Then those connectors can be part of the original Enterprise futuristic design.

Does Werner have the print out measures of the other connectors?

I have made a disturbing discovering: the mainboard edge connectors are displaced from the case square holes.

On my old EP(Issue 4) the displacement is about a millimetre, but  on my new EP(Issue 6) grows up to almost 1,5mm.

[ Guests cannot view attachments ]

The problem is that old female edge connectors had only single 1mm narrow contacts:

[ Guests cannot view attachments ]
Example: Patkány Edge connector.

While "modern" edge connectors have two contacts per pin, that extend the contact surface more than 1,5mm.

[ Guests cannot view attachments ]
Example: Retrocables RGB Edge connector.

I was struggling my mind trying to figure out why the Patkány refused to work on my new EP, then I have seen the difference on the mainboard position.

I have still parts to make ten more RGB or parallel cables. And thirteen full populated joystick cables.

Now that I have two EPs, I want to test the NET device. I have cut one of the housings just at the middle as a test for a serial connector.

I have made some test with the cable. The NET works really good with two computers.

If I set both of them to 10 Mhz, the Net still works perfectly, but at 24000 baud....

sounds great

As you can see, there are 16 settings, from 0 to 15, but both 14 and 15 are 9600 bauds.

A new super-fast baud-rate can be added at 14 or 15 positions or rearrange completely the table. There is an excessive number of slow rates.

The problem here is, how can the new baud rate be measured?

[ Guests cannot view attachments ]

Yes, they seem like delay cycles. At 14 and 15 they are already very low.


-------------------

Below 300 bauds are settings for very old Teletype machines.

A more rational and standard settings list can be 110, 150, 300, 1200, 2400, 4800, 9600, 19200, 38400, etc.

And adding 31250 the EP could control Midi devices directly....