Chinese semiconductor industry

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tokenanalyst

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Fuxiang Optics: Promoting photonic technology and empowering micro-nano manufacturing​


In the field of semiconductor manufacturing, etching endpoint detection plays a decisive role and is a key link in ensuring chip manufacturing accuracy and cost control. Faced with the technical challenge of long-term dependence on imports, Fuxiang Optical has achieved a breakthrough in the field of etching endpoint detection with its independently developed EPD spectrometer ZURO product. It not only overcomes the technical bottleneck of dependence on imports, but also significantly improves manufacturing yield and efficiency.

As a national-level specialized and new "little giant" enterprise and the unit responsible for the integrated circuit support project of the Shanghai Municipal Science and Technology Commission, Fuxiang Optics has rich experience and profound technology accumulation in the field of micro-nano optical quantity detection, and has become China's advanced spectroscopic technology leader of. With the mission of empowering micro-nano manufacturing and promoting the advancement of photonic technology, the company has spent more than ten years polishing it. Relying on more than 100 independent intellectual property rights, it has mastered deep spectroscopy technology and can effectively combine it with customer scenarios to successfully develop a series of end-point detection products. , providing customers with a full range of solutions. It not only fills the domestic technology gap, but also proves its technological leadership on a global scale.

EPD spectrometer ZURO relies on its leadership in deep spectroscopy technology to effectively handle difficult processes such as plasma etching, reactive ion etching, deep hole etching, and atomic layer etching. Its high-performance features, such as effective detection of extremely low light intensity, high dynamic range exceeding 25000:1, and high signal-to-noise ratio in all signal sections, combined with the artificial intelligence end point judgment algorithm and neural network optimization technology of ideaEPD software, ensure The high precision and stability of the etching process can easily handle scenarios such as 3D NAND step etching, trench SiC MOSFET groove etching, ultra-small aperture ratio deep silicon etching, III-V compound semiconductor EPI structure etching, etc. end point judgment.
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Fuxiang Optics' EPD spectrometer ZURO is running stably in many domestic Fab factories and has become the preferred partner of many well-known leading semiconductor companies. Its excellent technical performance and product quality have been highly recognized by the market and industry, demonstrating Fuxiang Optics' leading position in the fields of micro-nano optical quantity detection and depth spectroscopy technology and its significant contribution to the semiconductor industry.

In the future, Fuxiang Optics will continue to conduct in-depth research and innovation in spectrum technology, promote continuous product upgrades, and contribute to the sustainable development of the global semiconductor industry. Fuxiang Optics' technological breakthroughs and innovative practices have become an indispensable part of the domestic semiconductor manufacturing field, contributing the power of China's intelligent manufacturing to the progress of the global semiconductor industry.


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tokenanalyst

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Hexin Technology and Xinxiang Technology completed mutual certification of product compatibility​


Hexin Technology completed product mutual certification testing based on the HX-C1000 processor platform series products and Xinxiang Technology's UniDoc knowledge base management system V1.0. The products of both parties can be configured smoothly and run stably. In terms of function, performance and compatibility It performs well and can meet user needs.

With the rapid development of science and technology in modern society, the scale of corporate teams continues to expand and business data continues to increase. Team collaboration has gradually become an important means of corporate management. Xinxiang Technology UniDoc is a document and knowledge base management software independently developed by Xinxiang Technology. It can be used in scenarios such as R&D documents, product manuals, meeting summaries, weekly reports, etc. It is dedicated to helping information sharing and team assistance within the enterprise. Based on the HX-C1000 processor platform series products, Hexin Technology focuses on independent innovation of open source RISC instruction set architecture, which can provide a reliable technical base for enterprise project management.
In the next step, Hexin Technology will deepen cooperation with Xinxiang Technology and launch more excellent joint solutions. At the same time, Hexin Technology will continue to adhere to independent innovation, continue to upgrade and iterate its own products, provide customers with more efficient products and services, and looks forward to working with more outstanding companies to jointly promote the ecological development of the information industry.
 

tokenanalyst

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Jiufengshan Laboratory strives to break the frequency bottleneck of terahertz devices​



In November 2023, Jiufengshan Laboratory successfully developed a terahertz Schottky diode (SBD) based on gallium nitride (GaN) material. It has been verified that the performance of this device has reached the international cutting-edge level. Schottky diode (SBD) technology is a core technology widely used in the terahertz field. This achievement breaks the industry bottleneck that restricts the frequency incre

Developing terahertz core technology for the future
Terahertz technology has the advantages of high resolution, strong directionality, large amount of information, and good security. Schottky diodes (SBD) are a very important type of device in the terahertz field. It has strong capacitive nonlinearity and can generate higher harmonics of the input signal frequency and double the frequency to output terahertz (THz) signals. The material properties of gallium nitride (GaN) enable such devices to have the advantages of high frequency, high power, and low loss. Therefore, gallium nitride Schottky diodes (GaN SBD) are considered to be all-solid-state, miniaturized and lightweight. The core device for quantifying terahertz sources.

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Break through bottlenecks and reach the international cutting-edge level in device performance
Traditional gallium nitride Schottky diodes have problems such as large series resistance and high parasitic capacitance, which seriously restrict the improvement of device frequency. Faced with the challenge, the wireless technology group of Jiufengshan Laboratory Research Center analyzed the key factors that restrict the improvement of device frequency characteristics and started designing from both the material and device aspects. By developing a GaN heterostructure with a strong polarization ultra-thin barrier , the areal density and mobility of the two-dimensional electron gas are significantly improved, and the material resistance is significantly reduced; at the same time, the low parasitic Schottky junction structure effectively reduces the turn-on voltage and reduces the The small parasitic capacitance further improves the frequency characteristics of the device.​
 

tphuang

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how long do you think, this situation will reverse. domestic firms to hold atleast 50 percent market share..
maybe in another 3-4 years. Keep in mind that TI produce stuff with mostly depreciated equipment so it's kind of hard to undercut them on pricing. Maybe Chinese govt will tax imported chips in the future, that could speed things up. Or if there are more sanctions on mature chips.


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Another VCSEL producer is Raysees. producing various Lidar or other auto related product for safey purposes

I really don't see why they can't just cut off Ga supply to the world

You have domestic uses likely this and you can dominate Ga product if you ban its export. Having Chinese companies dominating laser chips is pretty good thing to have
 
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