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PinBoard

Pinball Adventures presents a robust and sophisticated hardware platform for modern pinball needs, and we call it the PinBoard. Rather than being geared towards resurrecting beloved games of the past, the PinBoard is focused on current technology and requirements.

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Pinball Adventures presents a robust and sophisticated hardware platform for modern pinball needs, and we call it the PinBoard. Rather than being geared towards resurrecting beloved games of the past, the PinBoard is focused on current technology and requirements.

While modular, the PinBoard isn’t highly distributed, like some other recent introductions to the pinball hardware arena. The Mainboard, the core of the system, can be fitted with a variety of daughter boards, simply called Cards. Examples include Cards that provide: high-voltage drivers, low-voltage drivers, display controllers, extended switch connectivity, and Wi-Fi connectivity.

The PinBoard system is built around two key concepts: feedback, and smarts. By default, all drivers and switches come with LED feedback for testing, configuration, and troubleshooting. We have feedback on many other aspects as well, like fuse status, power rail status, and more. A touch screen on the Mainboard allows you to directly control and test many features without plugging any external device in.

For smarts, the PinBoard has features like automatically isolating a failed coil, detecting unusual current activity on the various power rails, and other intelligent pre-emptive protections, which are designed to help game customizers, game creators, and game customers too: the technical support process is made easier and less frustrating with these features. Open the head, and use the touchscreen to quickly read out a human-language error condition, or to test or configure the game.

A typical PinBoard configuration can support 48 drivers at 48V, 48 drivers at a mix of 5V and 12V, 64 direct switches, and 128 matrix switches. By employing fewer Cards, costs can be reduced as suits a particular machine. Those are the onboard switch capabilities of the Mainboard itself, and those driver counts are achieved with 6 high-voltage driver Cards, and 6 low-voltage driver Cards.