The next steps » History » Version 4
Version 3 (SANCHEZ, Eduardo, 12/12/2016 09:03 PM) → Version 4/8 (SANCHEZ, Eduardo, 12/12/2016 10:09 PM)
h1. Next steps
Once the QPSK implementation in LabVIEW is completed, we have to integrate the DVB-S2 modems in the communication system to develop the emulator channel. In order to do this, we will port the main functions of the developed system on a FPGA. In this section, we describe how a FPGA works and the tool to program it: the LabVIEW FPGA Module.
h2. FPGA--- LILI
h2. LabVIEW FPGA Module.
Unlike the traditional development tools for FPGA systems which requires the use of low-level languages, this module allow us to use the LabVIEW graphical programming platform to develop software on a FPGA. This approach simplifies the task of interfacing to input-output and communicating data reducing the development time. In addition, LabVIEW provides numerous libraries developed by NI and Xilinx for a wide variety of functions and is fully equipped with debugging tools and.
Once the QPSK implementation in LabVIEW is completed, we have to integrate the DVB-S2 modems in the communication system to develop the emulator channel. In order to do this, we will port the main functions of the developed system on a FPGA. In this section, we describe how a FPGA works and the tool to program it: the LabVIEW FPGA Module.
h2. FPGA--- LILI
h2. LabVIEW FPGA Module.
Unlike the traditional development tools for FPGA systems which requires the use of low-level languages, this module allow us to use the LabVIEW graphical programming platform to develop software on a FPGA. This approach simplifies the task of interfacing to input-output and communicating data reducing the development time. In addition, LabVIEW provides numerous libraries developed by NI and Xilinx for a wide variety of functions and is fully equipped with debugging tools and.