Open Source FPGA Expansion Card for the Apple II
The A2FPGA is a peripheral card for Apple II models, offering 720p HD video and Mockingboard sound. It uses FPGA technology, supports multiple outputs, and is sold by ReActiveMicro.
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The A2FPGA is an advanced peripheral card designed for the Apple II series, including models II, II+, //e, and IIgs. It provides HD video output at 720p 60Hz and is compatible with Mockingboard sound, allowing users to experience classic Apple II graphics and audio on modern displays. The card utilizes a field-programmable gate array (FPGA) for precise timing and memory access, enabling it to replicate the original hardware's functionality. It supports multiple display modes and audio outputs simultaneously, although certain configurations may require firmware adjustments. The A2FPGA is actively sold by ReActiveMicro and has been positively reviewed in various online videos. However, users should be aware of potential incompatibilities with other peripheral cards in specific slots, particularly Slots 4 and 7, which are designated for Mockingboard and Synetix SuperSprite functionalities, respectively. The device is not an emulator but a complete hardware implementation, ensuring authentic performance. Firmware updates are available to enhance functionality and address issues, with ongoing support from the developer community.
- The A2FPGA provides 720p HD video and Mockingboard sound compatibility for Apple II computers.
- It uses an FPGA for accurate interfacing and supports multiple display modes and audio outputs.
- Incompatibilities may arise with other cards in specific slots, particularly Slots 4 and 7.
- The device is actively sold and supported by ReActiveMicro, with firmware updates available.
- It is a complete hardware implementation, not an emulator, ensuring authentic Apple II performance.
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8 commentshttps://github.com/a2fpga/a2fpga_core/blob/main/boards/a2n20...
I always find it impressive how integrated our electronics have become and how few components are required to achieve what would have taken large, crowded PCBs in the past.
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