Learn how to implement a CF+ interface using Altera MAX II, MAX V, and MAX 10 devices with the user manual from Intel. Discover the benefits of using low-cost, low-power programmable logic devices for memory device-interfacing applications. Find design examples and learn about power management in portable systems.
Learn how to estimate and validate the power and thermal performance of your AFU design with AN 872 Programmable Acceleration Card with Intel Arria 10 GX FPGA. This guide provides valuable information about power specifications and how to ensure system stability. Keep your board power below 66W and FPGA power below 45W to prevent unexpected shutdowns.
Learn about the benefits of using the Internal Oscillator IP Core in Intel devices such as MAX II, MAX V, and MAX 10. AN 496 provides design examples to help save board space and costs associated with external clocking circuitry. Reduce component count and implement various interfacing protocols easily.
The FPGA SDK for OpenCL User Guide provides detailed instructions on how to use the Intel Quartus Prime Design Suite 17.0 and the SDK for OpenCL to design and develop FPGA solutions. This guide is designed specifically for the Cyclone V SoC Development Kit Reference Platform (c5soc).
Discover the benefits of Open and Virtualized RAN technology with Intel. Learn how virtualization, open interfaces, and proven IT principles can enhance your RAN performance. Explore Intel's FlexRAN software architecture for baseband processing used in at least 31 deployments worldwide.
This user guide provides comprehensive information on GPIO Intel FPGA IP core for Arria 10 and Cyclone 10 GX devices. Migrate designs from Stratix V, Arria V, or Cyclone V devices with ease. Get guidelines for efficient project management and portability. Find previous versions of the GPIO IP core in the archives. Upgrade and simulate IP cores effortlessly with version-independent IP and Qsys simulation scripts.
Learn about the features, usage guidelines, and detailed description of F-Tile JESD204C Intel® FPGA IP Design Example in this user manual. Intended for design architects, hardware designers, and validation engineers during simulation and hardware validation phase. Find related documents and acronym list for better understanding.
Learn how to design with the DisplayPort Agilex F-Tile FPGA IP Design Example with the updated user guide for Intel's Quartus Prime Design Suite 21.4. Featuring a simulating testbench and hardware design, this IP design example supports compilation and hardware testing. Discover the supported design examples and directory structure, and get started with the DisplayPort Intel FPGA IP today.
Learn how to accelerate timing closure for your FPGA designs with Intel® Quartus® Prime Pro Edition software. AN 903 offers a verified and repeatable methodology that includes RTL analysis, optimization, and automated techniques. Follow three easy steps to minimize compilation time and reduce design complexity.
Learn how to design FPGA systems using AN 951 Stratix 10 I-O Limited FPGA Design Guidelines by Intel. This guide provides specific instructions for utilizing the I-O Limited FPGAs and their restrictions, including transceiver utilization and GPIO pin counts. Perfect for those seeking to work within export constraints.
