NSING TECH (02701) announced its annual results for the period ending December 31, 2025. The group recorded revenue of 1.36 billion yuan, an increase of 16.5% compared to the previous year. Gross profit reached 248 million yuan, rising by 36.1% year-on-year.
Since defining its strategic direction as a platform-based IC design company in 2018, the group has successively launched multiple 32-bit MCU products based on Cortex-M0 to M7 architectures. It has continuously optimized chip size, power consumption, and performance, achieving a transition from embedded control to edge intelligence scenarios. As early as 2019, as the first fabless IC design company to achieve mass production of general-purpose MCU products using a 40-nanometer eFlash process, it led the trend of process upgrades for mainstream products globally.
In 2025, the group continued to operate two main product segments: chip products and lithium-ion battery anode materials. For its chip business, the group focuses on MCU-centric chip design, adopting a fabless model. It concentrates on independent IC design while outsourcing the entire manufacturing process, including wafer fabrication, packaging, and testing, to foundry partners. Furthermore, the group licenses intellectual property modules such as embedded non-volatile memory (eNVM), standard cells, and I/O libraries from ecosystem partners to accelerate design efficiency and enhance product integration.
The group provides control chips and system solutions characterized by high security, reliability, and integration for various applications, including consumer electronics, industrial control, digital energy, smart home, automotive electronics, medical devices, AI data centers, robotics, and other emerging fields. It is actively advancing the upgrade of its 32-bit MCUs and developing differentiated solutions for high-growth scenarios.
Concurrently, its lithium-ion battery anode materials business focuses on the research, development, production, and sales of anode materials, as well as graphite processing services. It primarily serves the power battery, energy storage, and consumer battery markets. The business emphasizes cost reduction, efficiency improvement, product portfolio optimization, and the development of advanced materials like silicon-carbon and hard carbon to enhance competitiveness during industry recovery and structural upgrade cycles.
Through these two business models, the group aims to leverage synergies in technology, customer base, and supply chain operations to capture long-term growth opportunities in the semiconductor and new energy sectors.
Looking ahead, the company is committed to accelerating high-quality growth by deepening its presence in strategic high-growth verticals such as AI and edge computing, robotics, industrial control, automotive electronics, and new energy. By shifting from broad product coverage to more focused, high-performance, and highly integrated MCU solutions, it seeks to establish lasting technological differentiation and leadership at the scenario level.
Continuous investment in core technologies, combined with expansion into emerging application scenarios and tighter integration between chips and energy systems, is expected to strengthen competitiveness and customer value. Supported by global talent recruitment, enhanced overseas R&D capabilities, and selective strategic acquisitions, the company is positioned to improve execution efficiency, expand into international markets, and progress from domestic substitution towards a more high-end, innovation-driven market leadership position.
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