Xilinx Kria KV260 User Manual

Vis base plaorms are built within the context of a specic hardware target and the physical
peripheral interfaces they enable.
starter-kit-name_interface1_interface2
For example, the kv260_ispMipiRx_vcu_DP base plaorm targets the KV260 Starter Kit and
enables a MIPI receive interface to the ISP on the carrier card and a standard single video stream
to the DisplayPort.
For addional informaon about the Vis tools and Vis base plaorm work ows, see Vis
Unied Soware Plaorm Documentaon: Applicaon Acceleraon Development (UG1393).
Vivado Board Flow
The K26LTD SOM is enabled in the Vivado Design Suite through the Vivado Board Flow
funconality. Vivado Board Flow enables a level of hardware abstracon that automacally
congures peripherals xed on the SOM card (e.g., DDR4), denes associated ming constraints,
and presents the customizable physical I/O available on the SOM connector(s).
The Vivado SOM board model is available through the Vivado installaon process as well as on
the Vivado board le GitHub repository. The following KV260 related Vivado board les are
available.
• KV260 Starter Kit: Congured K26 SOM with Vision Starter Kit companion card
• SM-K26-XCL2GC: K26 commercial grade producon SOM
• SM-K26-XCL2GI: K26 industrial grade producon SOM
The Xilinx SOM board ow infrastructure provides starter kit carrier card awareness through the
Vivado tools companion card mechanism. Automaon for I/O connecon and peripheral IP
conguraon when selecng a SOM and an associated carrier card, such as the KV260 Starter
Kit, is used to create a hardware conguraon.
For addional informaon on using the Vivado tools and the Vivado board ow, refer to the Vis
Model Composer User Guide (UG1483).
Chapter 5: Xilinx Tools Integration
UG1089 (v1.2) July 26, 2022 www.xilinx.com
KV260 Starter Kit 18
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Xilinx Kria KV260 Specifications

General

Brand	Xilinx
Model	Kria KV260
Category	Controller
Language	English