This repository contains DFX example designs on Kria. The repository structure is outlined below.
k26 - Hardware platform supported. Both KV260 and KR260 are supported.
k26_testcases - Contains test-cases to run accelerators in Standalone environment.
The AMD-Xilinx Dynamic Function eXchange (DFX) is a technology that enables an incremental and partitioned hardware configuration of a programmable device. Details on DFX capabilities within the Vivado tool are available in UG909. In PL/FPGA-based DFX this enables a concept of reconfigurable partitions (RP) and reconfigurable modules (RM). The RP provides a pre-provisioned HW space allocation within which different RMs can be loaded dynamically. The system and solution capabilities of the DFX incremental HW configuration enable:
• Partitioned designs allowing one part of the system to be changed (reconfigured) while another part of the system remains running.
• “Slotted” architecture allowing for dynamically composable HW systems without having to recompile a monolithic configuration bitstream file.
• Decoupled life cycles for PL-based functions, facilitating a reconfigurable module (RM) to be deployed to the field later without having to update or rebuild the base platform design.
Detailed documentation and how to try this applcation is documented here. Please go through the DFX documentation page for more details.
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