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Zynq-7000 AP SoC Spectrum Analyzer part 6 - AMS - XADC Signal Acquisition and DMA to L2 Cache & Complete Design Tech Tip 2014.3

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The standard library m will appear in the list as shown above.
Click Apply and then Click OK to set the Libraries properly.
One other minor change to the xadc_test source code is required for it to build properly in this environment.
Click on xadc_test in the Project Explorer pane. Navigate to xadc_test -> src -> xadc_core.c then double click on it to open it in an edit window in SDK.
The current version will appear as shown in the right half of the WinMerge screen below. Make the following changes so it appears like the left half of the screen below:
- remove the first line that begins with typedef
- Move lines 2 through 11 to just after old line number 28.
{xadc_coreChanges.PNG}
Save the application by selecting File -> Save from the main menu bar.

We can now build the application software.
To be sure we are using the Release build options (for best performance), Right Click on the xadc_test project in the Project Explorer pane, then select Build Configurations -> Set Active -> Release

Zynq Base TRD 2014.4

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NOTE: Wiki update in progress
History
Vivado 2014.2 Targeted Base Reference Design

Zc702 Base TRD

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Xilinx V4L2 driver

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};
Example Designs
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Base TRD 2014.2
Related Links
Linux Drivers

Zynq Base TRD 2014.4

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uCOS for Zynq

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NEON :
Supported Device Drivers
Ethernet :
UART :
CAN :
GPIO :
I2C :
SPI :
eMMC :
QSPI :
PCIe :
AMS :
See: https://doc.micrium.com/display/UCOSXSDK/Supported+Drivers#SupportedDrivers-Table-SupportedDrivers
Free Form Area
This is a free-form area dedicated exclusively to content provided by the RTOS partner

WindRvr_Websafe_150dpi_med.jpg

VxWorks for Zynq

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Wind River VxWorks for Zynq
{WindRvr_Websafe_150dpi_med.jpg}
Below please find information related to the support of Xilinx Zynq-7000 All Programmable SoC.
Topic
Detail
Notes
Information
- -
- -
Product URL :
http://www.windriver.com/products/vxworks/
Zynq-specific content URL :
Video URL :
Download URL
(download type: Binary, Demo, full function, etc.) :
Zynq-success stories :
Documentation :
For More Information Contact: :
OS Target Markets
Networking, Wireless, Automotive, ISM, A&D, etc. :
Operating System (supporting Zynq)
OS Name and version/release :
Supported configurations SMP, UP, AMP :
Typical Min/Max Footprint (ROM/RAM/Stack) :
Access to Source Code :
Zynq Board Support Packages
Available BSPs (e.g. Zed, ZC702, ZC706, 3rd party, etc.) :
Certifications
Software safety certifications on ARMv7 CPU :
Software security certifications on ARMv7 CPU :
Middleware and Stacks
Networking stacks :
User Interface Options (GUI, console, 3rd party, etc.) :
Video stacks :
File System(s) :
USB :
Industrial Communications :
Automotive :
Other :
Development Tools
Primary Software Development Environment (partner or Xilinx) :
Debug tools :
Validated with Xilinx Vivado tools version(s) :
Licensing Summary
Run-time software licensing summary :
Tools Licensing summary :
Zynq Specific Feature Support
ARM v7 Core Features :
ARM VFP :
NEON :
Jazelle :
Programmable Logic Function :
Supported Device Drivers
Ethernet :
UART :
CAN :
GPIO :
I2C :
SPI :
eMMC :
QSPI :
PCIe :
AMS :
Soft IP cores (identify) :
Xylon Graphics Core :
Free Form Area
This is a free-form area dedicated exclusively to content provided by the RTOS partner


VxWorks for Zynq

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...
Notes
Information
- -
- -
Product URL :
http://www.windriver.com/products/vxworks/
Zynq-specificXilinx-specific content URL
Video URL :
Download URL
...
OS Target Markets
Networking, Wireless, Automotive, ISM, A&D, etc. :
All
Operating System (supporting Zynq)
OS Name and version/release :
VxWorks 6.9 and VxWorks 7
Supported configurations SMP, UP, AMP :
Typical Min/Max Footprint (ROM/RAM/Stack) :All
Access to Source Code :
Yes
Zynq Board Support Packages
Available BSPs (e.g. Zed, ZC702, ZC706, 3rd party, etc.) :
VxWorks 7 for Avnet MiniITX:
VxWorks 7 for Xilinx ZC702 and ZC706
VxWorks 6.9 Xilinx ZC702 and ZC706
All VxWorks BSPs for Xilinx (includes legacy)

Certifications
Software safety certifications on ARMv7 CPU :
Software security certifications on ARMv7 CPU :
See: Wind River Certification page for VxWorks7
Middleware and Stacks
Many stacks are available within the platform solutions offered by Wind River.
Networking stacks :
User Interface Options (GUI, console, 3rd party, etc.) :

VxWorks for Zynq

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http://www.windriver.com/products/vxworks/
Xilinx-specific content URL :
Video URL :
Download URL
(download type: Binary, Demo, full function, etc.) :
Zynq-success stories :
See BSP links below
Documentation :
For More Information Contact: :
http://www.windriver.com/company/contact/
OS Target Markets
Networking, Wireless, Automotive, ISM, A&D, etc. :
...
Middleware and Stacks
Many stacks are available within the platform solutions offered by Wind River.
Networking stacks :
User Interface Options (GUI, console, 3rd party, etc.) :
Video stacks :
File System(s) :
USB :
Industrial Communications :
Automotive :
Other :

Development Tools
Primary Software Development Environment (partner or Xilinx) :
Debug tools :
Validated with Xilinx Vivado tools version(s) :
Wind River Workbench
Licensing Summary
Run-time software licensing summary :
Tools Licensing summary :
Zynq Specific Feature Support
ARM v7 Core Features :
ARM VFP :
NEON :
Jazelle :
Programmable Logic Function :
Contact Wind River
Supported Device Drivers
Ethernet :
UART :
CAN :
GPIO :
I2C :
SPI :
eMMC :
QSPI :
PCIe :
AMS :
Soft IP cores (identify) :
Xylon Graphics Core :
Free Form Area
This is a free-form area dedicated exclusively to content provided by the RTOS partner
See BSP-specific information linked above
Notes
...

VxWorks for Zynq

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See: Wind River Certification page for VxWorks7
Middleware and Stacks
...
the platform and profile solutions offered
Development Tools
Primary Software Development Environment (partner or Xilinx) :

Device Driver Inventory

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This page provides links directing users to resources identifying which device drivers are available for Xilinx products.
Standalone / Bare-metal Drivers
Sub-Heading 1
Sub-Heading 2
Linux Drivers
Sub-Heading 1
Sub-Heading 2
3rd Party RTOS Drivers
Sub-Heading 1
Sub-Heading 2
Xilinx and 3rd Party IP Core Drivers
Sub-Heading 1
Sub-Heading 2

Standalone Drivers

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This page is intended to summarize key details related to Xilinx standalone (bare-metal) drivers for both hardened peripherals within Zynq-7000 AP SoC as well as embedded IP and IP cores.
Note: Linux-specific driver details can be found on our Linux Drivers page.
Driver Information
Unless otherwise noted, all standalone drivers are found within the installation of Xilinx SDK.
Component
Link
Location
Comment
axicdma_v2_03_a
axicdma_v3_0
axidma_v7_02_a
axidma_v8_0
axiethernet_v3_02_a
axiethernet_v4_0
axiethernet_v4_1
axiethernet_v4_2
axiethernet_v4_3
axipcie_v2_03_a
axipcie_v2_04_a
axipcie_v3_0
axipmon_v4_00_a
axipmon_v5_00_a
axipmon_v6_0
axipmon_v6_1
axivdma_v4_05_a
axivdma_v4_06_a
axivdma_v5_0
bram_v3_02_a
bram_v3_03_a
bram_v4_0
canps_v1_01_a
canps_v1_02_a
canps_v2_0
canps_v2_1
can_v2_00_a
can_v3_0
ccm_v4_00_a
ccm_v5_0
ccm_v6_0
cfa_v5_00_a
cfa_v6_0
cfa_v7_0
common_v1_00_a
cpu_cortexa9_v1_01_a
cpu_cortexa9_v2_0
cpu_cortexa9_v2_1
cpu_v1_15_a
cpu_v2_0
cpu_v2_1
cpu_v2_2
cresample_v2_00_a
cresample_v3_0
cresample_v4_0
deinterlacer_v2_00_a
deinterlacer_v3_0
deinterlacer_v3_1
deinterlacer_v3_2
devcfg_v2_03_a
devcfg_v2_04_a
devcfg_v3_0
devcfg_v3_1
devcfg_v3_2
dmaps_v1_05_a
dmaps_v1_06_a
dmaps_v1_07_a
dmaps_v2_0
dmaps_v2_1
dpc_v5_00_a
dptx_v1_0
dptx_v2_0
emaclite_v3_04_a
emaclite_v4_0
emacps_v1_04_a
emacps_v1_05_a
emacps_v1_06_a
emacps_v2_0
emacps_v2_1
emacps_v2_2
emc_v3_01_a
emc_v4_0
enhance_v5_00_a
enhance_v6_0
enhance_v7_0
filename.txt
gamma_v5_01_a
gamma_v6_0
generic_v1_00_a
generic_v2_0
gpiops_v1_01_a
gpiops_v1_02_a
gpiops_v2_0
gpiops_v2_1
gpiops_v2_2
gpio_v3_01_a
gpio_v4_0
hwicap_v10_0
hwicap_v8_01_a
hwicap_v9_0
ic_v3_00_a
iicps_v1_03_a
iicps_v1_04_a
iicps_v2_0
iicps_v2_1
iicps_v2_2
iicps_v2_3
iic_v2_07_a
iic_v2_08_a
iic_v3_0
intc_v2_06_a
intc_v2_07_a
intc_v3_0
intc_v3_1
intc_v3_2
iomodule_v1_04_a
iomodule_v2_0
iomodule_v2_1
llfifo_v2_03_a
llfifo_v3_00_a
llfifo_v4_0
manr_v3_00_a
mbox_v3_04_a
mbox_v4_0
mig_7series_v1_00_a
mig_7series_v2_0
mutex_v3_02_a
mutex_v4_0
nandps_v1_04_a
nandps_v2_0
nandps_v2_1
noise_v4_00_a
osd_v2_00_a
osd_v3_0
osd_v4_0
os_v3_00_a
qspips_v2_02_a
qspips_v2_03_a
qspips_v3_0
qspips_v3_1
rgb2ycrcb_v5_01_a
rgb2ycrcb_v6_0
rgb2ycrcb_v7_0
scaler_v4_03_a
scaler_v5_00_a
scaler_v6_0
scaler_v7_0
scugic_v1_04_a
scugic_v1_05_a
scugic_v1_06_a
scugic_v2_0
scugic_v2_1
scutimer_v1_02_a
scutimer_v2_0
scuwdt_v1_02_a
scuwdt_v2_0
sdps_v1_00_a
sdps_v2_0
sdps_v2_1
sdps_v2_2
sdps_v2_3
spips_v1_05_a
spips_v1_06_a
spips_v2_0
spi_v3_05_a
spi_v3_06_a
spi_v3_07_a
spi_v4_0
spi_v4_1
srio_v1_0
stats_v4_00_a
sysmon_v5_03_a
sysmon_v6_0
sysmon_v7_0
tft_v4_00_a
tft_v4_01_a
tft_v5_0
tmrctr_v2_05_a
tmrctr_v3_0
tpg_v1_00_a
tpg_v2_0
tpg_v3_0
trafgen_v1_00_a
trafgen_v2_00_a
trafgen_v2_01_a
trafgen_v3_0
trafgen_v3_1
trafgen_v3_2
ttcps_v1_01_a
ttcps_v2_0
uartlite_v2_01_a
uartlite_v3_0
uartns550_v2_01_a
uartns550_v2_02_a
uartns550_v3_0
uartns550_v3_1
uartns550_v3_2
uartps_v1_04_a
uartps_v1_05_a
uartps_v2_0
uartps_v2_1
uartps_v2_2
usbps_v1_04_a
usbps_v1_05_a
usbps_v1_06_a
usbps_v2_0
usbps_v2_1
usbps_v2_2
usb_v4_03_a
usb_v4_04_a
usb_v5_0
vtc_v4_00_a
vtc_v5_00_a
vtc_v6_0
vtc_v6_1
wdtps_v1_02_a
wdtps_v2_0
wdttb_v2_00_a
wdttb_v3_0
xadcps_v1_01_a
xadcps_v1_02_a
xadcps_v1_03_a
xadcps_v2_0
xadcps_v2_1
ycrcb2rgb_v5_01_a
ycrcb2rgb_v6_0
ycrcb2rgb_v7_0
Related Links
DRM KMS Driver
Emaclite Driver
Flat LL TEMAC Driver
FPU 440
GPIO Driver
I2C Aardvark
I2C Driver
PCIe Root Port Driver
SDIO WiFi Driver
SPI Aardvark
SPI Driver
SystemACE Driver
TFT Driver
USB Gadget Driver
USB Device Driver
USB Host Controller Driver
USB Host System Setup
User Mode Pseudo Driver
V4L2 Pipeline Driver
V4L2 Color Filter Array Driver
V4L2 Chroma Resampler Driver
V4L2 Remapper Driver
V4L2 RGB to YUV Converter Driver
V4L2 Scaler Driver
V4L2 Switch Driver
V4L2 TPG Driver
Zynq PL330 DMA Driver

Standalone Drivers

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This page is intended to summarize key details related to Xilinx standalone (bare-metal) drivers for both hardened peripherals within Zynq-7000 AP SoC as well as embedded IP and IP cores.
...
Drivers page.
Driver Information
...
standalone drivers are foundincluded within the installation of Xilinx SDK.
Component
Link
Location
Comment
axicdma_v2_03_a
axicdma_v3_0
axidma_v7_02_a
axidma_v8_0
axiethernet_v3_02_a
axiethernet_v4_0
axiethernet_v4_1
axiethernet_v4_2
axiethernet_v4_3
axipcie_v2_03_a
axipcie_v2_04_a
axipcie_v3_0
axipmon_v4_00_a
axipmon_v5_00_a
axipmon_v6_0
axipmon_v6_1
axivdma_v4_05_a
axivdma_v4_06_a
axivdma_v5_0
bram_v3_02_a
bram_v3_03_a
bram_v4_0
canps_v1_01_a
canps_v1_02_a
canps_v2_0
canps_v2_1
can_v2_00_a
can_v3_0
ccm_v4_00_a
ccm_v5_0
ccm_v6_0
cfa_v5_00_a
cfa_v6_0
cfa_v7_0
common_v1_00_a
cpu_cortexa9_v1_01_a
cpu_cortexa9_v2_0
cpu_cortexa9_v2_1
cpu_v1_15_a
cpu_v2_0
cpu_v2_1
cpu_v2_2
cresample_v2_00_a
cresample_v3_0
cresample_v4_0
deinterlacer_v2_00_a
deinterlacer_v3_0
deinterlacer_v3_1
deinterlacer_v3_2
devcfg_v2_03_a
devcfg_v2_04_a
devcfg_v3_0
devcfg_v3_1
devcfg_v3_2
dmaps_v1_05_a
dmaps_v1_06_a
dmaps_v1_07_a
dmaps_v2_0
dmaps_v2_1
dpc_v5_00_a
dptx_v1_0
dptx_v2_0
emaclite_v3_04_a
emaclite_v4_0
emacps_v1_04_a
emacps_v1_05_a
emacps_v1_06_a
emacps_v2_0
emacps_v2_1
emacps_v2_2
emc_v3_01_a
emc_v4_0
enhance_v5_00_a
enhance_v6_0
enhance_v7_0
filename.txt
gamma_v5_01_a
gamma_v6_0
generic_v1_00_a
generic_v2_0
gpiops_v1_01_a
gpiops_v1_02_a
gpiops_v2_0
gpiops_v2_1
gpiops_v2_2
gpio_v3_01_a
gpio_v4_0
SDK are found at: C:\Xilinx\SDK\2014.x\data\embeddedsw\XilinxProcessorIPLib\drivers
Driver Name
Hardware Version
Comment
axi_7series_ddrx
2.0
1.00.a
axicdma
3.01
2.03.a
axidma
8.0
7.02.a
axiethernet
4.3
4.2
4.1
4.0
3.02.a
axipcie
3.0
2.04.a
2.03.a
axipmon
6.1
6.0
5.00.a
4.00.a
axivdma
5.0
4.06.a
4.05.a
bram
4.0
3.03.a
3.02.a
can
3.0
2.00.a
canps
2.1
2.0
1.02.a
1.01.a
ccm
6.0
5.0
4.00.a
cfa
7.0
5.00.a
common
1.00.a
cpu
2.2
2.1
2.0
1.15.a
cresample
4.0
3.0
2.00.a
deinterlacer
3.2
3.1
3.0
2.00.a
devcfg
3.2
3.1
3.0
2.04.a
2.03.a
dmaps
2.1
2.0
1.07.a
1.06.a
1.05.a
dpc
5.00.a
dptx
2.0
1.0
emaclite
4.0
3.04.a
emacps
2.2
2.1
2.0
1.06.a
1.05.a
1.04.a
emc
4.0
3.01.a
enhance
7.0
6.0
gamma
6.0
5.01.a
gpio
4.0
3.01.a
gpiops
2.2
2.1
2.0
1.02.a
1.01.a
hwicap
9.0
8.01.a

hwicap_v10_0
hwicap_v8_01_a
hwicap_v9_0
ic_v3_00_a
iicps_v1_03_a
iicps_v1_04_a
iicps_v2_0
iicps_v2_1
iicps_v2_2
iicps_v2_3
iic_v2_07_a
iic_v2_08_a
iic_v3_0
intc_v2_06_a
intc_v2_07_a
intc_v3_0
intc_v3_1
intc_v3_2
iomodule_v1_04_a
iomodule_v2_0
iomodule_v2_1
llfifo_v2_03_a
llfifo_v3_00_a
llfifo_v4_0
manr_v3_00_a
mbox_v3_04_a
mbox_v4_0
mig_7series_v1_00_a
mig_7series_v2_0
mutex_v3_02_a
mutex_v4_0
nandps_v1_04_a
nandps_v2_0
nandps_v2_1
noise_v4_00_a
osd_v2_00_a
osd_v3_0
osd_v4_0
os_v3_00_a
qspips_v2_02_a
qspips_v2_03_a
qspips_v3_0
qspips_v3_1
rgb2ycrcb_v5_01_a
rgb2ycrcb_v6_0
rgb2ycrcb_v7_0
scaler_v4_03_a
scaler_v5_00_a
scaler_v6_0
scaler_v7_0
scugic_v1_04_a
scugic_v1_05_a
scugic_v1_06_a
scugic_v2_0
scugic_v2_1
scutimer_v1_02_a
scutimer_v2_0
scuwdt_v1_02_a
scuwdt_v2_0
sdps_v1_00_a
sdps_v2_0
sdps_v2_1
sdps_v2_2
sdps_v2_3
spips_v1_05_a
spips_v1_06_a
spips_v2_0
spi_v3_05_a
spi_v3_06_a
spi_v3_07_a
spi_v4_0
spi_v4_1
srio_v1_0
stats_v4_00_a
sysmon_v5_03_a
sysmon_v6_0
sysmon_v7_0
tft_v4_00_a
tft_v4_01_a
tft_v5_0
tmrctr_v2_05_a
tmrctr_v3_0
tpg_v1_00_a
tpg_v2_0
tpg_v3_0
trafgen_v1_00_a
trafgen_v2_00_a
trafgen_v2_01_a
trafgen_v3_0
trafgen_v3_1
trafgen_v3_2
ttcps_v1_01_a
ttcps_v2_0
uartlite_v2_01_a
uartlite_v3_0
uartns550_v2_01_a
uartns550_v2_02_a
uartns550_v3_0
uartns550_v3_1
uartns550_v3_2
uartps_v1_04_a
uartps_v1_05_a
uartps_v2_0
uartps_v2_1
uartps_v2_2
usbps_v1_04_a
usbps_v1_05_a
usbps_v1_06_a
usbps_v2_0
usbps_v2_1
usbps_v2_2
usb_v4_03_a
usb_v4_04_a
usb_v5_0
vtc_v4_00_a
vtc_v5_00_a
vtc_v6_0
vtc_v6_1
wdtps_v1_02_a
wdtps_v2_0
wdttb_v2_00_a
wdttb_v3_0
xadcps_v1_01_a
xadcps_v1_02_a
xadcps_v1_03_a
xadcps_v2_0
xadcps_v2_1
ycrcb2rgb_v5_01_a
ycrcb2rgb_v6_0
ycrcb2rgb_v7_0
hwicap.v10.0
ic
3.00.a
iic
3.0
2.08.a
2.07.a
iicps
2.3
2.2
2.1
2.0
1.04.a
1.03.a
intc
3.2
3.1
3.0
2.07.a
2.06.a
iomodule
2.1
2.0
1.04.a
llfifo
4.0
3.00.a
2.03.a
manr
3.00.a
mbox
4.0
3.04.a
mig_7series
2.0
1.00.a
mutex
4.0
3.02.a
nandps
2.1
2.0
1.04.a
noise
4.00.a
os
3.00.a
osd
4.0
2.00.a
qspips
3.1
3.0
2.03.a
2.02.a
rgb2ycrcb
7.0
6.0
5.01.a
scaler
7.0
6.0
5.00.a
4.03.a
scugic
2.1
2.0
1.06.a
1.05.a
1.04.a
scutimer
2.0
1.02.a
scuwdt
2.0
1.02.a
sdps
2.3
2.2
2.1
1.00.a
spi
4.1
4.0
3.07.a
3.06.a
3.05.a
spips
2.0
1.06.a
1.05.a
srio
1.0
stats
4.00.a
sysmon
7.0
6.0
5.03.a
tft
5.0
4.01.a
4.00.a
tmrctr
3.0
2.05.a
tpg
3.0
2.0
1.00.a
trafgen
3.2
3.1
3.0
2.01.a
2.00.a
1.00.a
ttcps
2.0
1.01.a
uartlite
3.0
2.01.a
uartns550
3.2
3.1
3.0
2.02.a
2.01.a
uartps
2.2
2.1
2.0
1.05.a
1.04.a
usb
5.0
4.04.a
4.03.a
usbps
2.2
2.1
2.0
1.06.a
1.05.a
1.04.a
vtc
6.1
6.0
5.00.a
4.00.a
wdtps
2.0
1.02.a
wdttb
3.0
2.00.a
xadcps
2.1
2.0
1.03.a
1.02.a
1.01.a
ycrcb2rgb
7.0
6.0
5.01.a

Related Links
DRM KMS Driver

Standalone Drivers

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Standalone Drivers

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Driver Information
Unless otherwise noted, all standalone drivers included within Xilinx SDK are found at: C:\Xilinx\SDK\2014.x\data\embeddedsw\XilinxProcessorIPLib\drivers
Driver Name
Hardware Version
Comment
......Driver Name......
...Hardware Version...
.....................Comment.......................

axi_7series_ddrx
2.0

Standalone Drivers

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Device Driver Inventory

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Xilinx products.
Standalone / Bare-metal Drivers
Sub-Heading 1
Sub-Heading 2
Xilinx provides standalone (AKA bare-metal) device drivers for many of the Zynq hardened peripherals and also IP cores. The list of these drivers can be found at our Standalone Drivers page.
Linux Drivers
Sub-Heading 1
Sub-Heading 2
Xilinx provides Linux drivers for many of the Zynq hardened peripherals and also IP cores. The list of these drivers can be found at our Linux Drivers page
3rd Party RTOS Drivers
Sub-Heading 1
Sub-Heading 2
Xilinx
Xilinx software ecosystem supports our silicon products with many different options offering many RTOS and 3rd Party IP Core Drivers
Sub-Heading 1
Sub-Heading 2
high level OS options. Details for specific device drivers are best provided directly from the OS supplier.

Standalone Drivers

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axicdma
3.01
central DMA
2.03.a
axidma
...
axipcie
3.0
The PCI Express bridge driver supports the PCI Express core.
2.04.a
2.03.a
axipmon
6.1
performance monitor
6.0
5.00.a
...
axivdma
5.0
Video DMA
4.06.a
4.05.a
bram
4.0
Block RAM
3.03.a
3.02.a
can
3.0
The Controller Area Network (CAN) driver supports the CAN IP core.
2.00.a
canps
2.1
The Controller Area Network (CAN) driver supports the hardened CAN core within the Zynq PS.
2.0
1.02.a
...
hwicap
9.0
The Hardware ICAP driver supports the HWICAP core.
8.01.a
hwicap_v10_0

Standalone Drivers

$
0
0
...
axi_7series_ddrx
2.0
.
1.00.a
axicdma
...
axidma
8.0
.
7.02.a
axiethernet
...
6.1
performance monitor
.
6.0
5.00.a
...
bram
4.0
Block RAM Controller
3.03.a
3.02.a
...
3.0
The Controller Area Network (CAN) driver supports the CAN IP core.
.
2.00.a
canps
2.1
The Controller Area Network (CAN) driver supports the hardened CAN core within the Zynq PS.
.
2.0
1.02.a
...
ccm
6.0
Color Correction Matrix
.

5.0
4.00.a
cfa
7.0
Color Filter Array Interpolation
.

5.00.a
common
1.00.a
.
cpu
2.2
.
2.1
2.0
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