Name: dSPACE's Inter FPGA Communication
Uploaded: 2023-07-07T00:00:00Z
Duration: 8 min 48 s

dSPACE's Inter FPGA Communication

汽车
电力工业
电动出行
机械和电动工具

08:48min

概述

Achieve the performance your application needs with a multiple FPGA setup.

In this Innovation Coffee Break episode, Alberto Tomasoni, member of our Field Application Engineering team, explains how to configure the dSPACE platform with a multiple FPGA setup. Watch this video to learn what to do when the FPGA design requires more FPGA hardware resources and how to interconnect them to share the burden of the simulation and exchange information smoothly.

主讲

Alberto Tomasoni

Field Application Engineer, dSPACE GmbH

Videos of this Series
dSPACE’s FPGA Technology & Application

This is the first video in a series of six about the solutions dSPACE is offering in the field of FPGA Technology. In this video we take a spotlight on the FPGA hardware.

更多
dSPACE’s FPGA Workflow & Toolchain

This is the second video in a series of six about the solutions dSPACE is offering in the field of FPGA Technology. In this video we take a spotlight on the FPGA hardware.

更多
dSPACE’s Inter FPGA Communication

Watch this Innovation Coffee Break episode to learn how to achieve the performance your application needs with a multiple FPGA setup.

更多
dSPACE’s FPGA Timing & Analysis

In this video you will learn how important timing is for the reliable processing of signals on the FPGA and how to detect and fix timing problems.

更多

更多信息
Why FPGAs for Power Electronics?

Watch this Learning Bits episode to learn how FPGAs are beneficial to the validation process for power electronics’ control systems.

更多
Dynamic Motor Simulation on FPGA

Learn how Dynamic Motor Simulation on FPGA enables highest dynamics with maximum accuracy in the HIL simulation of ElectricDrives.

更多

dSPACE's Inter FPGA Communication

概述

主讲

Videos of this Series

dSPACE’s FPGA Technology & Application

dSPACE’s FPGA Workflow & Toolchain

dSPACE’s Inter FPGA Communication

dSPACE’s FPGA Timing & Analysis

更多信息

Why FPGAs for Power Electronics?

Dynamic Motor Simulation on FPGA

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