Beide Seiten der vorigen RevisionVorhergehende ÜberarbeitungNächste Überarbeitung | Vorhergehende Überarbeitung |
embedded_systems:zynq7000:microzed [2021-10-01 11:15] – Laszlo Arato | embedded_systems:zynq7000:microzed [2023-12-01 16:40] (aktuell) – Urs Graf |
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===== Configuration Files ===== | ===== Configuration Files ===== |
Choose a bit-file to load the PL or a mcs-file to load the flash. The msc file contains the bit-file together with a first stage boot loader. See [[https://deepjava.org/first_example]] for how to use these files on the Avnet MicroZed board. The files can be found in the [[https://github.com/deepjava/runtime-library|deep runtime library]] under /rsc/ | Choose a bit-file to load the programmable logic part (PL) or a mcs-file to load the flash. The msc file contains the bit-file together with a first stage boot loader. See [[https://deepjava.org/first_example]] for how to use these files on the Avnet MicroZed board. The files can be found in the [[https://github.com/deepjava/runtime-library|deep runtime library]] under /rsc/ |
^configuration^bit-file^mcs-file^flink configuration^pin mapping^ | ^configuration^bit-file^mcs-file^flink configuration^pin mapping^ |
|flink1|flink1.bit|BOOTflink1.mcs|Info Device, Description = ZedFlink 1 27.1.2020 (left adjusted)|[[mapping_flink1|mapping]]| | |flink1|flink1.bit|BOOTflink1.mcs|Info Device, Description = ZedFlink 1 01.12.2023 (left adjusted)|[[mapping_flink1|mapping]]| |
|:::|:::|:::|GPIO Device, 89 channels|:::| | |:::|:::|:::|GPIO Device, 89 channels|:::| |
|:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| | |:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| |
|:::|:::|:::|external AD7476 Device, 1 ADC channel|:::| | |:::|:::|:::|external AD7476 Device, 1 ADC channel|:::| |
|flink2|flink2.bit|BOOTflink2.mcs|Info Device, Description = ZedFlink 2 4.2.2021 (left adjusted)|[[mapping_flink2|mapping]]| | |flink2 \\ e.g. used for SysP|flink2.bit|BOOTflink2.mcs|Info Device, Description = ZedFlink 2 01.12.2023|[[mapping_flink2|mapping]]| |
|:::|:::|:::|GPIO Device, 36 channels|:::| | |:::|:::|:::|GPIO Device, 24 channels|:::| |
|:::|:::|:::|PWM Device, 24 channels|:::| | |:::|:::|:::|PWM Device, 24 channels|:::| |
|:::|:::|:::|FQD Device, 8 channels|:::| | |:::|:::|:::|FQD Device, 8 channels|:::| |
|:::|:::|:::|PPWA Device, 6 channels|:::| | |:::|:::|:::|PPWA Device, 1 channel|:::| |
|:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| | |:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| |
|:::|:::|:::|external AD7476 Device, 1 ADC channel|:::| | |:::|:::|:::|TCRT1000 Sensors with external ADC AD7476 Device|:::| |
|:::|:::|:::|UART Device, 2 channels|:::| | |:::|:::|:::|UART Device, 2 channels|:::| |
|:::|:::|:::|Watchdog Device|:::| | |:::|:::|:::|Watchdog Device|:::| |
| |:::|:::|:::|XADC Device, 4 channels (no flink component)|:::| |
| |flink3|flink3.bit|BOOTflink3.mcs|Info Device, Description = ZedFlink 3 01.12.2023 (left adjusted)|[[mapping_flink3|mapping]]| |
| |:::|:::|:::|GPIO Device, 4 channels|:::| |
| |:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| |
| |:::|:::|:::|external AD5668 Device, 8 DAC channels|:::| |
| |flink4|flink4.bit|BOOTflink4.mcs|Info Device, Description = ZedFlink 4 7.12.2021 (left adjusted)|[[mapping_flink4|mapping]]| |
| |:::|:::|:::|FQD Device, 2 channels|:::| |
| |:::|:::|:::|external ADC128S102 Device, 8 ADC channels|:::| |
| |:::|:::|:::|external AD5668 Device, 8 DAC channels|:::| |
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===== Further Documents===== | ===== Further Documents===== |
* [[https://www.element14.com/community/community/designcenter/zedboardcommunity/microzed]]. For the tutorial you need Vivado and the Xilinx SDK [[.:xsdk|XSDK]]. | * [[https://www.element14.com/community/community/designcenter/zedboardcommunity/microzed]]. For the tutorial you need Vivado and the Xilinx SDK [[.:xsdk|XSDK]]. |
* [[.:jtag|Debugging with JTAG]] | * [[.:jtag|Debugging with JTAG]] |