The incomplete calc_vl design is configured for an XC4003E-PC84 part. If you want to target a demonstration board with this device, go to the Completing the Calc Design section. If targeting the tutorial design for an XC95xxx-PC84 (no demonstration board available), you must convert the design to reference the XC9000 library instead of the XC4000E library.
The procedure provided in this section allows you to change every Xilinx component in the Calc design from the XC4000E library to the XC9000 library. Using the Unified Libraries to create the design causes identical footprints and pinouts for the components common to both the XC4000E and XC9000 libraries. You can easily retarget designs to a different device family, provided you use only library parts common to the two families. You must manually replace any library parts not common to both families. This example shows a situation where this can happen.
Although an XC4000E-to-XC9500 conversion appears here, use this procedure to retarget from any Xilinx family to any other Xilinx family.
Use the following steps to retarget the Calc design to the XC9500 family.
Now you can re-open ViewDraw and open the desired schematic. Only components in the current technology with equivalents in the target technology translate. Those components without an equivalent in the target technology do not appear in the converted schematics. For example, an XC4000E RAM component has no equivalent in an XC9500 device. Therefore, if you convert an XC4000E design with RAM components to an XC9500 design, the RAM components appear as white boxes on the converted schematic. You must manually modify these portions of your design.