Intel is a leader in Programmable Logic Device (PLD) technology within the the Automotive industry, with over 20 OEM brands using our solutions to differentiate their automobiles.

With rapidly evolving standards and requirements for both autonomous driving and in-vehicle-experience (IVE), the need for flexibility and faster development time cycles while maintainig a high performance-per-watt is the primary concern for system design engineers. By combining reprogrammable FPGAs with an expanding range of automotive-grade products, Intel® FPGAs enable engineers to meet their exact requirements and allow OEMs to stay ahead in an evolving industry.

Autonomous Driving

The rapid evolution of autonomous driving applications poses a unique challenge requiring high-computational performance, power efficiency, and real-time processing. Intel® FPGAs enable flexibility, low latency, performance-per-watt, functional safety, and security advantages for autonomous driving applications like Sensor Fusion, Deep Learning, and Sensor Connectivity. FPGAs play an integral part in Intel's complete autonomous driving solution encompassing car, cloud, and connectivity.

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Consumers are expecting the same look and feel from their infotainment systems as their smart phones and value in-car technology as much as their car's driving performance. Intel's automotive-grade FPGAs along with the Atom™ 3900 SoC can be combined or used separately to enable applications such as Blind Spot Detection, Head Up Display, and Video Splitter. Become one of  30+ OEMs using Intel's solutions to innovate in the IVE space.

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Automotive-Grade Products

Intel® automotive-grade devices meet or exceed ISO 9001:2001 and AEC-Q100 standards. All Intel® automotive-grade devices are manufactured at fully TS-16949-registered/certified sites using some of programmable logic industry’s smallest, highest reliability, and mainstream semiconductor fabrication processes. Our automotive-grade portfolio spans FPGAs, ARM-based SoCs, CPLDs, as well as the smallest form factor power regulator PowerSoCs.

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Automotive Requirements

Functional Safety

An increasing number of advanced safety systems require ISO26262 and other related safety certifications. Today, integrating functional safety into the overall control and electronics and electric architecture is a challenging proposition for manufacturers. Intel offers Automotive Functional Safety Data Pack (AFSDP) for different product families. Use the AFSDP to accelerate certification and get to market faster.

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Security is one of the key requirements to fulfill functional safety for a fully autonomous vehicle. The autonomous vehicle is complex from both a hardware and software perspective and this complexity introduces many potential security issues that must be addressed. Intel® FPGAs provide both permanent and reconfigurable design security to protect your design against cloning, reverse engineering, and tampering.

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Featured Videos

Intel's latest automotive demos in real vehicle-sized demonstrator

Featured demos:

  • Stereo vision
  • Surround view
  • Optical flow
  • Ethernet packet to pixel
  • Motor control