Another purchase from the car boot was this £1 curio. It’s a NOAC (NES On A Chip) Famiclone. Two controllers, one that hooks up to the TV (containing 4 x AAA) and a second that connects to the first. They’re intended to look like N64 controllers, but the hardware inside is a NES clone with 21 games (see this great post on NOACs by Ben Heckendorn).
The 21 titles are original NES games reskinned with new, often bizarre, graphics. Particularly odd is the Super Mario Bros clone called Panda. Very bleak. Very existential.
On the bottom is an edge connector for Famicom carts. Although the hardware is the same the connection across the NES and Famicom are different (there are more, albeit unconnected, pins on a NES cart). It also has a Zapper built in and a little trigger where you’d find the Z button on an N64 controller. Duck Hunt has been reskinned as an alien shooter and Hogan’s Alley has animals with guns.
Here it is cracked opens. Those three black blobs are where the ROMs and NOAC are. The lead out the bottom is composite video and L & R audio. Although they’re wired together as the NES is mono. Also at the bottom is the D-sub connector for the second controller. A Master System or Mega Drive controller fits, but I haven’t tested. I wouldn’t be suprised if they used the same control scheme as there’s no shift registers used in the NES in the system.
Composite coming off of the board. Not the neatest soldering job I’ve seen. These connections, like a lot of the board, was covered in a thick glue.
The D-sub player 2 port and the trigger button. At the top of the picture you can see two LEDs and the sensor for the “Lightblaster”. The two LEDs seemingly have no function, but come on when you shoot. Totally pointless because you’re looking down the barrel anyway. I only noticed they came on when I saw their reflection in the screen.
The intention is to do something cool with this at some point. Possibly putting the whole lot inside an original NES controller. So, I decided to desolder the light gun parts: The sensor, two LEDs and the trigger. Here’s the back.
And the front. The two wires you can see at the top are the power inputs, nicely colour coded (red +, black -). These were wired to two springs which connected to the battery cartridge. The cartridge fits in to the expansion slot, like a rumple pack, housing the AAAs and springs back out again. Nice design feature.
The buttons short across those pads using rubber domes with carbon sections in, grounding the buttons. There appears to be some tidy places to solder in to as I know there are in a NES pad, so could be an easy weekend hack to finish up.
All I now need are:
- NES pad
- NES game of some kind
- 72 pin edge connector