On July 15, Changxin Technology unveiled its STAR Market IPO issuance announcement and held an online investor session. Its STAR listing has entered a critical period, with the firm disclosing fund utilization plans, tech layouts and long-term development strategies to the public.

Disclosures show that the IPO funds are mainly invested in advanced process research and capacity development. The investment strengthens the firm’s R&D strength, improves the industrialized manufacturing of memory chips, and facilitates the holistic upgrade of the domestic DRAM sector.

A leading domestic DRAM benchmark, Changxin Technology launched China’s first homegrown 8Gb DDR4 chip in 2019, breaking industry bottlenecks and making landmark progress for mainland China’s DRAM business. It now tops the domestic market and ranks fourth globally. Per roadshow details, Changxin prioritizes long-term growth over quick windfalls. It seizes new memory market opportunities fueled by AI computing and upgrades customized memory chips for servers and AI workloads. In addition, a diversified downstream customer portfolio cushions the company against drastic business swings caused by the cyclical DRAM market.

On the R&D front, Changxin keeps heavy spending on research with advanced leapfrog development strategies. By the end of 2025, researchers made up more than 30% of staff, and the firm held almost 7,000 domestic and overseas authorized patents.

Mass production of premium DDR5 and LPDDR5/5X memory chips has been achieved, gradually closing the technological divide with global top memory players. Long-term equity plans together with lengthy share lockup clauses for core employees help retain key talents, enabling the firm to concentrate on the memory sector and incessantly tackle critical core technologies.

This STAR Market listing ushers in a new growth chapter for Changxin Technology and fuels the domestic integrated circuit industry. Leveraging capital market support, the firm will stick to independent innovation, lead coordinated progress across the IC industrial chain and optimize the local industrial ecosystem, speeding up the upgrade of domestic memory chips toward higher technical standards and full technological self-reliance.

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