The FPMM approach to FPGA-based prototyping

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Table 35 gives a summary of the various steps and main considerations in running an FPGA-based prototyping project.

Summary of steps in FPGA project.png

We have addressed each of these steps throughout the chapters of this book and taken one step at a time, and using external pre-made sources as often as possible, we can quickly gather the expertise and tools required to create a successful prototype. Let’s reconsider our three laws of prototyping as reprised in Table 36.

The three “laws” of prototyping revisited.png

Considering each law in turn, we can summarize the main FPMM conclusions that we found in each case.

XC4028XL-1HQ160I

Manufacturer:Xilinx
FPGA XC4000X Family 28K Gates 2432 Cells 0.35um Technology 3.3V 160-Pin HSPQFP EP
Product Categories: Contrôleur logique

Lifecycle:Obsolete -

RoHS: No RoHS

XCS20XL-4VQG100I

Manufacturer:Xilinx
FPGA Spartan-XL Family 20K Gates 950 Cells 217MHz 3.3V 100-Pin VTQFP
Product Categories:

Lifecycle:Obsolete -

RoHS:

XCS20XL-5TQG144C

Manufacturer:Xilinx
FPGA Spartan-XL Family 20K Gates 950 Cells 250MHz 3.3V 144-Pin TQFP
Product Categories:

Lifecycle:Obsolete -

RoHS:

XC2V1500-4FG676C

Manufacturer:Xilinx
FPGA Virtex-II Family 1.5M Gates 17280 Cells 650MHz 0.15um Technology 1.5V 676-Pin FBGA
Product Categories:

Lifecycle:Obsolete -

RoHS:

XC2V1500-5FFG896C

Manufacturer:Xilinx
FPGA Virtex-II Family 1.5M Gates 17280 Cells 750MHz 0.15um Technology 1.5V 896-Pin FCBGA
Product Categories: FPGAs (Field Programmable Gate Array)

Lifecycle:Obsolete -

RoHS:

TABLE OF CONTENTS

The FPMM approach to FPGA-based prototyping