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Intel® Arria® 10: Highest performing 20 nm FPGA/SoC†

More than a speed grade faster core performance.

See How Fast You Can Go
Intel® FPGAs Accelerate NFV Adoption

Intel® FPGAs Accelerate NFV Adoption

Learn More
ACCELERATE AI INFERENCE

ACCELERATE AI INFERENCE

Real-time AI optimized for performance, power, and cost.

Learn More
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Accelerating the Smart and Connected World
Artificial Intelligence
Data Analytics
Storage
NFV/SDN
5G
ADAS

New to FPGAs

FPGA is an acronym for Field Programmable Gate Array —  a semiconductor IC where a large majority of the electrical functionality inside the device can be changed, even after the equipment has been shipped to customers out in the ‘field’. These powerful devices can be customized to accelerate key workloads and enable design engineers to adapt to emerging standards or changing requirements.

Learn More About FPGAs

Intel® FPGA Acceleration Hub

The Intel® Xeon® Acceleration Stack for FPGAs is a robust framework enabling data center applications to leverage an FPGA's potential to increase overall application performance while reducing latency and power consumption. The Acceleration Hub is a resource center for design engineers looking to utilize this framework within their solutions.

Accelerate Your Design

FPGAs Shaping the Future

Intel FPGAs are a critical element in many emerging technologies. Take a look at how we are shaping the future.

  • Data Center
  • Drones
  • Industrial
  • Internet of Things
  • Machine Vision
  • Medical Technology
  • Smart Grid
See the Applications

FPGA Support

Help is just a click away! We provide on-line technical resources, from training classes to design examples to forums, that guide you through every step of the design process.

Get the Support You Need

Embedded Computing on the Edge

Embedded computing has passed—more or less unscathed—through many technology shifts and marketing fashions. But the most recent—the rise of edge computing—could mean important new possibilities and...

Read More >>

Understanding Neuromorphic Computing

The phrase neuromorphic computing has a long history, dating back at least to the 1980s, when legendary Caltech researcher Carver Mead proposed designing ICs to...

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Opening Windows into SoC Hardware

There is a long tradition in system design for embedding special hardware to observe and manipulate the state of the system. From the beginning of digital computing...

Read More >>

See more Articles System Design Journal RSS

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