With the growing complexity of industrial demands, Industrial Panel PCs (IPCs), like those from CyberVisuell, are increasingly replacing traditional rack mount computers. An IPC resembles a standard all-In-one PC in design, but is more durable, energy-efficient, smaller and quieter.
An IPC is essentially a reinforced personal computer engineered to operate reliably in industrial environments. It’s based on the PC bus and includes key components such as an industrial-grade chassis, passive backplane, and various boards like CPU and I/O cards.
Due to their affordability, high performance, and the extensive software and hardware options available, Industrial Panel PCs have long been popular with technical experts. IPCs with integrated touch controls are now emerging as the preferred solution for industry.
IPCs from CyberVisuell offer intuitive touch functions and high durability, making them well-suited for the demands of industrial operations.
Key differences between IPCs and commercial computers
Although IPCs are still computers, they differ significantly from regular commercial computers. The main differences include:
Internal components
IPCs are built to withstand harsh conditions. They feature components designed for stability, resistance to interference, and protection against water and shock. In contrast, regular computers are designed for home or office environments where reliability requirements are less demanding.
Application fields
IPCs are used primarily in manufacturing and other industrial settings, where they must be dustproof, waterproof, and vibration-resistant. They also meet stringent industry certifications. Standard computers, however, are designed for everyday applications, such as entertainment or office work, and typically don’t offer these protections.
Service life
Industrial Panel PCs, like those from CyberVisuell, are engineered for long-term use, with lifespans of 5-10 years and the ability to operate continuously 24/7. Regular computers usually last around 3-5 years and are not intended for constant operation.
Cost
Due to their enhanced durability and specialised components, Industrial Panel PCs are generally more expensive than standard computers. However, their reliability in demanding environments justifies the cost.
Advantages of IPCs over commercial computers
Compared to traditional computers, IPCs offer several key advantages:
Durability
The front panel of a CyberVisuell IPC is typically made from die-cast aluminum-magnesium alloy and meets NEMA IP65 protection standards. This makes it strong, lightweight and resistant to dust and moisture.
All-in-one design
IPCs combine the host PC, LCD display and touch screen into one cohesive unit, ensuring excellent stability and simplifying maintenance.
User-friendly interface
With integrated touch controls, these PCs provide an intuitive and efficient user experience. They make tasks faster and simpler, enabling operators to interact with equipment directly.
Fanless operation
Many IPCs are fanless, using large aluminium fins for passive cooling. This reduces power consumption and noise, making them more energy-efficient and reliable in dusty environments.
Sleek appearance
Besides their functionality, IPCs have a clean, modern appearance, making them suitable for a range of applications across industries.
While commercial computers may be suitable for testing and verification stages, industrial applications demand the use of professional-grade equipment designed for prolonged use in challenging environments. Consumer-grade components lack the durability needed for industrial applications, and they are more likely to fail or cause downtime when subjected to continuous operation. Even if a high-end consumer computer can technically perform industrial tasks, its maintenance and replacement costs can quickly become impractical.
CyberVisuell’s Industrial Panel PCs provide the reliability, durability, and performance essential for industrial control, ensuring operational efficiency and long-term value in production environments. Check out the range at ESIS.
