Leyard: The company raised the price of LED display products by 3%-15% in May

With a total investment of 5.5 billion yuan, the trial production of Vivotek's electronic-grade wafer and epitaxial wafer manufacturing projects

According to reports, the total investment of Vivotek's electronic-grade wafer and epitaxial wafer manufacturing project is 5.5 billion yuan, of which 500 million yuan is invested in the first phase, mainly for cutting, grinding, and polishing of high-end electronic-grade semiconductor materials (8-12 inch wafers) The R&D and manufacturing of materials such as, epitaxy, and the production of third-generation compound semiconductor epitaxial wafers will have an annual output value of 900 million yuan after the first phase is put into production. According to news from the Lishui Economic and Technological Development Zone, Zhang Feng, chairman of Vivotek, said that the companys existing orders are basically scheduled for September of this year, and the second phase of the project is planned simultaneously.

Leyard: The company raised the price of LED display products by 3%-15% in May

Recently, Leyard said in an institutional survey that Lijing started its production expansion plan at the end of last year and achieved a production capacity of 800 KK by the end of May. As of now, it has expanded production as scheduled. Now it is only doing Micro LED direct display products, and the direct display products are currently underwritten by Leyard. If the follow-up can continue to be full production, Lijing is expected to have an operating income of 300-400 million yuan this year. Regarding the application of Mini LEDs in theaters, Leyard said that Mini LEDs are still too expensive to be used in the theater market. At present, ordinary small pitches can meet the demand. Only through various technical means to reduce the price of Mini LED or Micro LED, then promotion is meaningful. Regarding the impact of the upstream chip price increase on the company, Leyard said that the company has made a 3%-15% price increase for LED display products on May 17, which can basically cover the cost.

To build the world's leading new-generation artificial intelligence computing platform, the Huawei Chengdu Intelligent Computing Center project starts

According to reports, the Huawei Chengdu Intelligent Computing Center project is jointly constructed by Huawei and Chengdu High-tech Zone. It is positioned to build a world-leading new generation of artificial intelligence computing platforms. The construction will be carried out in two phases. The first phase is expected to be completed by the end of December 2021. The project includes "One Center, Three Platforms", among which, "One Center" means "National Integrated Big Data Center Chengdu-Chongqing Class I Node", which will combine Chengdu's status as an economic and technological center in the west to undertake important national needs, scientific research and innovation And strategic landing. The "three platforms" include the city's intelligent brain platform, the world's leading (E-level) artificial intelligence computing platform, the global intelligent data storage, and machine vision scientific research and innovation platform.

Yizhi Electronics was rated as a Chinese IC unicorn company, and the new generation of AIoT chip SH516 was unveiled

The "2021 4th IC Unicorn and IC Enterprise Value List" was released at the 2021 World Semiconductor Conference. After review by industry experts, Yizhi Electronics was awarded the "Chinese IC Unicorn Enterprise". At the expo, Yizhi Electronics exhibited a new generation of low-power smart vision chip-SH516, which attracted the attention of many professional visitors. The SH516 chip adopts an advanced TSMC 22nm process, integrates 1Gb DDR3 memory, uses the QFN88 package, and the size is as small as 9*9mm. It is a highly integrated, low-power visual analysis platform built by Yizhi Electronics. This chip integrates Yizhi second-generation self-developed NPU and is oriented to smart education and smart home products. It can efficiently support intelligent vision application scenarios such as object classification and recognition, text recognition, face detection and recognition, bone analysis, and gesture recognition.