Embrace the "Core" Promise: Join Anker at the 21st Annual South China SMT Academic and App

As the wave of semiconductors sweeps through global manufacturing, each technological iteration reshapes the industrial landscape. On December 18, 2025, the highly anticipated 21st South China SMT Academic and Applied Technology Annual Conference will commence at the Shenzhen Baoan Denhill International Hotel. As a leader in semiconductor chip testing and programming, Acroview, fulfilling its responsibilities as a member of the SMT Specialized Committee of the Guangdong Electronic Society, has prepared its accumulated technological expertise and innovative insights, eagerly awaiting the opportunity to join industry peers at this annual gathering.

Centered on the theme "Technology Empowers Industry, Innovation Leads the Future," this year's conference will feature two dedicated sessions: SMT Technology and Semiconductor Packaging Technology, precisely targeting the core tracks of industrial upgrading. Top global experts, scholars, and representatives from key enterprises across the industrial chain will convene to engage in in-depth discussions on critical topics such as SMT process optimization, industrialization of advanced packaging, and collaborative innovation in chip manufacturing. Through the exchange of ideas, they will clarify the direction of technological evolution, and through resource networking, consolidate the collective strength for industrial development.

The journey toward autonomy in the semiconductor industry relies on the dedicated and meticulous efforts of committed players. Since its founding, Acroview has aimed to "become a leader in the field of chip manufacturing." Leveraging its profound semiconductor industry expertise, the company focuses on two core processes—chip programming and testing—and has built a technological system with "algorithm R&D at its core and software-hardware synergy as its wings." Guided by the core principle of "Algorithms Empowering Industry," the company has established a collaborative R&D matrix spanning Mainland China, Taiwan (China), and Japan. This forms a closed-loop "Demand-R&D-Manufacturing" system, from precise market demand capture to breakthrough core technology development and onward to mass production and delivery of precision equipment. This provides end-to-end chip manufacturing solutions for critical fields such as automotive electronics, artificial intelligence, and industrial control.

In the field of chip programming, Acroview has completed the transition from "following industry standards" to "defining industry benchmarks." Today, the company has built a comprehensive matrix of programmable device programming equipment covering all scenarios. Among them, the world's first 10-gigabit Ethernet universal programmer, the AP8000 V2, breaks through technical bottlenecks with its innovative underlying architecture, elevating programming speed and yield to new heights and redefining industry efficiency standards. Meanwhile, the IPS series automated programmers (IPS3000S, IPS5200S, IPS5800S) and the AC3000 in-circuit automated programmer, with their core advantages of "high speed, high efficiency, high stability, and high reliability," have become "standard equipment" for mass production among leading global semiconductor enterprises, showcasing the solid capabilities of Chinese manufacturing.

If programming is about imparting a "life signal" to the chip, then testing is about building a "security line of defense" for the chip—the "lifeline" ensuring the stability of the industrial chain. Acroview understands this deeply. To meet the stringent requirements of high-end application scenarios such as AI servers and automotive chips, the company independently developed the V9000 series burn-in testers. Its pioneering "fully online" testing solution revolutionized the traditional offline testing model, completely eliminating the risk of human operational errors. While enhancing testing efficiency, it elevates accuracy to over 99.99%, providing robust technical assurance for chip application scenarios demanding high reliability and safeguarding the security baseline of end products.

From chip programming to testing; from breaking through core algorithms via tri-region collaboration to creating value through comprehensive service chain upgrades—every step of Acroview's growth resonates in harmony with China's semiconductor industry autonomy journey. On the path of technological innovation, we firmly believe that only by honing technology with focus and responding to demand with innovation can we seize the initiative in global industrial competition.

On December 18, at the Shenzhen Baoan Denhill International Hotel, Acroview will showcase its latest technological achievements and industry solutions at the conference venue. We sincerely invite you to visit our booth for face-to-face exchanges with our technical experts, to jointly explore the cutting-edge trends in chip manufacturing, and to collaborate in drawing a new blueprint for the high-quality development of the semiconductor industry.