Today I finished creating the first pinout section for the connectors found on the Commodore 64.
You can find it here.
I hope to add other systems soon, but creating the images takes some time.
Today I finished creating the first pinout section for the connectors found on the Commodore 64.
You can find it here.
I hope to add other systems soon, but creating the images takes some time.
Yesterday I upgraded my Commodore 16 to 64 Kb of memory.
I’m still not sure if I can call my Commodore 16 now a Commodore 64 😛 .
Now it can run most Programs created for the Plus/4.
I wrote a little story on how to do this.
You can find it here.
This is first mod I did on my Commodore 16, I’m already planning to do more mods, like adding the 3-1 function rom of the Plus/4, Jiffy dos and a way to enable/disable and select the rom(s).
Today I finished Thimbleweed Park, a kickstarter from the guys that also created Maniac Mansion.
Thimbleweed Park is a nice game with a lot of hints to the old games of Lucasart.
If you liked Maniac Mansion and/or Zak McKrakken then you sure will like this game.
Yesterday I found an old project I made several years ago.
It’s a IECATA an ide interface for the commodore computers with the iec connector like the VIC20 and C64.
It’s based on a microprocessor and some memory.
The system lets you use the default commands to load and save files to an ide harddisk.
Later some other sites like www.dienstagstreff.de and 8bit.yarek.pl picked up the idea and made new versions of this project.
A Happy New Year to all of you.
Hope you all will have a good 2017.
Last month I collected some new hardware.
I got a 1700 (c128 memory expansion, expanded to 512k), 1571 drive, Multi evolution 500 (a500 SCSI interface with some fast memory) and a surf squirrel (A1200 scsi interface).
And I picked up some old projects.
I will try to keep this site updated with the progress of those projects
A little update, Last 2 months I was busy adding pages to the data sheet part of the site.
And changed the way I wanted to control my commodore SX64 (and later on my compucase and Amiga).
My first Idea was to control the Kernal selections and drives id by a little FPGA, but it the FPGA I have didn’t like to have that much flipflops (memory for storing configuration).
So I had to go for a bigger FPGA or move to another way.
The other way presented it self to me 3 months ago, when I learned about the ESP8266 devices.
A ESP8266 Device is a cheap (2-3 Euro) module that contains a CPU, WIFI controller and webserver.
With some simple code, I turned it into an Access Point that has a website that is controlling the kernal selection and drive id.
The communication between the ESP8266 and the I/O chip (PCF8574) is done by I2C.
The circuit also contains a I2C EEPROM to store settings.
Last night I built the circuit on a circuit boards and hope to do some test real soon.
I still need to build the I/O part that selects the drive ID and drive ROMs.
Also I need to program the ROMs with the various Kernals and drive firmwares.
I was building a list of LCD monitors that were able display the 15 kHz images by searching on the internet.
I wanted to place the list on my website, but last week I bought a LCD monitor that should support the 15 kHz.
After testing it at home, I got the message that it did not support the frequency.
The monitor I bought was a Samsung Syncmaster 710N.
So I decided that I won’t publish the list.
Yesterday some new parts arrived.
The mail man brought me a package with an internal 1571 drive and big power/drive activity led from a Commodore 128 D.
With this drive I can restore one of my Commodore 128 D computers that is missing the metal shields from the drive interface and the drive led.