The AAEON OMNI 2155-CML industrial mini PC is a powerful computing solution for use in ground-up industrial settings to provide a feature-rich, power-focused solution for administrators. The computer starts at $1,185 and is equipped with a 15.6-inch LCD touchscreen that makes use of the P-CAP system and can be configured for use with gloves on. The unit is powered by 10th-generation Intel Core processors and can be supported by up to 64GB of RAM thanks to two built-in slots.
The AAEON OMNI 2155-CML industrial mini PC also features a wide voltage input that ranges from 10 to 35V and will deliver consistent operation without having to worry about performance effects in temperatures ranging from zero-degrees Celsius up to 45-degrees Celsius.
What Makes This Trend Stand Out
- Industrial Mini PC
- The development of industrial mini PC's that offer feature-rich, power-focused solutions for administrators is becoming increasingly popular in the tech industry.
- P-CAP System
- The use of P-CAP systems in LCD touchscreens that can be configured for use with gloves on is a growing trend in the tech industry, providing a new touch interface for industrial applications.
- Wide Voltage Input
- The trend towards wide voltage input ranging from 10 to 35V on industrial mini PC systems allows for consistent operation in a wider range of temperatures, opening up potential for use in varying industrial settings.
Sectors Adopting This
- Industrial Automation
- The development of industrial mini PC's with powerful computing solutions, P-CAP systems and wide voltage inputs is creating strong opportunities for the industrial automation industry to improve automation processes.
- Manufacturing
- As more industrial mini PCs become equipped with the latest 10th-generation Intel Core processors and can support up to 64GB of RAM, the manufacturing industry has the potential to integrate these systems in order to improve manufacturing processes.
- Transportation
- The trend towards industrial mini PCs with wide voltage input and consistent operation in extreme temperatures provides opportunities for improvement in the transportation sector, such as creating more advanced vehicle operating systems for trains and buses.
