This is a tiny eprommer software. You need a external interface connected via commodore 64 userport for burn eprom. The programmed chip will be used later with the Easyflash cartridge.
source: noname.c64.org
Commodore 64 it’s back… and better than ever! The new C64 is a modern functional PC as close to the original in design as humanly possible.
It houses a modern mini-ITX PC motherboard featuring a Dual Core 525 Atom processor and the latest Nvidia Ion2 graphics chipset. It comes in the original taupe brown/beige color, with other colors to follow.
source: commodoreusa.net
The HxC Floppy Drive Emulator is a software and hardware system created by jfdn aka Jeff.
The aim of this project is to replace the floppy disk drive by an electronic device emulating the floppy disk drive (list of supported Computer/Hardware).
There are two differents emulators:
Release notes for the HxCFloppyEmulator software v1.5.1.0:
source: hxc2001.free.fr
ZoomFloppy is an USB device for connecting Commodore disk drives to your PC.
The ZoomFloppy is an improvement based on XU1541 from Till Harbaum. Nate Lawson and Jim Brain teamed up to produce a professional product.
This controller will support IEC drives, IEEE-488 drives and a user-port connection for parallel speeder drives.
source: jbrain.com commodore-gg.hobby.nl
KryoFlux is a USB-based floppy controller designed specifically for reliability, precision, and getting low-level reads suitable for software preservation.
Technical Specs:
source: kryoflux.com
Floppy Emulator (PCB by Lotharek):
The HxC Floppy Emulator is very smart device, designed by Jean-François DEL NERO. It allows you to emulate any 34 pins floppy disk drive. The SDCard HxC Floppy Emulator can replace different kind of floppy disk drive and allows you use SDCard media instead of floppy disk.
This emulator is actually used on Amiga, Atari, CPC, PC computers, different keyboards and samplers, CNC machine tool, and scientist instruments. The full list of supported host computer/instruments are on the project website.
source: hxc2001.free.fr lotharek.pl
Autopsy:
Manosoft the author of the famous interface C64SD in these days is selling a replacement part for our Commodore 64 (first model) and SX64, we are talking about the PLA chip (906114-01), the component for excellence of failure of many Commodore 64.
The chip PLA (906114-01) is no longer sold as spare part, but the file for build a ‘homebrew’ PLA clone is available online. The Manosoft PLA is designed specifically to meet all people.
I and Manosoft after a careful reading of C64 forums we concluded that we must utilize a 27C512 PROM 90ns from ST (instead of an EPROM). This means you get a good compatibility (like 99%) with all Software and Hardware available for the Commodore 64.
source: c64sd.roxer.com
This site is about recreating gaming hardware from the past in modern programmable devices, known as FPGAs.
source: fpgaarcade.com
Individual computers has been working on a new turbo cards for the Amiga 600 and 1200. If you wish to purchase the turbo cards visit the official resellers Vesalia.
| Amiga 1200 features: | Amiga 600 features: |
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source: vesalia.de
The HxC Floppy Drive Emulator is a software and hardware system created by jfdn aka Jeff.
The aim of this project is to replace the floppy disk drive by an electronic device emulating the floppy disk drive (list of supported Computer/Hardware).
There are two differents emulators:
Release notes for the HxCFloppyEmulator software v1.5.0.0:
source: hxc2001.free.fr
DualSID is a device which allows you to plug in two different SID models to your Commodore 64. You can set the second SID‘s address to five different memory locations.
Both SIDs can be set to the same memory area which enables stereo sound to your favourite games. DualSID is compatible with most stereo SID software and demos.
Features:
For more information and price visit the Tomi Malinen homepage
source: dual sid homepage
Autopsy:
The Expansion Ram 320XL is a external plug and play 320kB memory expansion card for Atari 600XL and 800XL machines designed by ctirad a user of AtariAge Forum.
Additionally there is a possibility to disable internal memory and remap it onto card (switchable via jumper), thus one can “fix” many failing XLs without even looking inside. Also, an unexpanded 16kB 600XLs can be upgraded to 320XL without any additional work.
The Expansion Ram 320XL uses banking via bits 2,3,5,6 and 4 of PORTB. As you can see this is compatible with “Atari magazine” expansion rather than a most common RAMBO or Compy shop setup, however I have to say the comaptibility with both old and new software is excellent. There can be only problem with some programs, which does use the separate Antic/CPU banking.
The Installation is very easy. The Atari 600XL users will just plug it into PBI port. For Atari 800XL is a bit more complicated, because Atari decided to remove 5V power from the PBI connector from it. Thus 800XL users will have either to use additional power cable which will fit into joystick port or solder one wire inside atari to make the PBI port powered like on 600XL (look photo).
For more information and price visit the atariage.com.
source: atariage.com
This is a Joystick port Switcher for Commodore 64.
It switches the digital signals from the joystick and the analogue signals for the mouse or paddles. The Green LED is turned on when the ports are being swapped.
The Joystick port Switcher remembers the last swap state when turned off and will resume that mode when the Commodore 64 is next turned on.
Provides ESD protection for the Commodore 64 CIA’s as there is no direct connection from the Commodore 64 ports to the joystick inputs.
For more information and price visit the lemon64.com
Here you can see some photo of the first version of the 1541 Ultimate II tape extender. With the latest firmware it’s now possible capture tape data to a .TAP file!
source: 1541ultimate.net
Micro SwinSID (SwinSID88) is a hardware replacement for legendary SID sound chip which was placed in every Commodore C64 computer.
This project is based on the microcontroller ATMEGA88PU from Atmel and the emulation code is written by Swinkels. The first version of the pcb (prototype) was made by Crisp.
On the left you can see the tiny PCB of the Micro SwinSID made by a user of the forum64.de.
*This PCB is compatible with Commodore 64 and 64C but you need to Remove the resistor R3 if you install the Micro SwinSID on Commodore 64/SX64 where the SID 6581 is used.
For more information and price visit the forum64.de.
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