Using FPGA: Difference between revisions

From ArmadeusWiki
 
(95 intermediate revisions by 6 users not shown)
Line 1: Line 1:
[[Category: FPGA]]
__NOTOC__
__NOTOC__


== First recommended readings ==
==Developing on the APF FPGA==
* [[FPGA | FPGA on APF introduction]]
 
{| border="0" cellpadding="5" cellspacing="5" summary="Hardware Add-Ons by functionalities" width="100%"
|----------------
|- style="background:#f4f4f4; color:black; -moz-border-radius:18px;"


==Developing on the APF FPGA==
| width="50%" |
 
=== FPGA Interfaces ===
 
* '''APF9328''': [[IMX9328-Spartan3 interface description]]
* '''APF27''': [[IMX27-Spartan3A interface description]]
* '''APF51''': [[IMX51-Spartan6 interface description]]
* '''APF6_SP''': [[APF6_SP Interfaces description]]
* '''OPOS6UL_SP''': [[OPOS6UL_SP Interfaces description]]
* '''OPOS93_SP''': [[OPOS93_SP Interfaces description]]
 
==== Accessing the FPGA address domain from Linux userspace ====
* [[FPGA_registers_access_from_Linux_userspace_on_APF9328,_APF27_SP,_APF51_SP_and_OPOS6UL_SP | APF9328, APF27_SP, APF51_SP and OPOS6UL_SP]]
* [[FPGA_registers_access_from_Linux_userspace_on_APF6_SP | APF6_SP]]
* [[FPGA_registers_access_from_Linux_userspace_on_OPOS93_SP | OPOS93_SP]]
 
==== Accessing the FPGA address domain from Linux kernel ====
 
* [[FPGA_registers_access_from_Linux_kernel_on_OPOS93_SP | OPOS93_SP]]
 
| width="50%" |
 
=== FPGA designing on Armadeus platforms ===
 
These examples give the basis to make VHDL design for FPGA.
 
*'''APF9328''', '''APF27''', '''APF51''', '''OPOS6UL_SP''':
** [[Simple blinking LED | LED]]
** [[A simple design with Wishbone bus | Complete example with button and led on wishbone bus communication and Linux drivers]]
*'''APF6_SP'''
** [[APF6_SP_FPGA_designing | FPGA designing]]
*'''OPOS93_SP'''
** [[OPOS93_SP_FPGA_designing | FPGA designing]]


{| border="0" cellpadding="5" cellspacing="5" summary="Hardware Add-Ons by functionnalities" width="100%"
|----------------
|----------------
|- style="background:#f4f4f4; color:black; -moz-border-radius:18px;"
|- style="background:#f4f4f4; color:black; -moz-border-radius:18px;"
| width="50%" |
=== Configuring Armadeus platform's FPGA ===
'''Platforms'''
* '''APF9328''', '''APF27''', '''APF51''', '''OPOS6UL_SP''': [[APF9328_APF27_APF51_OPOS6UL_SP FPGA_configuration | Configure APF9328, APF27, APF51 or OPOS6UL_SP FPGA]]
* '''APF6_SP''': [[APF6_SP_FPGA_configuration | Configure APF6_SP FPGA]]
* '''OPOS93_SP''': [[OPOS93_SP_FPGA_configuration | Configure OPOS93_SP FPGA]]
'''Tools'''
* [[FPGA_loader | FPGA loader Linux driver]]


| width="50%" |
| width="50%" |
=== Design Tools===
=== Design Tools===
Description of tools used to simulate, to synthesize and to download/configure FGPA.
Description of tools used to simulate, to synthesize, and to download/configure FGPA.


* [[ISE WebPack installation on Linux| ISE WebPack (Xilinx's free devt tool) installation]]
'''Xilinx'''
* [[How_to_make_a_VHDL_design_in_Ubuntu/Debian| How to setup the FPGA toolchain in Ubuntu/Debian]]
* [[ISE WebPack and Vivado]]
* [[How to simulate post synthesis and post place & route design with GHDL]]


| width="50%" |
'''Altera'''
* [[Quartus | Quartus Prime (Altera/Intel's free devt tool)]]
* [[Modelsim-Altera | Install Modelsim-Altera (starter edition)]]
 
'''Efinix'''
* [[Efinity]]


===Using ARMadeus FPGA===
'''Lattice'''
Manage the FGPA from ARMadeus distribution.


* [[FPGA_loader | Configure the FPGA from Linux]]
* [[IceCube | Install IceCube]]
* [[Target_Software_Installation#FPGA_firmware_installation|Configure the FPGA from U-Boot]]
* [[Diamond | Install Lattice Diamond]]
* [[FPGA_register | Access the FPGA address domain from Linux]]
* [[Ho! No FPGA-reset button on armadeus card.]]


'''Microsemi'''
* [http://www.fabienm.eu/flf/installing-libero-on-debian-9/ Install Libero]


|----------------
|----------------
Line 34: Line 85:
| width="50%" |
| width="50%" |


===Designs examples===
=== Automatize FPGA design making ===


This examples give the basis to make VHDL design for FPGA.
==== [[Peripherals On Demand]] ====
For complex projects, POD should be used to simplify design.


* [[Simple blinking LED | LED]]
==== [[FuseSoC]] ====
* [[FPGA and led | Button and LED]]
FuseSoC is a builder written in Python used to automatize FPGA constructions
* [[A simple design with Wishbone bus | Button, Linux drivers, Wishbone bus communication and LED]]


For complex projects, POD should be use to simplify design.
==== CactusII ====
 
[http://funbase.cs.tut.fi/ Graphical IDE] for managing FPGA/ASIC design with IPX-ACT standard.


| width="50%" |
| width="50%" |
=== HDL ===


===VHDL ===
===VHDL ===


* [[VHDL coding styles]]
* [[VHDL coding styles|VHDL coding styles & externals documentations]]
* [http://www.xess.com/ho03000.html Nice ideas/examples to look at]
* [http://www.xess.com/design_examples.php#XESS_Examples Nice ideas/examples to look at]
* [http://www.opencores.org www.opencores.org]
* [http://www.opencores.org www.opencores.org]
* [http://www.gmvhdl.com/VHDL.html An Introductory VHDL Tutorial]
* [http://www.gmvhdl.com/VHDL.html An Introductory VHDL Tutorial]


|----------------
=== Verilog ===
|- style="background:#f4f4f4; color:black; -moz-border-radius:18px;"
 
* [https://www.veripool.org/wiki/verilator Verilator] an High speed verilog simulator
* [http://iverilog.icarus.com/ Icarus] Famous open-source verilog simulator
* [https://symbiyosys.readthedocs.io/en/latest/ SymbiYosys] open-source Verilog formal verification
 
=== Synthesizable Synchronous HDL ===
==== [[Migen]] ====
 
With migen, it's possible to develop FPGA design in Python then generate Verilog for synthezis.
 
==== [[Chisel]] ====
With Chisel, it's possible to develop FPGA design in Scala then generate C++ model for simulation and Verilog model for synthesis. Armadeus system can help you to integrate a Chisel project on Armadeus board.


| width="50%" |
==== [[SpinalHDL]] ====


==='''P'''eripheral '''O'''n '''D'''emand ===
[https://github.com/SpinalHDL/SpinalHDL Another HDL generator] (VHDL) written in Scala.


POD is a Python tool that allows you to easily create FPGA bitstream for your
|----------------
embedded system, from several Open Source IPs.
|- style="background:#f4f4f4; color:black; -moz-border-radius:18px;"


* [[POD specification]]
* [https://sourceforge.net/projects/periphondemand/ sources repository]
| width="50%" |
| width="50%" |


Line 71: Line 135:


''' Wishbone '''
''' Wishbone '''
* [http://www.opencores.org/projects.cgi/web/wishbone/wbspec_b3.pdf  official Wishbone specifications]
* [http://cdn.opencores.org/downloads/wbspec_b3.pdf  official Wishbone specifications]
* [http://en.wikipedia.org/wiki/Wishbone_%28computer_bus%29 Wikipedia Wishbone doc]
* [http://en.wikipedia.org/wiki/Wishbone_%28computer_bus%29 Wikipedia Wishbone doc]


Line 77: Line 141:
* [http://www.xilinx.com/support/documentation/data_sheets/ds099.pdf Spartan-3 FPGA Family Data Sheet]
* [http://www.xilinx.com/support/documentation/data_sheets/ds099.pdf Spartan-3 FPGA Family Data Sheet]


''' Orchestra '''
''' CycloneV'''
* [http://osocgen.berlios.de/ Orchestra website]
* [https://www.altera.com/products/fpga/cyclone-series/cyclone-v/overview.html CycloneV overview from altera]
* [http://developer.berlios.de/projects/osocgen/ Orchestra project page]
 
''' OpenSource '''
 
* [http://www.fabienm.eu/flf/wp-content/uploads/2017/05/fpgamap-1.svg OpenSource FPGA map]
 
| width="50%" |
 
 


|}
|}

Latest revision as of 17:31, 9 October 2025


Developing on the APF FPGA

FPGA Interfaces

Accessing the FPGA address domain from Linux userspace

Accessing the FPGA address domain from Linux kernel

FPGA designing on Armadeus platforms

These examples give the basis to make VHDL design for FPGA.

Configuring Armadeus platform's FPGA

Platforms

Tools

Design Tools

Description of tools used to simulate, to synthesize, and to download/configure FGPA.

Xilinx

Altera

Efinix

Lattice

Microsemi

Automatize FPGA design making

Peripherals On Demand

For complex projects, POD should be used to simplify design.

FuseSoC

FuseSoC is a builder written in Python used to automatize FPGA constructions

CactusII

Graphical IDE for managing FPGA/ASIC design with IPX-ACT standard.

HDL

VHDL

Verilog

  • Verilator an High speed verilog simulator
  • Icarus Famous open-source verilog simulator
  • SymbiYosys open-source Verilog formal verification

Synthesizable Synchronous HDL

Migen

With migen, it's possible to develop FPGA design in Python then generate Verilog for synthezis.

Chisel

With Chisel, it's possible to develop FPGA design in Scala then generate C++ model for simulation and Verilog model for synthesis. Armadeus system can help you to integrate a Chisel project on Armadeus board.

SpinalHDL

Another HDL generator (VHDL) written in Scala.

Links

Some useful links.

Wishbone

Spartan

CycloneV

OpenSource