hardware_faq
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| hardware_faq [2026/02/09 22:38] – [MouSTer: What can I do with that and where to buy?] walter | hardware_faq [2026/02/16 21:34] (current) – [Build-it-Yourself] walter | ||
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| * Atari wireless CX78+ Gamepad Controller. It also has an USB dongle for use on PC. - The mini joystick on the D-pad can be removed | * Atari wireless CX78+ Gamepad Controller. It also has an USB dongle for use on PC. - The mini joystick on the D-pad can be removed | ||
| * https:// | * https:// | ||
| + | * A Sega Master System controller (two button) | ||
| + | * It will work on the C64 and is safe to use. The second button will ground one of the paddle inputs, which does not cause harm as it’s designed to read a voltage input (ground=0V) | ||
| * **Not yet available** but in the works; Protopad from Protovision | * **Not yet available** but in the works; Protopad from Protovision | ||
| * https:// | * https:// | ||
| - | <wrap hi>Do not use an (unmodified) | + | == Sega Genesis Controller == |
| + | <wrap hi>Do not use a Sega Genesis controller.</ | ||
| + | Pin 7 on the Megadrive is the ground, while Pin 7 on the C64 is +5V. So pressing the controller pad would connect 5V to places where it shouldn’t be. There are electronics inside the controller to multiplex the buttons and it is possible that would be damaged too. | ||
| ==== Joystick ==== | ==== Joystick ==== | ||
| Line 77: | Line 80: | ||
| * https:// | * https:// | ||
| ==== Micro Tom ==== | ==== Micro Tom ==== | ||
| - | + | Note: the user manual indicaties that this is useful for the Commodore 64/128 for GEOS mouse emulation. And that it should work also for Joysticks and game pads. - When testimonials are found from C64U user that it works and with what this will be updated. | |
| - | * {{ : | + | |
| + | | ||
| ==== Other DB9-to-USB dongels ==== | ==== Other DB9-to-USB dongels ==== | ||
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| * https:// | * https:// | ||
| * https:// | * https:// | ||
| + | ===== DB9-to-Bluetooth adapter ===== | ||
| + | * joystick adapter for C64. Supports modern controllers with low latency and dual joystick mode. | ||
| + | * https:// | ||
| + | |||
| ===== Build-it-Yourself ===== | ===== Build-it-Yourself ===== | ||
| ==== Can I make my own C64 to joystick/ | ==== Can I make my own C64 to joystick/ | ||
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| ====== Internal storage ====== | ====== Internal storage ====== | ||
| //Do not forget; typical Commodore 64 software is very, very small. Look at the included 'usb cassette' | //Do not forget; typical Commodore 64 software is very, very small. Look at the included 'usb cassette' | ||
| + | |||
| + | Storage can be added by means of an SD-card or via the USB-port. The speed of the USB port is about 10 MB/s. The SD card is working in 1-bit SPI mode at 25 Mbps (3.125 MB/s), thus this is more then 3x slower than USB. | ||
| + | |||
| + | Extreem usage test; | ||
| + | * Load 16MB REU file from internal micro SD card (64GB SanDisk XC Ultra Class 10) :17 seconds | ||
| + | * Load the same file from external USB thumb drive (Kingston 64GB USB3) : 3 seconds | ||
| + | |||
| + | Note that 16MB is huge in this context. So while USB is certainly faster as you will typically load much small files the difference will be less extreme. | ||
| ===== SD-card ===== | ===== SD-card ===== | ||
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| [[https:// | [[https:// | ||
| + | ===== USB-stick ===== | ||
| + | Obviously you can just plug any USB mass storage device in the USB port. Like the included USB-stick (cassette). | ||
| + | |||
| + | Some USB-sticks have a build in light, that you may or may not wish to have it. Especially if you plug it in the internal USB-A port and you have a translucent case. | ||
| + | |||
| + | It would make sense to buy for this purpose a mini USB-A stick. That looks like one of those dongles for a wireless mouse. - This instead of the traditional stick. | ||
| + | |||
| ===== Adding an NVMe SSD ===== | ===== Adding an NVMe SSD ===== | ||
| Inside the C64U is an internal USB-A port. The top port works. You can buy an NVMe enclosure, put an 2230 M.2. NVMe SSD inside it. And hook it up with an short USB-A to USB-C cable. **This way you can have several terabyte of internal storage in your C64U**. - Consider using something to secure it inside. Like double sided tape so it will not move around or maybe damage anything.\\ | Inside the C64U is an internal USB-A port. The top port works. You can buy an NVMe enclosure, put an 2230 M.2. NVMe SSD inside it. And hook it up with an short USB-A to USB-C cable. **This way you can have several terabyte of internal storage in your C64U**. - Consider using something to secure it inside. Like double sided tape so it will not move around or maybe damage anything.\\ | ||
hardware_faq.1770676723.txt.gz · Last modified: by walter
