Industry News
Serving the high-speed data communication and vehicle-mounted radar markets
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Author : JIUZHOU
Update time : 2024-09-20 10:58:52
A semiconductor company focused on displaying two major product series at the exhibition center
·Data communication product series with single-wavelength 100G as the core
·Radar product series with vehicle-mounted radar products as the core
The data communication product series focuses on single-wavelength 100G. It mainly offers high-speed connections for the upcoming AI era. The radar products, which include vehicle-mounted radar, provide sensing for smart driving and more.
The company's main product, the semiconductor, has achieved world-class performance and reliability. It is the first domestic company to be verified by a large manufacturer. The vehicle-mounted radar products are mainly competitive in terms of power and emission angle.
Also, as an IDM factory that makes VCSEL chips, this semiconductor company has strong and diverse VCSEL technology. Whether it is data communication or radar products, core technologies are changing quickly. These include multi-section, back transmission, 2DMA, and high speed.
They are being applied to products one after another. Secondly, a semiconductor company can provide a full range of cost-effective product solutions. Third, a semiconductor company is willing to keep close to application scenarios and provide personalized chip solutions.
Stick to the goal and continue to deepen the VCSEL chip market
The long-term plan of a certain semiconductor company remains the same. They aim to serve the high-speed communication and radar markets through IDM and ongoing technological progress.
VCSEL chip
It is a vertical cavity surface emitting laser chip. It is a new kind of semiconductor laser. It has the benefits of being small, using little power, and working quickly.
The VCSEL chip is composed of semiconductor materials. Its main structure has semiconductor reflectors, activation areas, and light gaps. These parts can create lasers with wavelengths from 480 to 980 nm.
VCSEL chips have the advantages of single-mode output, convenient integration, and good consistency. Early VCSELs emitted light in longitudinal multimode or filament mode, but nowadays they are mostly single-mode.
VCSEL chips were originally used mainly in the field of optical communications.
As technology develops, VCSEL chips are used more in optical communications, consumer electronics, 3D imaging, and radar chips. They have become essential in modern technology.
·Data communication product series with single-wavelength 100G as the core
·Radar product series with vehicle-mounted radar products as the core
The data communication product series focuses on single-wavelength 100G. It mainly offers high-speed connections for the upcoming AI era. The radar products, which include vehicle-mounted radar, provide sensing for smart driving and more.
The company's main product, the semiconductor, has achieved world-class performance and reliability. It is the first domestic company to be verified by a large manufacturer. The vehicle-mounted radar products are mainly competitive in terms of power and emission angle.
Also, as an IDM factory that makes VCSEL chips, this semiconductor company has strong and diverse VCSEL technology. Whether it is data communication or radar products, core technologies are changing quickly. These include multi-section, back transmission, 2DMA, and high speed.
They are being applied to products one after another. Secondly, a semiconductor company can provide a full range of cost-effective product solutions. Third, a semiconductor company is willing to keep close to application scenarios and provide personalized chip solutions.
Stick to the goal and continue to deepen the VCSEL chip market
The long-term plan of a certain semiconductor company remains the same. They aim to serve the high-speed communication and radar markets through IDM and ongoing technological progress.
VCSEL chip
It is a vertical cavity surface emitting laser chip. It is a new kind of semiconductor laser. It has the benefits of being small, using little power, and working quickly.
The VCSEL chip is composed of semiconductor materials. Its main structure has semiconductor reflectors, activation areas, and light gaps. These parts can create lasers with wavelengths from 480 to 980 nm.
VCSEL chips have the advantages of single-mode output, convenient integration, and good consistency. Early VCSELs emitted light in longitudinal multimode or filament mode, but nowadays they are mostly single-mode.
VCSEL chips were originally used mainly in the field of optical communications.
As technology develops, VCSEL chips are used more in optical communications, consumer electronics, 3D imaging, and radar chips. They have become essential in modern technology.
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