FPGA development on imperix controllers
PN169Usually, the user programs the B-Box RCP or the B-Board PRO CPU using imperix ACG SDK or C++ SDK, and simply uses the pre-implemented FPGA…
PN169
PN169
High-Level Synthesis for FPGA developments
TN142High-level synthesis (HLS) tools greatly facilitate the implementation of complex power electronics controller algorithms in FPGA. Indeed HLS tools allow the user to work at…
Xilinx Vivado Design Suite installation
PN168This page provides step-by-step guidance to install Xilinx Vivado Design Suite, the tools used to program the FPGA of imperix controllers.
Fixed point vs floating point arithmetic in FPGA
TN148The choice of fixed vs floating-point arithmetic for an FPGA algorithm is a decision that has a significant impact on the FPGA resources usage, computation…
OPC UA: the communication protocol for industrial automation applications
PN177Imperix relies on the increasingly popular OPC UA industrial protocol to remotely control and monitor its power electronic controllers over Ethernet. To do so, the…
Making an OPC UA client with MATLAB using the Industrial Communication Toolbox
PN178The Industrial Communication Toolbox Add-On for MATLAB and Simulink (formerly OPC Toolbox) allows communicating with an OPC UA server from MATLAB. This page explains how…
Imperix firmware IP product guide
PN116This page documents the imperix firmware IP for Xilinx Vivado, which contains the imperix FPGA logic of the imperix controllers (B-Board PRO and B-Box RCP)….
Download and update imperix IP for FPGA sandbox
PN117This page provides the imperix IP and other source files required for FPGA development on imperix controllers. To learn how to use the imperix IP,…
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