Industrial markets are increasingly driven by tight deadlines and complex customer requirements, highlighting the need for readily available, tested, and reliable solutions. At the same time, the expanding Internet of Things and growing complexity of the factory environment require solutions that deliver enhanced performance, greater system insight, and improved efficiencies.
Embedded Intel® architecture brings the long life support and rugged performance requirements necessary for the demanding industrial environment, where systems must be capable of surviving the harsh 24x7 operating conditions found in factories around the globe. Multi-core Intel architecture also provides the performance capabilities and built-in virtualization technology that enable you to consolidate industrial workloads and deliver more efficient factory solutions.
Pre-integrated and pre-validated, these application-ready virtualization platforms greatly streamline and simplify the effort of integrating previously discrete industrial subsystems into a single device. Products in the series include the hardware and software necessary to deliver consolidated solutions.
A cloud-based centralized monitoring network enables focus on high-volume production with high levels of quality and automation.
Hardware-based Intel® Virtualization Technology is used in a wide variety of embedded applications to improve trust, consolidate workloads, and protect critical applications.
Platforms with an Intel® processor and Intel® vPro™ technology can use remote manageability features to reduce maintenance costs, boost system security and reduce repair time.
As security becomes increasingly critical in the digital factory environment, choosing hardware with security capabilities built in is vital. Explore the many Intel® technologies that enable systems to run more securely.
PIC18F4550* USB board for motor control, inverse kinematics, terrain adaptation, and 3D balance gestures.
Low-power, high-performance automation devices and software to meet I/O requirements.
Leading-edge industrial application in connectivity, industrial control, and embedded processing.
Multiple apps on a single platform, reducing power, size, and TCO while delivering high performance.
Explore Intel's past, present, and future embedded processors and chipsets.
Processor and chipset selection, peripheral devices, board size, power budget, and thermal analysis.
Submit your design schematic, and we will analyze it for compliance to guidelines and report potential issues within one week.
Provides debug and validation tools, including instructional videos, for supported products on a temporary loan basis.
The Design-In Tools store allows you to speed through motherboard and system design with validation tools and services available for purchase from Intel.