Will Changxin Technology Continue to Rise Today?
Changxin Technology made a historic debut on the stock market, with its share price soaring 465.82% to close at 49 yuan. Its market capitalization reached 3.28 trillion yuan, surpassing Industrial and Commercial Bank of China to become the largest company by market cap on the A-share market. Daily trading volume exceeded 140 billion yuan, a first in A-share history. This created a moment of realization for 7.7 million investors who won the lottery for its shares.
On the first day, investor strategies varied: some sold immediately and later regretted missing intraday highs, others secured profits to avoid future volatility, while a third group held or even bought more shares, betting on long-term growth.
The staggering IPO, massive public enthusiasm, and debut during a peak industry cycle led some to compare Changxin to PetroChina's 2007 listing, which was followed by a long decline. Key similarities noted include comparable fundraising scales (approx. 666 billion yuan for Changxin vs. 668 billion for PetroChina) and both companies listing at a perceived high point in their respective commodity cycles (oil then, memory chips now).
However, analysts caution against over-simplifying the comparison. They highlight core differences: Changxin operates in the high-growth semiconductor sector with strong "domestic substitution" tailwinds. Brokerages like Huaxi Securities project significant revenue and profit growth from 2026 to 2028, driven by DDR5 adoption, product mix optimization, and economies of scale. Nomura Securities issued a "buy" rating with a 116 yuan target price, citing AI-driven demand for DRAM, tight supply as major players shift to HBM production, and Changxin's vast room for market share growth. Some analysts position the current memory cycle, fueled by AI, as just beginning, contrasting with the mature energy cycle PetroChina entered.
The article concludes that for investors, monitoring the memory cycle's progression and Changxin's breakthroughs in high-end technologies like HBM will be crucial, rather than relying on superficial historical parallels.
marsbitAyer 00:51