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Industrial computers in China were initially used in manufacturing production procedures. The industrial automation card system was used primarily in automation equipment for the control and monitoring of instruments and machinery.
Industrial computers are quite difficult to get started with. Small factories cannot easily enter the market due to a lack of funding, but large companies are unwilling to develop goods that do not achieve economies of scale. The majority of the products are manufactured specifically for each customer’s demands.
It is necessary for systems to be more stable, more durable, more secure, more resilient for use in a harsh environment, and easier to manage due to the requirements of many industrial-grade applications, such as for factory automation or for general embedded application systems, such as point-of-sale systems, etc.
They are utilised in situations where the same product will be available for more than a year. As a result, as need dictates, PC products with specific industrial features, such Industrial PCs (IPCs) and Embedded PCs, come to market (EPCs).
The China industrial computer market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Chinese physicists claim to have created two quantum computers that outperform those of their Western rivals. One of the computers is a superconducting device, and the other is even faster and uses light photons to produce previously unheard of results.
The study team claims that the light-based Jiuzhang 2 can perform calculations that would take the world’s fastest conventional computer 30 trillion years to complete in one millisecond. The first industrial superconducting quantum computer with fully integrated hardware, software, and applications has been released by Chinese cloud giant Baidu.
The 10 qubit Qian Shi system was unveiled at the Beijing-based Quantum Create developer conference.Although China has made major investments in R&D for quantum computing, Baidu, a top provider of cloud services, notes that there is still a sizable gap between quantum devices and services.
10 qubit superconducting hardware and a custom software stack from Baidu are combined by Qian Shi. Numerous useful quantum applications, such quantum algorithms used to build new materials for cutting-edge lithium batteries or simulate protein folding, are built on top of this infrastructure.
