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PDF TE0720 Data sheet ( Hoja de datos )
| Número de pieza | TE0720 | |
| Descripción | GigaZee Zynq SoM User Manual | |
| Fabricantes | Trenz | |
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TE0720 User Manual
Authors:
Revision:
Date:
Antti Lukats, Thorsten Trenz, Sven-Ole Voigt
0.2
26-Sep-2014 10:35
1 page  
TE0720 User Manual
Revision: 0.2
Toolchain ______________________________________________________________________ 110
CentOS Linux kernel and the U-Boot build environment __________________________________ 111
Configure CentOS Guest Operating System ______________________________________ 111
Ubuntu Linux kernel and U-Boot build environment _____________________________________ 114
U-Boot ___________________________________________________________________________ 119
Get the U-Boot Repository ________________________________________________________ 119
Build U-Boot ___________________________________________________________________ 119
U-Boot user scripting _____________________________________________________________ 120
Linux kernel 3.9 ____________________________________________________________________ 122
Get Trenz Electronic Linux Kernel Repository _________________________________________ 122
Build the Linux Kernel ____________________________________________________________ 122
Preparing boot media _______________________________________________________________ 125
SD memory card boot ____________________________________________________________ 125
QSPI Flash memory boot _________________________________________________________ 125
QSPI Flash memory map _____________________________________________________ 125
Base Vivado Project ________________________________________________________________ 127
Vivado Flow (Video and Step-by-Step Tutorial) ___________________________________________ 136
_____________________________________________________________________________ 136
Creating a Vivado Example Project for TE0720 Zynq SoC Module _________________________ 136
Video Tutorial (Vivado 2013.2) _________________________________________________ 136
Step-by-Step Tutorial (Vivado 2013.3) ___________________________________________ 136
Getting Started: Create New Vivado Project __________________________________ 137
Creating Vivado Block Design (IP Integrator) _________________________________ 142
Software Implementation: Create First Stage Boot Loader (FSBL) and "Hello World"
application project in SDK ________________________________________________ 151
Hardware Synthesis & Implementation ______________________________________ 160
Software Implementation: "Hello World 2.0" (implementing access to I2C peripherals via
Xilinx Zynq PL custom logic) ______________________________________________ 171
Debugging the "Hello World" Project _________________________________________________ 171
Video Tutorial ______________________________________________________________ 171
Step-by-Step Tutorial ________________________________________________________ 171
FPGA design without PS _____________________________________________________________ 175
Xilinx repository ____________________________________________________________________ 176
Using official Xilinx linux kernel repository with TE0720 __________________________________ 176
High speed ADC Interfacing __________________________________________________________ 178
Petalinux _________________________________________________________________________ 179
FSBL _________________________________________________________________________ 179
MAC Address handling ___________________________________________________________ 179
Debug _____________________________________________________________________________ 180
Booting U-Boot via JTAG ____________________________________________________________ 181
Booting U-Boot via JTAG _________________________________________________________ 181
Old instructions _________________________________________________________________ 181
ARM DS-5 ________________________________________________________________________ 187
Streamline _____________________________________________________________________ 191
Compile/Install _____________________________________________________________________ 192
DCC Console ______________________________________________________________________ 196
Copyright © 2014 Trenz Electronic GmbH Page 5 of 202
http://www.trenz-electronic.de
5 Page 
TE0720 User Manual
Revision: 0.2
Getting Started
Preloaded (Factory default) SPI Flash Image
The TE0720 module comes with the SPI Flash preloaded with a default bootloader, U-Boot and Linux are
setup to run automatically if SPI flash boot mode is selected (Red LED fast blinking after power up). U-Boot
is configured with a standard 3 second delay to allow the U-Boot interactive console to be used. The console
is connected to PS UART0, mapped to MIO14 (UART0_RX) and MIO15 (UART0_TX), and has a baud rate
of 115200. The MIO14 and MIO15 signals are routed to the CPLD on the TE0701 Carrier Board which, in
turn, connects these PS UART0 RX and TX signals to the onboard FTDI USB to Multipurpose UART/FIFO
IC (FTDI FT2232H). Hence, the console output view can be easily accomplished (e.g., in SDK "Terminal"
window or in HTerm) by attaching it to the corresponding virtual COM port (the COM port number may
differ):
Please consult TE0701 Carrier Board User Manual | Connecting FTDI USB-to-UART/FIFO
Interface for more details on the required VCOM configuration!
Figure 1: Booting Linux Kernel (by default from SPI Flash) - SDK "Terminal" window
Copyright © 2014 Trenz Electronic GmbH Page 11 of 202
http://www.trenz-electronic.de
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| PDF Descargar | [ Datasheet TE0720.PDF ] | |
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