English

Laser chip manufacturer Shijia Photon will make a profit of 65 million yuan in 2024

1589
2025-01-21 16:33:33
See translation

Shijia Photon disclosed its 2024 annual performance forecast on the evening of January 17th, expecting to achieve a revenue of 1.074 billion yuan in 2024, a year-on-year increase of 42.36%; Net profit attributable to the parent company was 65 million yuan, with a loss of 47.55 million yuan in the same period last year; Deducting non net profit is expected to be 48.1 million yuan, with a loss of 66.82 million yuan in the same period last year.

 


According to the data, the company's main products include PLC optical splitter chip series, AWG chip series, VOA chip series, DFB laser chip series, MPO high-density fiber optic connectors, isolators, and parallel optical component series.

According to the announcement, driven by the demand for AI computing power, the data communication market is growing rapidly; The company adapts to market demand, continuously invests in research and development and technological innovation, highlights its competitive advantages in products, and improves customer recognition. The order volume of AWG series products, DFB series products, MPO related products, indoor optical cables, and cable polymer materials all increased compared to the same period last year.

Source: Yangtze River Delta Laser Alliance

Related Recommendations
  • Real time measurement of femtosecond dynamics of relativistic intense laser driven ultra-hot electron beams

    In the interaction between ultra short and ultra strong laser and matter, electrons with short pulse width and high energy are generated, commonly referred to as "hot electrons". The generation and transport of hot electrons is one of the important fundamental issues in high-energy density physics of lasers. Superhot electrons can excite a wide range of ultrafast electromagnetic radiation, as well...

    2024-04-30
    See translation
  • Researchers prepare a new type of optical material with highly tunable refractive index

    It is reported that researchers from Beijing University of Chemical Technology and BOE Technology Group Co., Ltd. have collaborated to develop a transparent organic-inorganic composite optical adhesive material with highly tunable refractive index. The related research paper was recently published in Engineering.In the early days, glass was the main raw material for optical components. In recent y...

    2024-06-25
    See translation
  • The semiconductor Institute has made progress in the study of high power and low noise quantum dot DFB single-mode lasers

    Recently, the team of Yang Tao-Yang Xiaoguang, a researcher at the Key Laboratory of Materials Science of the Institute of Semiconductors of the Chinese Academy of Sciences, and Lu Dan, a researcher, together with Ji Chen, a professor at the Zhijiang Laboratory of Zhejiang University, have made important progress in the research of high-power, low-noise quantum dot DFB single-mode lasers.Distribut...

    2023-09-05
    See translation
  • Fiber laser and deburring machine have improved the production efficiency and manufacturing capability of MITS Alloy

    The heavy-duty aluminum Ute tray and roof series of MITS Alloy have been greatly welcomed and demanded.The company is headquartered in Newcastle and was founded by Tim Lightfoot and Tony Brooks in January 2015. Tim's existing business, Safety MITS, provides maintenance equipment for mining, earthwork transportation, transportation, and related industries. They jointly determined that the four-whee...

    2024-05-15
    See translation
  • Application of Airborne Lidar Calibration Board in Various Fields

    With the rapid development of technology, airborne LiDAR technology has become one of the key technologies in modern surveying, remote sensing, navigation and other fields. As an important component of this technology, the airborne LiDAR calibration board plays a crucial role in ensuring the accuracy and stability of the radar system. This article will explore the application and importance of air...

    2024-04-08
    See translation