CX Technology Announces 0.47% Online Lottery Rate for STAR Market IPO

On July 16, CX Technology released the results of its online offering for its initial public offering on the STAR Market. The final online lottery rate came in at approximately 0.4714%, indicating intense competition among subscribers, with fewer than 5 out of every 1,000 lottery numbers securing an allocation.

Subscription Figures Reflect Strong Demand

The company set its IPO price at ¥8.66 per share. Retail investor participation was significant, with valid online subscriptions reaching 9,428,778 accounts. The total number of shares subscribed online amounted to 816.92 billion shares, underscoring substantial market interest in this semiconductor enterprise.

Offering Size and Rebalancing Mechanism

After the activation of the rebalancing mechanism, the final online offering size was set at 3.851 billion shares. This mechanism, common in A-share offerings, shifts a portion of shares from the institutional to the retail tranche when online demand is exceptionally high, aiming to improve allocation chances for individual investors. The remarkably low lottery rate highlights the oversubscription scenario.

Market Context and Industry Significance

The strong response to CX Technology's IPO is closely tied to its position in the semiconductor sector, which is at the forefront of domestic substitution and technological upgrading in China. Investor appetite for core-technology hardware companies remains robust, and the subscription data mirrors the abundant liquidity seeking exposure to high-quality tech listings.

  • Issue Price: ¥8.66/share
  • Valid Subscription Accounts: ~9.43 million
  • Valid Subscribed Shares: ~816.92 billion shares
  • Final Online Offering Size: ~3.851 billion shares
  • Final Lottery Rate: ~0.4714%

With the subscription phase concluded, investors now await the announcement of winning lottery numbers and payment procedures. The post-listing performance of CX Technology will serve as a key indicator of market sentiment toward the semiconductor segment.