The Xilinx Accelerate Applications are example designs pre-built and deployed to a Kria Starter Kit. These accelerated application examples or “AAs” are available are updated asynchronous to the main Xilinx tools releases, but do have dependencies on a corresponding OS. The following table provides a summary of the apps and which of the Kria Linux OS release they are available in. For latest list of all applications, their GitHub repos, and step-by-step application steps refer to the platforms landing pages linked in the table below.

The Kria Starter Kits use a number of on-target utilities that may be useful in your design.

• linux-image-update

  • Description: Linux utility for updating A/B boot firmware partitions of primary boot device.

  • Repository: GitHub - Xilinx/linux-image_update

• axi-qos

  • Description: Linux utility for on-target adjustment AXI interface quality-of-service.

  • Repository: GitHub - Xilinx/axi-qos

• ddr-qos

  • Description - Linux utility for on-target adjustment PS subsystem DDR4 interface quality-of-service.

  • Repository: GitHub - Xilinx/ddr-qos

• platformstats

  • Description: Linux utility for collecting platform statistics including die temperature, CPU speed, power utilization, etc.

  • Repository: GitHub - Xilinx/xlnx_platformstats

• xmutil

  • Description: Linux front-end utility focused on embedded platforms and SOM Starter Kits.

  • Repository: GitHub - Xilinx/xmutil

• image-recovery (Boot Image Recovery Tool)

  • Description: Stand-alone application using web-server for boot firmware recovery.

  • Repository: embeddedsw/lib/sw_apps/img_rcvry at master · Xilinx/embeddedsw

• image-selector

  • Description: Stand-alone application used to implement A/B firmware selection at MPSoC boot.

  • Repository: embeddedsw/lib/sw_apps/imgsel at master · Xilinx/embeddedsw

• kria-dashboard

  • Description: GUI based dashboard displaying information from platformstats, and basic application downloading, loading and unloading cockpit

  • Repository: GitHub - Xilinx/kria-dashboard

• resize-part

  • Description: expand partition tool in default BSP to expose full SD card space for Linux partition

  • Repository: meta-petalinux/recipes-apps/resize-part at master · Xilinx/meta-petalinux

• Kria-PYNQ

  • Description: PYNQ support and examples for Kria SOMs

  • Repository: GitHub - Xilinx/Kria-PYNQ: PYNQ support and examples for Kria SOMs

• Kria-docker

  • Description: Docker files that can be used in generation of Docker images targeting the Kria Starter Kits

  • Repository: GitHub - Xilinx/kria-docker

• Pre-built application bitstreams

  • Description: Pre-built bitstreams (*.bit) and corresponding device tree overlays (*.dtsi)

  • Repository - GitHub - Xilinx/kria-apps-firmware

• Kria Vitis platforms

  • Description: Vitis platforms for Kria Starter Kits (SOM only meaning no CC peripherals implemented), KR260 Starter Kit, KV260 Starter Kit and KD240 Starter Kit.

  • Repository - GitHub - Xilinx/kria-vitis-platforms: Kria Vitis platforms and overlays

• KV260 Starter Kit: KV260 Community Projects

• KR260 Starter Kit: KR260 Community Projects

• KD240 Starter Kit: KD240 Community Projects

The AMD Adaptive Computing Community Support Forum for Kria is a platform to enable Kria’s users and developers to discuss any topics surrounding K24 and K26 SOM usage, KV260 Vision AI, KR260 Robotics and, KD240 Drives Starter Kits. The forum is supported by members of the AMD Adaptive Computing Community, by AMD employees, and by AMD partners.

The forum is available here: https://adaptivesupport.amd.com/s/topic/0TO2E000000YKXxWAO/kria-soms?language=en_US