The following downloads are provide for production boards. The Linux Image Archive contains the pre-built Linux images for the board platform. The BSP Download contains the PetaLinux BSP required to initialize a PetaLinux project.

These pre-built images, source code and configurations are provided for demonstration purposes only and may not be suitable outside of a development environment, including for production purposes.

Prior to production and deployment of any Linux-based system, it is recommended that all relevant security updates are applied, and a mechanism for in-field updates is made available throughout the lifetime of the relevant product

Device Family	Board Info	Linux Image Archive	BSP Download (direct link)

Device Family	Board Info	Linux Image Archive	BSP Download (direct link)
Versal Adaptive SoC	VCK190	2020.2-vck190-release.tar.xz	xilinx-vck190-v2020.2-final.bsp
Versal Adaptive SoC	VMK180	2020.2-vmk180-release.tar.xz	xilinx-vck190-v2020.2-final.bsp
Zynq UltraScale+ MPSoC	ZCU102	2020.2-zcu102-release.tar.xz	xilinx-zcu102-v2020.2-final.bsp
	ZCU104	2020.2 -zcu104-release.tar.xz	xilinx-zcu104-v2020.2-final.bsp
	ZCU106	2020.2-zcu106-release.tar.xz	xilinx-zcu106-v2020.2-final.bsp
	ZCU111	2020.2-zcu111-release.tar.xz	xilinx-zcu111-v2020.2-final.bsp
	ZCU 1275	2020.2-zcu1275-release.tar.xz	xilinx-zcu1275-v2020.2-final.bsp
	ZCU216	2020.2-zcu216-release.tar.xz	xilinx-zcu216-v2020.2-final.bsp
Zynq-7000	ZC702	2020.2-zc702-release.tar.xz	xilinx-zc702-v2020.2-final.bsp
	ZC706	2020.2-zc706-release.tar.xz	xilinx-zc706-v2020.2-final.bsp
	ZedBoard	2020.2-zed-release.tar.xz	avnet-digilent-zedboard-v2020.2-final.bsp

To download the files referenced above, you must complete user registration at xilinx.com.

Xilinx Package Feeds

The pre-built images for these boards have DNF package feeds.

Please see the instructions on how to use the packages here: Install and run applications through DNF on target

Release Details

PetaLinux Update Release Notes

https://www.xilinx.com/support/answers/75775.html

Open Source Release Notes

https://xilinx-wiki.atlassian.net/wiki/spaces/A/pages/981860495

Source Code and Licensing

Licenses and Source Code Information for 2020.2 PetaLinux BSPs

Component Versions

Feature/Product	Version	Description

Feature/Product	Version	Description
FSBL	2020.2	The First Stage Boot Loader (FSBL) used to generate the boot.bin file is based on the 2020.2 release of the Xilinx tools.
U-Boot	2020.01	The release is based on a v2020.01 U-Boot created from the xilinx-v2020.2 tag. More details about configuring, building and running U-Boot are located on the U-Boot and Build U-Boot pages.
Linux	5.4	The release is based on a 5.4 Linux kernel created from the xilinx-v2020.2 tag. More details about configuring, building and running Linux are located on the Linux, Zynq Linux and Build Kernel pages.
Device Tree Generator		For Vivado 2020.2 please use new device-tree generator available in GitHub - Xilinx/device-tree-xlnx: Linux device tree generator for the Xilinx SDK (Vivado > 2014.1) repository.
Device Tree Compiler	v1.4.7	Latest Stable Release
Build Tool Version	GCC 9.2 GLIBC 2.28 Binutils 2.30	Aligns with Linaro upstream latest
Yocto Project	Thud (2.6)
Xen
ATF	2.2

Git Tags

The Xilinx Git repositories are tagged as follows:

U-Boot: xilinx-v2020.2
Linux: xilinx-v2020.2

Yocto Layers

meta-xilinx: GitHub - Xilinx/meta-xilinx at rel-v2020.2
meta-petalinux: GitHub - Xilinx/meta-petalinux at rel-v2020.2
meta-xilinx-tools: GitHub - Xilinx/meta-xilinx-tools at rel-v2020.2

Using the Prebuilt Linux Images

Extract the Archive

tar xvf 2020.2-<board>-release.tar.xz

Preparing the SD card

By default, the prebuilt release images all use an initramfs based root filesystem. Therefore, only a single FAT32 boot partition is needed on the SD card. To prepare the card for use, copy BOOT.BIN, image.ub, and boot.scr from the archive to root directory of the boot partition.

To configure your SD card to support a second rootfs partition for future use, please see : http://www.wiki.xilinx.com/How+to+format+SD+card+for+SD+boot

Booting the Board

Set the boot mode DIP switches on your board to SD boot. You can refer to the following page to set the switches for each card: Board bring up using pre-built images

Login Credentials

Once Linux successfully boots, you can login with the following username and password:

Username	Password
root	root

Files In Release

The release archives contain the following files:

Zynq-7000 Evaluation Boards

File Name	MD5	Description
2020.2-zc702-release.tar.xz
BOOT.BIN	3732aa676db742232ae9ccaf2287f5a3	Zynq boot image for zc702
system.bit	a94a4fd0112c8b401a5d3ad2239e6202	Bitstream for zc702
image.ub	9b6dce5e4f6ada0042c05089b5b954ed	FIT image (Linux Kernel+device tree blob+rootfs)
system.dtb	1d2a65e8fd53c0c01512d60e9ea38dc8	Device tree blob for zc702
zynq_fsbl.elf	eccc0604de1d547202d9c5508c3acc39	FSBL for zc702
u-boot.elf	2b2314cd3c98a9e10fcf5f034c352cf7	U-BOOT for zc702
boot.scr	1cfd877649977d45d4c42c9a37d72cc1	Boot script for zc702

2020.2-zc706-release.tar.xz
BOOT.BIN	3487afe0df8773a0db69ebea82becdee	Zynq boot image for zc706
system.bit	2d05330fd3659d5a65081e702105b22f	Bitstream for zc706
image.ub	c5475b5a85e11265ef51363c77fd5503	FIT image (Linux Kernel+device tree blob+rootfs)
system.dtb	52f88096279c0e39f0d5dd5cd2f6a249	Device tree blob for zc706
zynq_fsbl.elf	f37c9312d9d292b66dbce2fecd15ff8c	FSBL for zc706
u-boot.elf	1b0cfafc3eb08800a430c064ece06033	U-BOOT for zc706
boot.scr	438c2ae9329d17744fcb7dcdbb4f8f1b	Boot script for zc706

2020.2-zed-release.tar.xz
BOOT.BIN	85ae0107dd98018ad387348a4768ba9f	Zynq boot image for zed board
system.bit	03bd72fee1bb834e41dea944b6746714	Bitstream for zed board
image.ub	f06e112178f9d2388c817ee5443be5c8	FIT image (Linux Kernel+device tree blob+rootfs)
system.dtb	d6a2e95fd9287515133cf24437082e17	Device tree blob for zed board
zynq_fsbl.elf	59fe6c97500290f8baa9c1dc9b3e2894	FSBL for zed board
u-boot.elf	6bf44c9dd26d4117bb8bcb3bc787108a	U-BOOT for zed board
boot.scr	cdefa073295a58086b97f25f873bbd41	Boot script for zed board

Zynq UltraScale+ MPSoC Evaluation Boards

File Name	MD5	Description
2020.2-zcu102-release.tar.xz
BOOT.BIN	f14d62c5a7e54c9e28dd9cf4e5557456	Zynq UltraScale+ MPSoC boot image for zcu102 board
image.ub	d463d7f70dd847b1f966bd9bf6778a41	FIT image (Linux Kernel+device tree blob+rootfs) for zcu102 board
system.bit	c2dbb78861f9b7c2cf0a14ab3f2024d2	Bitstream for zcu102 board
system.dtb	6d1e37eda138f3c11aab1ca04c88ff38	Device tree blob for zcu102 board
zynqmp_fsbl.elf	8ed47e279db81f86e93d5a0132bf1291	FSBL for zcu102 board
bl31.elf	eb714fdbd9c83e48644e5f89b022ac46	ATF binary for zcu102 board
pmufw.elf	6d6561e1915406251818ae1d323ba4b0	pmufw elf for zcu102 board
u-boot.elf	50ff0bef120439dbcff8af593f0f33b2	U-BOOT for zcu102 board
boot.scr	3f74ab356e3c8355a84be61ec76b7c03	Boot script for zcu102 board

2020.2-zcu104-release.tar.xz
BOOT.BIN	6eb91ac74cd1dcb5d63763520c3cb92d	Zynq UltraScale+ MPSoC boot image for zcu104 board
image.ub	cd4485bd706a8cd469f6009e8f10d024	FIT image (Linux Kernel+device tree blob+rootfs) for zcu104 board
system.bit	2e4416ec977f3d926481ee8f97499642	Bitstream for zcu104 board
system.dtb	4c2f75c5432e936f79e762a5babd247e	Device tree blob for zcu104 board
zynqmp_fsbl.elf	40d52a0b279304ce3e32e02f740087df	FSBL for zcu104 board
bl31.elf	0db56a8b4d47fc93d24d198c0e6d3076	ATF binary for zcu104 board
pmufw.elf	0018afd5eb32cfe55ed57e527b12add2	pmufw elf for zcu104 board
u-boot.elf	aae4dd35860dd476761610f33e69ff78	U-BOOT for zcu104 board

2020.2-zcu106-release.tar.xz
BOOT.BIN	0020603b55132bf4120919c268caf06c	Zynq UltraScale+ MPSoC boot image for zcu106 board
image.ub	d6f5f6f3debbd75cb76933ec60c0ca49	FIT image (Linux Kernel+device tree blob+rootfs) for zcu106 board
system.bit	7ef7ea527589c5b761ae4bae7496b2fd	Bitstream for zcu106 board
system.dtb	8906e2ecd698bd13f7b0bb1a206aa038	Device tree blob for zcu106 board
zynqmp_fsbl.elf	dd830887d96f425d194f54d1351409eb	FSBL for zcu106 board
bl31.elf	cc4ac4a6658e0f8b671574c677a94dc2

2020.2 Release

Table of Contents

What's New

Documentation

Downloads