Romulator Tutorial & Free Download - MEGA FILE

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Unleashing the Power of Romulator: Your Ultimate Guide to ROM and RAM Replacement for 6502 and Z80 CPU Systems​

The Romulator, a revolutionary RAM/ROM replacement device for 6502 and Z80 systems, takes center stage in the realm of CPU systems. Offering programmable memory maps and advanced debug functionality, Romulator allows you to halt a running CPU, read from, and write to memory. In this comprehensive guide, we'll explore the Verilog code, installation process, default switch settings, programming methods, and additional features of the Romulator, ensuring you harness its full potential.

Understanding Romulator​

The Romulator serves as a pivotal device for 6502 and Z80 systems, providing a dynamic replacement for RAM and ROM. With the ability to reprogram memory maps and facilitate debugging, it becomes an indispensable tool for enthusiasts, developers, and anyone seeking to enhance their CPU systems.

Installation: Unleash the Power​

To integrate the Romulator into your system, follow these steps:

1. Prepare the CPU:
   
   • Remove the 6502 CPU from its socket on the motherboard.
   • Insert the 6502 chip into the 40-pin socket on the Romulator board, aligning notches.
   • Insert the Romulator board into the 6502 socket on the motherboard, ensuring proper orientation.
2. Default Switch Settings:
   
   • The Romulator supports up to 32 memory maps with default settings primarily related to Commodore PET.
   • Verify switch settings according to the desired memory map. Refer to the provided table for default configurations.
3. Memory Maps:
   
   • Customize memory maps via the programming interface for tailored configurations.

Programming and Debugging​

Program and debug your Romulator in two ways:

1. Raspberry Pi Connection:
   
   • Connect a Raspberry Pi to the Romulator's 10-pin header using soft SPI implementation.
   • Utilize the optional RPI Romulator programming board for enhanced functionality.
2. Standalone Programmer:
   
   • Use a standalone programmer with a D1 Mini Board and an interface board for WiFi or USB programming.

Virtual Display​

Explore the exciting virtual display feature:

• Create a virtual external display using a connected Raspberry Pi as a web server.
• View real-time rendered images of video RAM by navigating to the Pi's server using a browser.
• Enjoy this feature, currently supporting the PET 2001 with plans for expansion.

Conclusion​

The Romulator stands as a game-changer in the world of CPU systems, offering unparalleled capabilities in ROM and RAM replacement. By following this comprehensive guide, you've unlocked the potential to enhance your 6502 and Z80 systems, opening doors to custom memory maps, debugging, and virtual displays. Embrace the Romulator and propel your CPU systems to new heights!