Phytium’s Chip Science Popularization Lecture at Beitang No.1 Primary School
May 23, 2024
On May 20, 2024, Phytium’s lecturer gave a vivid and hands-on chip science popularization lecture to all the students and teachers of Beitang No.1 Primary School (referred to as the “School”).
The 2024 National Science and Technology Week, sponsored by the Ministry of Science and Technology and the China Association for Science and Technology, has offered a variety of public technological activities. Phytium had carried out this science popularization lecture with strong support from the School's management. The event took place in the School’s recording and broadcasting classroom and accessed over 1,000 students and teachers in the School by live-streaming.
The lecturer showed Phytium CPU’s electronic layout, wafers, chip samples, and various computer motherboards during the lecture, and explained the birth process and application fields of CPU chips, and their importance to modern information systems in an engaging manner. He encouraged the students to study science knowledge diligently, and contribute to the development of China’s integrated circuit industry as the scientists do.
Chen Xuedong, Principal of the School, spoke highly of the lecture and encouraged the students to work hard, strive for excellence, and carry forward the spirit of scientists, working towards high-level technological self-reliance and the great rejuvenation of the Chinese nation.
Phytium has placed great importance on science education since its inception. In recent years, Phytium has actively fulfilled its social responsibilities by conducting science popularization activities to raise public awareness of CPU chips and boost confidence in China’s independently-developed technologies.
Embracing the 6G Era - China Mobile and Phytium Unveil an Innovative Product!
April 17, 2024
On April 16, at the “2024 Global 6G Conference” held in Nanjing, China, China Mobile unveiled its new product that empowers the AI computing power era—the “Lingyun” open platform for wireless computing and intelligent integration, which is enabled by Phytium’s independently-developed CPU. This product marks a signature original release by China Mobile.
The “Global 6G Conference”, a comprehensive event in the 6G field, is now in its third consecutive year. Themed with “Better Together, Better Future”, this conference featured top experts from countries and regions including the United States, Canada, the United Kingdom, Germany, Sweden, and Japan. Through plenary sessions, invited reports, and roundtable discussions, the conference focused on eight cutting-edge areas to exchange 6G research achievements, jointly promoting innovation and international cooperation in the 6G frontier areas. The event was attended by senior executives from China Mobile, Phytium, Inspur, Comba, H3C, Ruijie Networks, Lenovo, and other companies.
The new wave of technological advancements will upgrade the underlying capabilities of information infrastructure, bringing more value to the industries by empowering pervasive AI technology. The “Lingyun” open platform for wireless computing and intelligent integration, developed by China Mobile based on the Phytium Tengyun S5000C-M high-performance server CPU, provides a computational foundation for 5G cloudification and intelligent commercial base stations, offering a technological evolution platform for various industries to move towards 6G.
According to the leader of China Mobile Research Institute, the product represents China Mobile's bold attempt for the AI-enabled DICT integration trend and future 6G evolution in terms of technical and industrial ecosystem collaboration models. In the future, China Mobile will cooperate with a broad range of ecosystem partners including Phytium, to keep up with technological and demand trends and iterate the chip hardware and software of this platform, so as to provide a technological evolution platform for industrial transformation and upgrading, thus co-creating an ecosystem model that is based on the open platform.
Chen Xuedong, Principal of the School, spoke highly of the lecture and encouraged the students to work hard, strive for excellence, and carry forward the spirit of scientists, working towards high-level technological self-reliance and the great rejuvenation of the Chinese nation.
Liquid-Cooled Server Solution Enabled by Phytium Tengyun S5000C Launched, Winning Innovation Gold Award at CITE 2024!
April 15, 2024
At the CITE 2024, which concluded on April 11, the “Phytium Tengyun S5000C Server Liquid Cooling Solution” won the Innovation Gold Award.
Digital transformation and cloud computing development have led to rapidly growing demand for computing power and expanding data centers, accompanied by rising energy consumption. In 2022, the total electricity consumption of data centers in China was about 270 billion kilowatt-hours, and it is expected to reach 590 billion kilowatt-hours by 2030. The Ministry of Industry and Information Technology and other departments have proposed accelerating the development of green data centers.
Currently, most air-cooled data centers face the challenge of upgrading or completely replacing the cooling technology, while cold plate liquid cooling solutions facilitate the energy-saving transformation of air-cooled data centers in many ways. The Phytium Tengyun S5000C server liquid cooling solution leverages the liquid cooling technology to allow the S5000C server CPU to run stably at higher frequencies, further enhancing the chip’s processing speed and performance.
Cooling methods provided in the solution include a combination of air and liquid cooling for the entire server, cold plate liquid cooling for the CPU, and low-speed fans for other components such as memories and hard drives. The solution features high performance, low energy consumption, more efficient heat dissipation, increased computing power density, high reliability, and economic feasibility.
At the end of 2023, Phytium released a white paper on server CPU cooling solutions. Currently, many manufacturers, including Great Wall, Tongtaiyi, and Lenovo, have launched liquid cooling solutions for the S5000C processor.
We believe that with the involvement of more partners in the ecosystem and the implementation of liquid cooling server solutions, the users will gain confidence in the application of liquid cooling technology. Phytium will continue to work with partners in the ecosystem to further promote the application of liquid cooling technology, contributing positively to the carbon peaking and carbon neutrality goals and promoting the green and high-quality development of data centers and other novel infrastructures.
Phytium Debuts at the 2024 China International Financial Exhibition, Serving All Scenarios in the Financial Industry
July 22, 2024
On July 19, the 2024 China International Financial Exhibition was unveiled at the National Convention Center in Beijing. The exhibition showcased a list of research and application achievements in AI, quantum technology, computing power, 5G, and networking in the financial and information industries.
As a leading provider of independent core chips in China, Phytium presented alongside the China Electronics Corporation (CEC). Phytium, together with its partners, exhibited the solutions, application scenarios, and application cases in the financial industry based on computer products such as the new-generation server CPU chip Phytium Tengyun S5000C and the new-generation desktop CPU chip Phytium Tengrui D3000.
During the exhibition, the leaders from authorities of financial industry, as well as executives and experts from financial institutions such as banks, insurance companies, and securities firms, visited the Phytium booth.
Currently, Phytium partners with over 100 Independent Software Vendors (ISV) in the financial industry to create solutions for four major scenarios—office applications, general business, core business, and financial machine—targeting sub-sectors such as banking, insurance, and securities. These efforts aim to help users in the financial industry achieve digital transformation and technological innovation.
Phytium will remain committed to its mission of “concentrating efforts on the core chips in information systems and supporting national information security and industry development”, and foster efficient and advanced financial infrastructures to support the high-quality development of the financial industry.
Release of the Innovative Industrial-Grade Drone Enabled by Phytium CPU
May 10, 2024
At the meeting held recently in Shenzhen, CEC Industrial Internet Co., Ltd. and Phytium jointly released an innovation achievement in industrial-grade drone flight controllers based on Phytium chips.
The system uses Phytium Tenglong E2000D as the main control chip and optimizes application by core algorithms enabled by RT-Thread, effectively enhancing the flight reliability, adaptability to complex environments, and electromagnetic interference resistance of China’s independently developed industrial-grade drones.
In 2022, CEC Industrial Internet and Phytium jointly launched a first-ever fire emergency rescue drone product. Since then, the two parties have collaborated to develop the fully independent fourth-generation drone flight control system. Compared to previous generations, the fourth-generation system integrates high-reliability sensors and algorithm models, and will incorporate advanced technologies such as deep learning algorithms and visual navigation algorithms.
Currently, the flight control system enabled by the Phytium Tenglong E2000 chip, the ground workstation enabled by the Phytium Tengrui D2000, and the flight control center big data platform built with Phytium Tengyun S5000C and Phytium Tengyun S2500, have combined to provide integrated solutions to empower industry applications of China’s low-altitude economy.
The system, carried on heavy-load emergency rescue drones and fire-fighting drones, has already been applied in regions like Yan’an, Shaanxi Province. The system’s overall technology has been recognized as domestically-advanced. In the future, industry solutions built with Phytium’s self-developed chips will be widely applied in more scenarios.
Phytium “Loong”-themed Bus Launches in Guangzhou
February 23, 2024
Recently, many residents were pleasantly surprised to discover that Bus No. 324 in Guangzhou has quietly donned a “Loong”-themed makeover.
This “Loong”-themed bus, a result of a crossover partnership between Phytium and Guangzhou Jiaoxintou, is equipped with an intelligent on-board terminal developed using the Phytium Tenglong E2000Q embedded processor. It also integrates with an intelligent urban public transport cloud brain platform, powered by Phytium Tengyun S series server processors, which facilitates passenger flow predictions, scheduling, and other routine tasks.
This is a genuine example of domestically developed Chinese CPUs enhancing people’s everyday life, allowing more residents to directly experience the unique appeal of independent IT innovation and the conveniences Chinese technological prowess brings to public transit.
Currently, Phytium CPUs have already been widely applied across various public transit scenarios such as metros, high-speed rail, and expressways, consistently contributing to social development with Chinese technology.
The special “Loong”-themed bus design will remain in place until May 2024. If you walk on the streets of Guangzhou, you might just spot this “Loong Year surprise” passing by.
The First in China! Tianjin Metro Line 11 AFC System Powered by Phytium Tenglong E2000 Processor Put in Operation
January 04, 2024
Recently, Tianjin Metro Line 11 officially began its initial operations, with the entire line utilizing an AFC (Automated Fare Collection) system powered by the Phytium Tenglong E2000 CPU.
Tianjin Metro Line 11, the 10th metro line in the city, has a total length of 13.68 KM and a total of 11 stations.
As the latest metro line in operation in China, all stations on this line are equipped with an AFC system powered by domestically produced industrial control computers using Phytium Tenglong E2000 CPUs and the Kylin operating system, achieving full localization of the fare collection system. This line enhances the travel experience in Tianjin Metro by providing safety, intelligence, environmental sustainability, and low carbon emissions, and it facilities the comprehensive informatization upgrade of the metro system.
Since the end of 2019, the AFC system utilizing the Phytium FT-2000/4 CPU was first launched on Tianjin Metro Line 5, where it has successfully operated for four years. Now, the more efficient Phytium Tenglong E2000 CPU has also been rolled out in the metro AFC systems of the cities like Wuhan, Fuzhou, and Chongqing. This successful implementation in the AFC system of Tianjin Metro offers valuable experience for new metro line developments and existing line reformations throughout China.
Phytium is committed to continually boosting the computational capabilities of its self-developed CPUs, and working closely with industry partners, to support the high-quality development of Digital China.