by Steven B. Combs, Ph.D. tags:
In a previous Clockwork Pi DevTerm assembly video, I my LCD panel was broken and I had to hack the panel in order to get it working; however, Clockwork was quick to send out a replacement and during a 2022-05-01 livestream, I replaced my hacked up LCD screen with the new one.
The video below is a 27 minute edit of the longer one hour and thirteen minutes livestream.
A huge shout-out to Clockwork, and Alex, for the opportunity to experience the DevTerm. They sent their top-of-the-line DevTerm, the A06, to me at no cost. That’s a $340 value and I am under no obligation to provide a positive review. My thoughts are my own. Thanks again, Clockwork, for supporting my YouTube channel and blog!
You can now support me via my Buy Me A Coffee page with a onetime activity or become a full member via my fun Commodore inspired membership levels. When you support the channel, you get additional content and fun extras. Check out the membership levels to learn more.
Thank you to these members for supporting me at the C128 and MEGA65 level; making them retroCombs (executive) producers:
Title: I unbox, assemble and demo the Clockwork Pi DevTerm A06. See how it went.
In this video, I replace the DevTerm LCD panel and demonstrate the VirtualT emulator.
None as of 2022-05-22.
After I install the replacement LCD panel, I compare the DevTerm to a TRS-80 Model 100. I don’t show how to install the software (a later video), but I demonstrate the VirtualT TRS-80 Model 100 emulator optimized for the DevTerm.
The emulator has a few quirks, but it’s good! More on this emulator in the future.
Below are the links I mention in this blog post and companion video.
There are various models of the DevTerm. The model sent to me by Clockwork was the A06 that includes:
The A06 model includes plenty of ports:
It’s a fun and capable gadget if you can get past the 65% keyboard.
Below is an image of the crushed/split ribbon cable. I did not show this in the video.
Thanks again to Clockwork for immediately shipping a replacement. While waiting, I grabbed my ohm meter, an X-Acto knife, wire, and soldering iron and got to work.
With the tip of the knife, I lightly scratched the plastic from the ribbon cable to expose the conductive material underneath. I used the ohmmeter to test across the ribbon cable to the connector on the LED driver board. Once I had enough of the ribbon cable exposed to make a consistent circuit, I soldered a small wire to the ribbon cable and then to the LED driver board. I connected it to the DevTerm, turned it on, and after about 10 seconds, the display LEDs turned on.
As I mention during the video, I have even more content I want to produce for the DevTerm that includes:
What ideas do you have or what do you want to see? Drop a comment below and let me know.
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