ST铖昌(001270)2025年业绩预告点评:业绩显著高增 TR芯片进展持续加速
Xin Lang Cai Jing·2026-02-09 02:34

Core Insights - The company expects significant growth in revenue and profitability for 2025, with a projected net profit attributable to shareholders ranging from 95 million to 124 million yuan, representing a year-on-year increase of 405% to 498% [1] - The company has made substantial progress in satellite-based T/R chip development, with several large-scale remote sensing projects entering regular mass delivery phases [3] - The commercial aerospace sector is experiencing comprehensive acceleration, with advancements in policy, cooperation, application scenarios, and satellite manufacturing [4] Financial Performance - The projected net profit for 2025 is estimated at 1.095 billion yuan, reflecting a year-on-year increase of 451.9% [1] - The non-recurring net profit is expected to be between 89 million and 115 million yuan, indicating a year-on-year growth of 304% to 364% [1] - For Q4 2025, the net profit is forecasted to be between 4 million and 34 million yuan, with a median of 19 million yuan [2] Industry Developments - The company is positioned as a core player in the T/R chip sector, benefiting from the growth of the commercial aerospace industry [4] - There is a strong demand for airborne and ground phased array radar systems, with ongoing project accumulation and new orders being placed [3] - The commercial aerospace industry is seeing breakthroughs in various areas, including policy support, application scenarios, and advancements in reusable rocket technology [4] Product and Market Strategy - The company has developed a complete solution for satellite-based systems and is collaborating closely with key downstream users to ensure timely product delivery [3] - The company is actively expanding into new areas such as low-altitude economy and new productivity, leveraging the advantages of phased array antenna systems for high-precision detection [3] - The company has adjusted its profit forecasts for 2025-2027, reflecting confidence in the accelerating deployment of low-orbit satellite networks [4]