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Meishi Technology (001229.SZ): The developed alternative solution for the HiSilicon controller chip has successfully entered the mass production stage.
On December 11, Gelonghui reported that Meishi Technology (001229.SZ) stated on the investor interaction platform that the alternative Haishi controller chip developed by the company has successfully entered the mass production stage. There is no significant difference in the usage effect between the alternative product and the products equipped with Haishi controller chips, fully achieving functional replacement. Users have reported positive experiences and recognition. Currently, the company's products have achieved replacement in production.
Charm Vision Technology (001229.SZ): The self-developed AI body sensation control scheduling technology is primarily applied in the current Business scenarios the company is involved in.
On December 11, Gelonghui reported that Meishi Technology (001229.SZ) stated on the investor interaction platform that the AI motion-sensing control scheduling technology developed independently by the company is mainly used in the current business scenarios the company is involved in, such as command centers, scheduling centers, and conference rooms. There are no other fields involved at this time.
Meishi Technology (001229.SZ): The company has provided solutions for many intelligent meeting systems, including those involving tax and finance departments.
On December 10th, it was announced on the investor interaction platform that Meishi Technology (001229.SZ) focuses its business mainly on the integration, acquisition, transmission, exchange, analysis, processing, and scheduling of audio and video signal fields. The company has provided solutions for various intelligent conference systems, including those for tax and finance departments.
Meishi Technology (001229.SZ): Currently not involved in the field of self-driving cars.
On December 10, Gelonghui reported that Meishi Technology (001229.SZ) stated on the investor interaction platform that the company's business mainly revolves around the access collection, transmission exchange, analysis processing, and scheduling presentation of audio and video signal fields, with no involvement in the self-driving cars sector. The company will actively adapt to the development trends of networking, visualization, and high definition in the professional audio-visual industry, promote technology innovation, and expand application scenarios.
Meishi Technology (001229.SZ): The company's products have been applied in the fields of aviation, aerospace, and other related areas.
According to Gelonghui on December 10, Meishi Technology (001229.SZ) stated on the investor interaction platform that the company's products have been applied in the fields of aviation, changzheng engineering technology, and others. The company provided the "fiber optic KVMS solution" for the command and control center of China's manned spaceflight and lunar exploration projects, contributing to the successful launch of China's first Mars exploration, Tianwen-1. In addition, the company's products have also been deployed in various scenarios such as guangzhou baiyun international airport and Singapore Changi Airport.
Meishit Technology (001229.SZ): The company's products extensively use domestically produced CPUs, ASICs, and SOCs, with both software and hardware completely developed in-house.
On December 10, Glorihub reported that Meishi Technology (001229.SZ) stated on the investor interaction platform that in the field of professional audio-visual technology, the localization process of high-quality projection display devices, transmission and control equipment is accelerating. In the future, equipment manufacturers with independent brands and mastery of key technologies will have an advantage in market competition within government agencies, large state-owned enterprises, and the military. The company's products heavily utilize domestically produced CPUs, ASICs, and SOCs, with all hardware and software developed independently, applied in Party, government, and military command center KVM seat collaboration, distributed display control, as well as electrical utilities and transportation centralized scheduling systems.
