We take another look at the RetroTink 2X upscaler. We give a couple of consoles a try and see what kind of results we get.
It’s the third instalment of our build a joystick series. In this episode we’re just going to take a look at some of the components we’ve collected and look at how we have to change the design to suit them.
We continue our look at building a joystick, after breaking down how they work in the last part now we take a look at the initial design.
We take a look at the new piece of hardware that claims to improve how you play retro game consoles on new HDTVs.
We don’t have any joysticks for our RX-78 computers, we could build an adaptor to use another style of controller but what about if we just build one from scratch?
The Bandai RX-78 uses a proprietary joystick port with an 8 pin din. This din should be a 2-3-3 layout with all pins symmetrical. It also makes use of two ground connections, Ground 1 provides Fire, Left and Up when connected to the relevant pins and Ground 2 provides Right and Down.
Port as seen when looking at the machine
|2||Left / Right|
|6||Up / Down|
We received the Bandai RX-78 Personal Computer in an unboxing, unfortunately there were no joysticks and it has a proprietary joystick port. So what we need to do is work out how the joysticks work so we can connect a different joystick to is (maybe an Atari or Sega one).
Continuing the trawl through the pile of Famicom games that we received during a Japanese unboxing.
The second part of our giant Japanese delivery unboxing.
The first of 3 unboxing videos featuring the giant delivery we received from Japan.