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SummerCart64 - a fully open source N64 flashcart

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Polprzewodnikowy 9e0ad852c7 prune		2021-03-11 00:56:09 +01:00
.github	[SC64] Added GitHub Actions Build	2021-02-15 21:14:59 +01:00
.media	[SC64] Initial version	2020-10-08 02:04:42 +02:00
fw	libsc64 start	2021-03-11 00:13:25 +01:00
hw	[SC64][FW][SW] USB debug interface, SD Card interface and bootloader, SRAM save emulation, SDRAM constraints, general improvements (#3 )	2021-02-01 00:40:56 +01:00
sw	x fix	2021-03-11 00:19:41 +01:00
.gitignore	[SC64][FW][SW] SDIO interface instead of slow SPI (#4 )	2021-02-06 19:35:50 +01:00
.gitmodules	[SC64][FW][HW][SW] Completely new concept for firmware, abandoned SummerBanger64 for N64-UNFLoader, added UltraCIC-III as submodule, CI configuration	2020-11-06 00:17:08 +01:00
build_pcb_v1.sh	[SC64][FW][SW] USB debug interface, SD Card interface and bootloader, SRAM save emulation, SDRAM constraints, general improvements (#3 )	2021-02-01 00:40:56 +01:00
build_release.sh	prune	2021-03-11 00:56:09 +01:00
LICENSE	[SC64] Add license	2020-10-08 02:09:44 +02:00
README.md	bug fix	2021-03-11 00:13:25 +01:00

README.md

SummerCollection

A collection of hardware, firmware and software designs of SummerCart64 - Nintendo 64 FlashCart/DevKit.

Project parts

Firmware

Folder fw contains firmware written in Verilog for Intel MAX10 FPGA.

Hardware

Folder hw contains PCB design made in Autodesk Eagle.

Software

Folder sw contains several helper programs that makes flash cart work all together, including bootloader and CIC emulation.

What works

Currently hardware implements basic functionality for playing games - ROM emulation, 4/16K EEPROM, bootloader and PC communication. You can send any ROM to the SDRAM from PC and if game doesn't check for save hardware other than EEPROM then it most likely will work. Bootloader does all the work necessary to setup the console registers for specific CIC chip that game requires.

How to build

Instructions below are mostly written for Windows users and point to Windows specific executables.

Download latest zip files from releases tab.
Order PCBs in your farovite company, all gerbers, bill of materials and schematics are in SummerCart64_PCB-[version].zip file.
Order all necessary components, eg. in Mouser.
Solder all components onto the PCB.
Connect flashcart to PC.
Download FT_PROG from FTDI website.
Open FT_PROG and scan for devices.
Load ftdi-template.xml from SummerCart64-[version].zip located in hw folder.
Program FTDI chip, then right click on the device and select "Cycle port"
Download and install Arrow USB Blaster drivers from Trenz Electronic website.
Download and install QuartusProgrammer from Intel website.
Click on "Hardware Setup..." button and select "Arrow-USB-Blaster [ARxxxxxx]" in "Currently selected hardware", then close window.
Click on "Auto Detect" button and select "10M08SC" option.
Click on the newly shown row, then click on "Change File..." button and select SummerCart64.pof file from SummerCart64-[version].zip located in fw/output_files folder.
Select "Program/Configure" and "Verify" checkboxes.
Click on "Start" button and wait for operation to finish.
Download and install avrdude.
Program ATtiny45 with UltraCIC-III.hex file from SummerCart64-[version].zip located in sw/cic folder, more information is available here.
Download latest release of N64-UNFLoader.
Insert flashcart in the Nintendo 64.
Upload ROM by executing UNFLoader -r your_rom_file.n64
Turn on console and enjoy playing homebrew games on real hardware.

Issues

There are several issues with the project at the moment in order of importance. Keep in mind that core flashcart functionality is fully working:

No save write-back to SD card without console reset implementation.
No RTC implementation.

What's next

Current goal is to fix bugs in SDRAM and PC modules.