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It’s a controlled environment in the office. Offices have air conditioning, are kept clean all the time, and never contain heavy industrial machinery. These kinds of settings work nicely with commercial machines. However, it is ideal to never see commercial computers in an industrial environment, just as you would never see industrial equipment inside of an office.
A factory, meat processing plant, or other industrial facility’s dynamic and constantly changing environment necessitates the use of equipment designed for harsher settings. Shock resistance is one of these requirements. An excellent industrial PC must be shock-resistant in order to function in any environment.
Shocks are only one factor in the equation, of course. The ability of a thing to withstand a sudden force of acceleration is referred to as shock resistance. Vibration resistance enters the picture here. Even when being pummelling by debris, your industrial trucks could endure vibrations that could compromise common business computers.
The Italy 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.
The newest supercomputer in Europe, LEONARDO, was unveiled by the CINECA consortium and the Italian Ministry of Universities and Research at the Bologna Technopole.
A top-notch supercomputing system called LEONARDO was created and put together in Europe. It will have roughly 250 petaflops of computational power when fully operational (250 million billion calculations per second). Currently, LEONARDO is ranked as the fourth-most potent supercomputer in the world.
After LUMI in Kajaani, Finland, LEONARDO is the second of the European pre-exascale supercomputers to be operational. In order to complete extremely complicated tasks, it integrates cutting-edge high-performance computer components with artificial intelligence. As a result, it will make it possible to do previously unheard-of research on cancer and medication discovery, human brain function, sustainable energy technologies, more accurate climate modelling, and the prevention and monitoring of pandemics and natural disasters.
With an emphasis on environmental sustainability, the LEONARDO supercomputer system is outfitted with technologies that allow for a dynamic adjustment of power usage, ensuring an intelligent and ideal balance between energy conservation and performance. Additionally, it has a water-cooling system to use less energy.
