Auras and AVC Ride AI Boom to Win NVIDIA Orders, Doubling Revenue

Auras Technology and AVC demonstrated robust operational momentum in the first half of this year, with both companies posting fold increases in profits and emerging as the focal points of Taiwan's thermal module market. According to the Central News Agency, the two companies provide high-performance thermal solutions for data centers and high-performance computing platforms, respectively. Benefiting from the continuous expansion of global AI computing demand, both their revenues and gross margins have reached record highs. AVC's hybrid liquid and air cooling technology and Auras Technology's modular cooling systems have been adopted by several major cloud service providers and supercomputer projects, laying a solid foundation for their operations.

Entering the fourth quarter, the market anticipates a new wave of growth momentum, primarily driven by the latest Vera Rubin GPU recently released by US chip giant NVIDIA, alongside complementary ASIC (Application-Specific Integrated Circuit) AI servers. With its exceptional computing power and energy efficiency, Vera Rubin is positioned as a primary chip for AI training and inference. Meanwhile, ASIC servers provide hardware acceleration tailored for specific algorithms to boost performance and reduce power consumption. The successive shipments of these two new products will directly drive up thermal dissipation demand in data centers, presenting clear market opportunities for AVC and Auras Technology.

On the technical front, AVC has completed preliminary testing on the thermal characteristics of the Vera Rubin GPU and developed liquid cooling modules adapted to its high heat flux. Auras Technology is focusing on modular thermal solutions for ASIC servers, leveraging its advantages in thermal interface materials and structural design to shorten thermal resistance times and enhance overall system stability. Both companies stated that they will maintain close cooperation with NVIDIA and its partners moving forward, rapidly iterating their products to meet escalating thermal requirements. This move not only enhances the competitiveness of the local supply chain but also reduces reliance on external thermal modules.

From an industrial perspective, the AI server market is in a golden age of rapid growth. According to estimates by international research institutions, global demand for AI training computing power is expanding at a double-digit annual rate, and the ensuing thermal management challenges are becoming increasingly severe. As a global hub for semiconductor manufacturing, Taiwan's technical accumulation and capacity flexibility in the thermal module sector enable AVC and Auras Technology to swiftly capture growth points within the supply chain. If they can maintain ongoing synergy with upstream chipmakers, their market share in the international arena is expected to rise further.

Looking ahead to next year, the growth curves of AVC and Auras Technology are projected to extend due to continued shipments of Vera Rubin and ASIC servers. Company management noted that in addition to existing clients, they will intensify development in emerging AI application sectors, such as autonomous driving, smart manufacturing, and medical imaging. These fields impose even stricter demands on thermal performance and represent potential growth drivers for future revenue. By successfully capturing the dual drivers of technological upgrades and market demand, AVC and Auras Technology are poised to secure even more critical roles in the global AI supply chain.

Synthesizing the factors above, the simultaneous propulsion of the NVIDIA and ASIC dual engines is injecting a fresh wave of operational momentum into AVC and Auras Technology. This is expected not only to drive record-high revenues by the end of this year but also to lay an even more solid foundation for the international competitiveness of Taiwan's high-performance thermal industry. (Source: Central News Agency)