quarter of fiscal year 2026/27. The group's core operations have now formally transitioned from conventional server chassis manufacturing to a full-spectrum structural solutions provider within the AI ecosystem, engaging in early-stage engineering, precision component development, volume production, and system integration for global AI infrastructure buildouts.
As worldwide AI computing capacity continues to scale up, the group will deepen collaborations with global chip heavyweights, server brands, and cloud customers to support the construction of an accelerated computing ecosystem, positioning itself as the most trusted strategic structural engineering partner for global technology giants.