EasyProg is a program for the C64. It is used to write (“burn”) cartridge image files (*.crt) onto an EasyFlash.
Changes:
source: easyflash homepage
from Homepage:
EasyFlash is a cartridge for the C64 expansion port. In contrast to traditional cartridges, this one can be programmed directly from the C64.
You can easily create various classic computer game cartridges, program collections or even a diagnostic cartridge to track down issues with your hardware with it.
All what you need to do this is a C64, an EasyFlash, the software available here and an image of the cartridge (*.crt). As these CRT files may be quite large, a large disk drive like the FD-2000 or an sd2iec may be useful.
EasyFlash is not a freezer cartridge like the Final Cartridge III or the Retro Replay. And it’s no replacement for a 1541 disk drive like the sd2iec.
source: easyflash homepage
Conversion from Commodore 64 of a classic type-in text adventure from the book published by Usborne in 1984. Play it in the glory of 40 columns!
from Readme:
————————————————————–
Indivision AGA Configuration Tools V1.22
Indivision AGA FPGA Logic Core V1.5
(c) 2009 by Oliver Achten
————————————————————–Short description
————————–These tools enable you to configure your Indivision AGA flickerfixer, which means you can flash updates, make a backup of your existing flash configuration or change the internal display parameter settings of your Indivision AGA to match your preferred setup.
source: icomp.de
This is the first public version of ICU64 / Frodo Redpill. You can now experience the hacker’s view of the Commodore 64 with real-time view and edit of the C64 internals.
Requirements:
source: icu64.blogspot.com
Autopsy:
Cartridges list:
from Wikipedia:
The Magnavox Odyssey², known in Europe as the Philips Videopac G7000, in Brazil as the Philips Odyssey, in the United States as the Magnavox Odyssey² and the Philips Odyssey², and also by many other names, is a video game console released in 1978.
In the early 1970s, Magnavox was an innovator in the home video game industry. They succeeded in bringing the first home video game system to market, the Odyssey, which was quickly followed by a number of later models, each with a few technological improvements. In 1978, Magnavox, now a subsidiary of North American Philips, released the Odyssey², their new second-generation video game console.
In Europe and Brazil, the Odyssey² did very well on the market. In Europe, the console was most widely known as the Philips Videopac G7000, or just the Videopac, although branded variants were released in some areas of Europe under the names Radiola Jet 25, Schneider 7000, and Siera G7000. Philips, as Magnavox’s European parent company, used their own name rather than Magnavox’s for European marketing A rare model, the Philips Videopac G7200, was only released in Europe; it had a built-in black-and-white monitor.
Videopac game cartridges are mostly compatible with American Odyssey² units, although some games have color differences and a few are completely incompatible. A number of additional games were released in Europe that never came out in the US.
Autopsy:
from Wikipedia homepage:
The ZX Spectrum +2A was produced to homogenise Amstrad’s range in 1987. Although the case reads “ZX Spectrum +2″, the +2A/B is easily distinguishable from the original +2 as the case was restored to the standard Spectrum black.
The +2A was derived from Amstrad’s +3 4.1 ROM model, using a new motherboard which vastly reduced the chip count, integrating many of them into a new ASIC. The +2A replaced the +3′s disk drive and associated hardware with a tape drive, as in the original +2. Originally, Amstrad planned to introduce an additional disk interface, but this never appeared. If an external disk drive was added, the “+2A” on the system OS menu would change to a +3.
As with the ZX Spectrum +3, some older 48K, and a few older 128K, games were incompatible with the machine. The ZX Spectrum +2B signified a manufacturing move from Hong Kong to Taiwan later in 1987.
source: wikipedia
Click here for my Commodore Modem 8010.
Cartridges list:
click here for the vic-20 cartridges category.
from Wikipedia:
As for commercial software offerings, an estimated 300 titles were available on cartridge, and another 500+ titles were available on tape. By comparison, the Atari 2600—the most popular of the video game consoles at the time—had a library of about 900 titles near the end of its production life (many were variations of another title).
Most cartridge games were ready to play as soon as VIC-20 was turned on, as opposed to games on tape which required a time-consuming loading process. Titles on cartridge included Gorf, Cosmic Cruncher, Sargon II Chess, and many others.
source: wikipedia
From homepage: This version fixes the compatibility bug with Snow Leopard OS.
Changelog:
source: sidmusic.org
Cartridges list:
click here for the vic-20 cartridges category.
from Wikipedia:
As for commercial software offerings, an estimated 300 titles were available on cartridge, and another 500+ titles were available on tape. By comparison, the Atari 2600—the most popular of the video game consoles at the time—had a library of about 900 titles near the end of its production life (many were variations of another title).
Most cartridge games were ready to play as soon as VIC-20 was turned on, as opposed to games on tape which required a time-consuming loading process. Titles on cartridge included Gorf, Cosmic Cruncher, Sargon II Chess, and many others.
source: wikipedia
VirtualC64 emulates a Commodore 64 personal computer on your Macintosh. I wrote the software with two major goals in mind. First, I wanted to create an emulator that can be used as a demonstrator program in a first year or second year course on computer engineering.
To achieve this goal, I have integrated various debugging capabilities that let you peek inside the CPU, RAM, ROM, or one of the custom chips. Second, I tried to make the emulator as user friendly as it can get.
In short: VirtualC64 tries to combine the ongoing fascination of the ancient Commodore computers with the great user experience of today’s Macs.
Changelog:
Fixed in beta 8
source and download: dirkwhoffmann.de
from Homepage:
Aries was backordered on the required 24 and 28 pin headers needed to finish testing, and the order just came in this past week. Thus, I finally had a chance to solder and test the units. Testing went well, and I can program the units with my Willem programmer.
Originally designed to hold a 29EE512 64kB EEPROM, I found a good price on Atmel AT49F001 128kB 5V Flash, so I made the necessary adjustments and tested with the new memory. Testing went well, so I am releasing the design to production.
I have noticed one issue that I need to address. Some CBM units have an RFI shield that doubles as a heat shield. To perform the latter function, metal “fingers are stamped out of the shield that press on the top of the ICs. I need to ensure the metal shield/heat sink does not contact any of the pins on this unit.
source: jbrain.com
TapPlay / TAP file playback for sd2iec hardware.
Changelog:
2009-08-21 – release 0.1.0
source: sd2iec.de gitweb forum thread twitter.com
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