PXI FPGA Peripheral Modules by National Instruments are meant to be used in LabView even without any previous knowledge of Hardware Description Languages (HDL) and let users to hardware-accelerate their own test and measurement setups. However, designers fluent in HDL languages avoid such closed technology targets due to impossibility to include third-party designs or the needed over-effort to implement large and complex architectures into it, such as soft-core based systems. In this paper a partially automated workflow to benefit of the PXI environment allowing advanced HDL engineers to implement complex architectures is presented with reference to two successful use-case examples.
Exploiting LabVIEW FPGA Socketed CLIP to Design and Implement Soft-Core Based Complex Digital Architectures on PXI FPGA Target Boards
Dello Sterpaio L.;Marino A.;Nannipieri P.;Fanucci L.
2019-01-01
Abstract
PXI FPGA Peripheral Modules by National Instruments are meant to be used in LabView even without any previous knowledge of Hardware Description Languages (HDL) and let users to hardware-accelerate their own test and measurement setups. However, designers fluent in HDL languages avoid such closed technology targets due to impossibility to include third-party designs or the needed over-effort to implement large and complex architectures into it, such as soft-core based systems. In this paper a partially automated workflow to benefit of the PXI environment allowing advanced HDL engineers to implement complex architectures is presented with reference to two successful use-case examples.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.