English

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

1708
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
  • Allocate 10 billion US dollars! New York State to Build NA Extreme UV Lithography Center

    On December 11th local time, New York State announced a partnership with companies such as IBM, Micron, Applied Materials, and Tokyo Electronics to jointly invest $10 billion to expand the Albany NanoTech Complex in New York State, ultimately transforming it into a high numerical aperture extreme ultraviolet (NA EUV) lithography center to support the development of the world's most complex and pow...

    2023-12-15
    See translation
  • Nanjing University of Science and Technology has made new progress in the field of programmable lensless holographic cameras

    Recently, Professor Chen Qian and Professor Zuo Chao's research group from the School of Electronic Engineering and Optoelectronic Technology at Nanjing University of Science and Technology proposed a minimalist optical imaging method based on programmable masks - programmable Fresnel zone aperture lensless imaging technology. The related achievement, titled "Lensless Imaging with a Programmable F...

    04-14
    See translation
  • Improving chip level laser performance by suppressing noise

    For a long time, noise has been the main bottleneck restricting the performance improvement of microchip level Brillouin lasers. Now, researchers in Sydney have successfully overcome this challenge, making significant breakthroughs in the field of integrated photonics and developing an effective noise suppression method. This achievement makes it possible to generate extremely pure and ultra narro...

    6 hours ago
    See translation
  • This laser and optoelectronic component supplier has reached a strategic distribution agreement

    Recently, Laser Components USA, a leading laser and optoelectronic component supplier, announced that it has reached a strategic distribution agreement with Infrasolid, a pioneer in advanced infrared emitter technology.This agreement combines Laser Components USA's extensive distribution network with Infrasolid's innovative infrared product solutions, providing direct replacement products for all ...

    2023-10-24
    See translation
  • Hyperspectral imaging technology: a comprehensive guide from principles to applications

    Hyperspectral imaging technology is a highly anticipated innovation in the field of science and engineering today. It not only integrates spectroscopy and imaging technology, but also has wide applications in various industries and research fields. This article will delve into the basic principles, working mechanisms, and applications of hyperspectral imaging in different fields.Introduction to hy...

    2024-04-16
    See translation