Videos
Mitigating Soft Errors in DRAM Through Error Correction Code on SoC FPGAs (13 mins)
This webcast looks at how mitigating soft errors through error correction code (ECC) can improve your embedded designs. (Hans Spanjaart, Sr. Technical Marketing Manager)
Implementing FPGA Design with OpenCL™ – A Future Look (15 mins)
Watch this webcast to find out about a new technology for FPGAs called OpenCL™. You'll learn about the market drivers and embedded technology enablers, the benefits of using FPGAs as hardware accelators, and how OpenCL™ fits in an FPGA-based design environment. (Jordon Inkeles, Sr. Manager, Software and DSP)
Accelerate Your Video Design with an FPGA and IP Cores (18 mins)
Watch this webcast to find out how a customizable solution and quick intellectual property (IP) integration helps you build your video design faster – whether for simple format conversion or advanced digital video processing. (Richard Yang, Sr. Product Marketing Engineer)
Enhance Your Productivity with Faster Design Compile Times (18 mins)
When choosing your FPGA design software, be sure to consider compile time, a key productivity advantage. In this webcast, you'll learn how the Intel Quartus® design software delivers a 2X to 3X compile time advantage over competitive software. (Richard Yang, Product Marketing Engineer)
Lower Power and Boost System Bandwidth on 28-nm FPGAs (40 mins)
Learn about key innovations in Stratix® V FPGAs that address bandwidth and power challenges in high-end systems designs. Embedded HardCopy Blocks, power-efficient 28-Gbps transceivers, and software power optimization are just a few of the features that will help you balance bandwidth, power, and cost requirements. (Frank Yazbeck, Senior Technical Marketing Staff)
Designing an IP Camera with a Single, Low-Cost FPGA (20 mins)
Developing network surveillance cameras? Watch this webcast to see how an FPGA provides a single-chip platform for these cameras. Learn about a full video surveillance solution that includes silicon and intellectual property.Image processing for wide dynamic range (WDR) CMOS sensors (Judd Heape, Sr. Strategic Marketing Manager, Industrial Business Unit)
Rapid Military Sensor DSP Design with FPGAs (23 mins)
See how DSP Builder for Intel FPGAs (Advanced Blockset) lets you optimize your large design's performance while reducing design iterations. Using a sensor (radar) front-end design example on a large FPGA, you'll see how DSP Builder simplifies and speeds your design process. (Michael Parker, Senior DSP Technical Marketing Manager)
Partner Solution Demos
Intel's synthetic-aperture radar (SAR) back-end processing demo on Intel Arria® 10 devices utilizing hard floating-point DSP blocks and OpenCL™
Military Solution Reference Links
Additional Resources
Intel® FPGA Industry Applications
Learn how to leverage these application solutions to help meet your design challenges.
Intel® FPGA and Programmable Devices
Learn how these powerful devices can be customized to accelerate key workloads and enable design engineers to adapt to emerging standards or changing requirements.