Industrial PCs built on Intel® architecture can withstand harsh operating environments while providing high performance and compatibility.
An industrial PC (an IPC or industrial computer) is a rugged solution designed to meet demanding environmental requirements, such as protection from liquids and dust, extreme temperatures, and high shock and vibration.
Compared with client systems, IPCs offer greater customization, reliability, and scalability, plus a longer product life cycle. They can also converge with other platforms, like high-resolution vision systems. Low-power and fanless designs make it possible to embed IPCs in smaller, more compact form factors, ideal for space-constrained environments.
Avoid technology obsolescence
Run the latest industrial applications and get faster software upgrades.
Improve security and manageability
Get better protection against cyberattacks and efficient remote management of patching processes.
Enable digital manufacturing without rip and replace
Connect and innovate with IoT and AI while preserving your legacy environment and minimizing downtime during your migration.
Computer vision software running on Intel® architecture-based industrial PCs helps improve defect detection before a product leaves the manufacturing line. Learn more about how computer vision and deep-learning are helping to solve defect detection issues in a well-known tire manufacturer’s factory.
Panel-mounted PCs, including touchscreens, can be installed into a cutout or other enclosure so that they appear flush with the surface.
There are two form factors for industrial box PCs: rack-mounted and equipment-mounted. These PCs can be fastened to walls or mounted in cabinets or equipment.
Intel delivers the right level of computing exactly where it’s needed for the optimal combination of performance per dollar, per watt. From power efficiency to high performance, Intel’s scalable range of computing spans Intel® Core™ processors to Intel® Xeon® processor D and E families.
Intel® Active Management Technology (Intel® AMT) is a feature of the Intel vPro® platform. Available on select Intel® Core™ and Intel® Xeon® processor-based platforms, Intel® AMT enables in-band and out-of-band management, allowing IT managers to discover, repair, and help protect networked computing assets.
Intel’s security framework defines four baseline capabilities to build trustworthy solutions. These include platform integrity to protect and verify boot processes; encryption and storage for sensitive data, keys, or credentials; hardware-assisted crypto acceleration and secure key generation; and isolated trusted execution environments to help protect application secrets during runtime.
Intel® Virtualization Technology (Intel® VT) makes virtualization practical by eliminating performance overheads and improving security. It provides hardware assistance to help reduce the size, cost, and complexity of virtualization. Today, a substantial number of hypervisor vendors and solution developers have enabled their products with Intel® VT.
New IPCs offer connectivity, intelligence, and optimized performance that older legacy systems cannot deliver. In a rapidly evolving business environment, this can be the competitive advantage over other industrial enterprises. Now is the time to accelerate your transition.
Intel provides training, guidance, and off-the-shelf hypervisors to help streamline the migration process and simplify the transfer of legacy operating systems, applications, and customized settings.
Intel provides the IoT building blocks to connect, secure, and manage the latest industrial applications.
Our latest processors for IoT offer unique features for functional safety and real-time performance—ideal for robotics, automation, and other industrial use cases.
Intel® Edge Insights for Industrial enables easier integration among computing infrastructure, industrial IoT devices, and applications into one platform for edge computing.
Transform industrial control systems to software-defined solutions. This software reference platform has compatible hardware that integrates real-time compute, connectivity, and IT-like management.