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6 | <title>Base System Builder - FPGA Board v2.2</title> |
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13 | <a id="logo" href="http://warp.rice.edu/trac/"><img src="http://warp.rice.edu/images/warpLogo.jpg" alt="Rice University WARP - Wireless Open-Access Research Platform" height="45" width="285" /></a> |
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20 | <div id="LessonContent"> |
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21 | <div class="LessonHeader"> |
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22 | <h1 class="LessonTitle">Base System Builder - FPGA Board v2.2</h1> |
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23 | </div> |
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24 | <div class="summary"> |
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25 | <p>This section describes the process of launching XPS and creating a simple hardware/software platform using Base System Builder. This section of the tutorial is specifically created for FPGA Board v2.2. Once you complete this, skip to <strong>XPS Intro - Implementing the hardware design</strong>. Use the previous section if you have FPGA Board v1.2.</p> |
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26 | </div> |
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27 | |
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28 | <div id="step_1" class="lessonStep top"> |
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29 | |
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30 | <div class="image"> |
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31 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265822590190.png" width="560" height="463"> |
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32 | </div> <p>Launch Xilinx Platform Studio.</p> |
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33 | </div> |
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34 | <div class="clear"></div> |
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35 | <div id="step_2" class="lessonStep top"> |
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36 | |
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37 | <div class="image"> |
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38 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823146473.png" width="361" height="282"> |
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39 | </div> <p>Select Base System Builder to create a new design.</p> |
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40 | </div> |
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41 | <div class="clear"></div> |
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42 | <div id="step_3" class="lessonStep top"> |
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43 | |
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44 | <div class="image"> |
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45 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823185409.png" width="408" height="247"> |
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46 | </div> <p>Enter a path for your project. Two key requirements:<br /> |
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47 | -The project file must be named 'system.xmp'<br /> |
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48 | -The project file must be saved to a folder with no spaces in its path - "C:\Documents and Settings\user\" will not work!</p> |
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49 | </div> |
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50 | <div class="clear"></div> |
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51 | <div id="step_4" class="lessonStep top"> |
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52 | |
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53 | <div class="image"> |
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54 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823266596.png" width="507" height="727"> |
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55 | </div> <p>Choose the option for a new design.</p> |
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56 | </div> |
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57 | <div class="clear"></div> |
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58 | <div id="step_5" class="lessonStep top"> |
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59 | |
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60 | <div class="image"> |
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61 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823600798.png" width="509" height="726"> |
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62 | </div> <p>Select <strong>WARP Kits (FPGA/Clock/Radio Boards)</strong> and <strong>FPGA v2.2 / Radio 1.4 / Clock 1.1</strong>.</p> |
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63 | </div> |
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64 | <div class="clear"></div> |
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65 | <div id="step_6" class="lessonStep top"> |
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66 | |
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67 | <div class="image"> |
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68 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823645566.png" width="509" height="730"> |
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69 | </div> <p>The Xilinx EDK supports two embedded processors. The PowerPC processor is a "hard" processor core, embedded in the fabric of the Virtex-4 FPGA on the WARP FPGA board. MicroBlaze is a "soft" processor core, implemented in the FPGA fabric itself. For this exercise (and all WARP designs generally), select the PowerPC core.</p> |
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70 | </div> |
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71 | <div class="clear"></div> |
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72 | <div id="step_7" class="lessonStep top"> |
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73 | |
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74 | <div class="image"> |
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75 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823731472.png" width="509" height="727"> |
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76 | </div> <p>The clocking and memory architectures for EDK designs are very flexible. Base System Builder supports some simple clock/memory configurations. In more sophisticated designs, the clocking and memory options can be further customized by hand. For this exercise, select the clock frequencies and memory sizes shown above. </p> |
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77 | </div> |
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78 | <div class="clear"></div> |
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79 | <div id="step_8" class="lessonStep top"> |
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80 | |
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81 | <div class="image"> |
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82 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823783501.png" width="508" height="727"> |
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83 | </div> <p>The next few screens present a list of available I/O devices. Each device corresponds to an off-chip interface on the WARP FPGA board. Each device can be enaled/disabled using its checkbox. For this exercise, choose the peripherals as follows:</p> |
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84 | |
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85 | |
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86 | <p><strong>Enabled:</strong><br /> |
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87 | - warp_v4_userio_all<br /> |
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88 | - rs232_db9<br /> |
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89 | - clock_board_config<br /> |
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90 | - radio_bridge_slot_2<br /> |
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91 | - radio_controller_0</p> |
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92 | |
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93 | |
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94 | <p><strong>Disabled:</strong><br /> |
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95 | - rs232_usb (a second serial port that is converted to USB on the board using an FTDI chip)<br /> |
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96 | - sysace_compactflash<br /> |
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97 | - TriMode_MAC_GMII<br /> |
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98 | - DDR2_SDRAM_2GB<br /> |
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99 | - radio_bridge_slot_1<br /> |
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100 | - radio_bridge_slot_3<br /> |
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101 | - radio_bridge_slot_4<br /> |
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102 | - eeprom_controller<br /> |
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103 | - analog_bridge_slot_4<br /> |
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104 | - user_io_board_controller_slot1</p> |
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105 | </div> |
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106 | <div class="clear"></div> |
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107 | <div id="step_9" class="lessonStep top"> |
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108 | |
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109 | <div class="image"> |
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110 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823805887.png" width="508" height="727"> |
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111 | </div> |
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113 | <div class="clear"></div> |
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114 | <div id="step_10" class="lessonStep top"> |
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117 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823830892.png" width="510" height="728"> |
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118 | </div> |
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119 | </div> |
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120 | <div class="clear"></div> |
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121 | <div id="step_11" class="lessonStep top"> |
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122 | |
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123 | <div class="image"> |
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124 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823849668.png" width="509" height="727"> |
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125 | </div> |
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126 | </div> |
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127 | <div class="clear"></div> |
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128 | <div id="step_12" class="lessonStep top"> |
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129 | |
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131 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823863571.png" width="510" height="727"> |
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132 | </div> <p>After configuring off-chip devices, you now configure on-chip peripheral cores. By default, an internal RAM block is enabled. For this exercise, click 'Remove' to omit this core from the design.</p> |
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133 | </div> |
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134 | <div class="clear"></div> |
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135 | <div id="step_13" class="lessonStep top"> |
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136 | |
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137 | <div class="image"> |
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138 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823879179.png" width="509" height="727"> |
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139 | </div> <p>For user applications running in the PowerPC processor, the EDK tools can map the WARP FPGA board's serial port (the core named 'rs232_db9' here) to the STDIN/STDOUT conventions. This allows funcitons like printf() to work normally, using an external terminal emulator as the PowerPC's display and keyboard.</p> |
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140 | |
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141 | |
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142 | <p>XPS can also create sample software projects which exercise the memory and peripheral devices in your hardware design. For this exercise, disable both example proejcts (you'll create a new software project later).</p> |
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143 | </div> |
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144 | <div class="clear"></div> |
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145 | <div id="step_14" class="lessonStep top"> |
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146 | |
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147 | <div class="image"> |
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148 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265823894935.png" width="509" height="728"> |
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149 | </div> <p>Base System Builder assigns default memory addresses to each memory and memory-mapped peripheral device. The addresses in your project may vary from those shown here. In general, the defaults selected by BSB work fine.</p> |
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150 | </div> |
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151 | <div class="clear"></div> |
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152 | <div id="step_15" class="lessonStep top"> |
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155 | <img src="images/Base_System_Builder_-_FPGA_Board_v2/media_1265824078763.png" width="560" height="324"> |
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156 | </div> <p>When Base System Builder finishes, XPS will open the resulting project. The remaining sections of this exercise describe how to use this interface to customize and test your hardware & software platform.</p> |
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157 | </div> |
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158 | <div class="clear"></div> |
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160 | </div> |
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161 | <div id="lessonNavigation"> |
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162 | <table> |
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163 | <tr> |
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164 | <td class="lessonNav_Left"><a href="Base_System_Builder_-_FPGA_Board_v1.html"><< Base System Builder - FPGA Board v1.2</a></td> |
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165 | <td class="lessonNav_TOC"><a href="../XPS_Intro.html">Top</a></td> |
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166 | <td class="lessonNav_Right"><a href="XPS_Intro_-_Implementing_the_hardware_platform.html">XPS Intro - Implementing the hardware platform >></a> </td> |
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