Difference between revisions of "Using FPGA"
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POD is a Python tool that allows you to easily create FPGA bitstream for your | POD is a Python tool that allows you to easily create FPGA bitstream for your | ||
embedded system, from several Open Source IPs. | embedded system, from several Open Source IPs. | ||
| − | + | ==Introduction== | |
| + | * [[POD Global description | Global description]] | ||
| + | == Specifications== | ||
* [[POD specification]] | * [[POD specification]] | ||
* [https://sourceforge.net/projects/periphondemand/ sources repository] | * [https://sourceforge.net/projects/periphondemand/ sources repository] | ||
| + | === Use cases=== | ||
| + | *[[POD Tutorial | Tutorial 1 : i2c-led-button]] | ||
| + | *[[POD Simplecas | Tutorial 2 : uart]] | ||
| + | |||
| width="50%" | | | width="50%" | | ||
Revision as of 18:19, 22 April 2009
First recommended readings
Developing on the APF FPGA
Design ToolsDescription of tools used to simulate, to synthesize and to download/configure FGPA. |
Using ARMadeus FPGAManage the FGPA from ARMadeus distribution.
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Designs examplesThis examples give the basis to make VHDL design for FPGA. For complex projects, POD should be use to simplify design. |
VHDL |
Peripheral On DemandPOD is a Python tool that allows you to easily create FPGA bitstream for your embedded system, from several Open Source IPs. IntroductionSpecificationsUse cases |
LinksSome useful links. Wishbone Spartan Orchestra |
