Using this feature, a target configuration for the FPGA design project is automatically created. Identification is made possible through the use of 1-Wire-based memory devices, located on the NB2DSK01 motherboard, all 3-connector daughter boards and peripheral boards. The key to being able to configure an FPGA design project automatically, is the ability of Altium Designer to identify the specific hardware you are currently using in your system. Connection of a satellite board (peripheral boards and daughter boards) to the NB2DSK01 motherboard.Īlthough an FPGA design project targeting the Desktop NanoBoard can be configured manually – by adding a configuration, assigning the required board constraint files and creating a mapping constraint file by hand – the process is greatly simplified through use of an auto-configuration feature.Resources and pin-mapping local to the NB2DSK01 motherboard and satellite peripheral and daughter boards.The constraint system in place for the Desktop NanoBoard NB2DSK01 utilizes various constraint files covering: Sets of constraint files are targeted to a design by creating a configuration, which is simply a named list of constraint files. The minimum information required to synthesize a design is the device specification. The process of mapping or constraining a design to its physical implementation is done by creating constraint files – files that specify implementation detail such as the target device, the port-to-pin mapping, pin IO standards, and so on. For this tutorial, we will target an FPGA device located on a 3-connector daughter board that is plugged into the Desktop NanoBoard NB2DSK01. Now we are finished with the capture phase of our design, we need to specify which physical FPGA device we want to use – the target for our design and the end medium into which the design will ultimately be programmed and run.

Altium designer 9 tutorial