===========================================
RapidWright ICCAD 2023 Hands-on Tutorial
===========================================
:download:`Slides <files/ICCAD2023-RapidWright-Tutorial.pdf>` | :download:`Invited Paper <files/ICCAD2023-FinalCameraReady.pdf>` | :download:`Reference Handout <files/ICCAD2023-RapidWright-Tutorial-Reference.pdf>` 
|br| **Title:** RapidWright: Unleashing the Full Power of FPGA Technology with Domain-Specific Tooling
|br| **Organizers:** Chris Lavin and Eddie Hung
|br| **Where:** Artisan Room, Hyatt Regency San Francisco Downtown SOMA, `ICCAD 2023 <https://iccad.com/>`_
|br| **When:**  Wednesday, November 1st, 2023, 11:00am PDT
 * 11:00am - 11:05am : Machine Allocation
 * 11:05am - 11:15am : Introduction and Overview
 * 11:15am - 1:00pm : Hands-on, self-guided tutorials

+------------------------------------+---------+----------------------------------------+
|**Featured Tutorial Segments**      | Time    | **Description**                        |
+====================================+=========+========================================+
| |Shell|                            | 30 mins | Create a pre-implemented shell from an |
|                                    |         | |br| existing design without pblocks   |
+------------------------------------+---------+----------------------------------------+
| |DREAMPlace|                       | 25 mins | Use a 3rd party placer with the FPGA   |
|                                    |         | |br|  Interchange Format               |
+------------------------------------+---------+----------------------------------------+
| |PG|                               | 15 mins | Create placed and routed circuits from |
|                                    |         | |br| scratch in seconds                |
+------------------------------------+---------+----------------------------------------+
| |ECO|                              | 35 mins | Add debug logic without changing       |
|                                    |         | |br| existing placement and routing    |
+------------------------------------+---------+----------------------------------------+

===================================== ======== ==========================================
 **Additional Tutorial Segments**     Time     **Description**                                                      
===================================== ======== ==========================================
|HelloWorld| |Jup|                     5 mins  Intro to RapidWright in Jupyter Notebooks              
|ScratchNetlist| |Jup|                10 mins  How to build a netlist from scratch 
|PM1|                                 15 mins  How to create a pre-implemented module                           
|PM2|                                 15 mins  Use & relocate pre-implemented modules                  
|SAT| |Jup|                           15 mins  Use SAT to solve hard routing congestion              
|SLR|                                 20 mins  Combine Vivado & RapidWright circuits              
|Router| |Jup|                        20 mins  How to build a basic router in RapidWright              
===================================== ======== ==========================================

|Jup| = Jupyter Notebook Tutorial

.. note:: To run the Jupyter Notebook tutorials (those marked with the
	  |Jup| icon above), first run

	  .. code-block:: bash

	     cd ~/RapidWright-binder
	     jupyter notebook

	  in a separate terminal in the AWS Instance to start the server,
	  then click on the corresponding tutorial segments above.

	
Questions? 
-------------
Contact organizers:
 - Chris Lavin - chris.lavin`at`amd.com
 - Eddie Hung - eddie.hung`at`amd.com

 
.. |br| raw:: html

  <br/>

.. |HelloWorld| raw:: html

	<a href="http://localhost:8888/notebooks/HelloWorld.ipynb" target="_blank">Hello, World</a>

.. |ScratchNetlist| raw:: html

	<a href="http://localhost:8888/notebooks/EDIFNetlistFromScratch.ipynb" target="_blank">Create Netlist from Scratch</a>
	
.. |PM1| raw:: html

	<a href="PreImplemented_Modules_Part_I.html" target="_blank">Pre-implemented Modules: Part I</a>

.. |PM2| raw:: html

	<a href="PreImplemented_Modules_Part_II.html" target="_blank">Pre-implemented Modules: Part II</a>

.. |SAT| raw:: html

	<a href="http://localhost:8888/notebooks/SATRouter.ipynb" target="_blank">SAT Router</a>

.. |SLR| raw:: html

	<a href="Create_and_Use_an_SLR_Bridge.html" target="_blank">Create and Use an SLR Bridge</a>

.. |Router| raw:: html

	<a href="http://localhost:8888/notebooks/BasicRouting.ipynb" target="_blank">Basic Routing</a>

.. |Shell| raw:: html

	<a href="ReusingTimingClosedLogicAsAShell.html" target="_blank"C>Reuse Timing-closed Logic As A Shell</a>

.. |DREAMPlace| raw:: html

	<a href="Use_DREAMPlaceFPGA_via_FPGA_Interchange_Format.html" target="_blank"C>Using DREAMPlaceFPGA to Place</a>

.. |PG| raw:: html

	<a href="PolynomialGenerator.html" target="_blank"C>Polynomial Generator</a>

.. |ECO| raw:: html

	<a href="ECO_Insert_Route_Debug.html" target="_blank"C>ECO Debug Core Insertion</a>


	
.. |Jup| image:: images/jupyter.png
	:width: 25px