Definition:
The Namco System 246 is a proprietary arcade system board developed by Namco Limited, based on the hardware architecture of the Sony PlayStation 2.
Overview:
Released in 2002, the Namco System 246 was designed to bring next-generation 3D graphics and processing power to arcade games by leveraging the consumer-grade PlayStation 2 hardware platform. It enabled arcade developers to create games with graphical fidelity and processing capabilities previously unattainable in coin-operated systems. The system was widely used in Japan and other markets to run a variety of arcade titles, particularly in genres such as racing, fighting, and rhythm games.
Etymology/Origin:
The name "Namco System 246" follows Namco's naming convention for its series of arcade system boards. The number "246" does not have a publicly documented symbolic or technical significance, but it is likely a sequential or internal development designation. The system's architecture is directly derived from the PlayStation 2, which was released by Sony in 2000.
Characteristics:
- Based on the PlayStation 2's Emotion Engine CPU and Graphics Synthesizer GPU.
- Utilizes DVD-ROM media for game storage.
- Supports connectivity with PlayStation 2 memory cards and certain peripherals via I/O expansion.
- Allows simplified porting of arcade titles to the PlayStation 2 console, and vice versa, reducing development time and cost.
- Features specialized I/O boards for arcade cabinet integration, such as coin mechanisms, custom controls, and network capabilities.
The system was succeeded by the Namco System 256, which also used PlayStation 2-based hardware but with enhanced specifications and broader storage options.
Related Topics:
- Namco System 256
- PlayStation 2 architecture
- Emotion Engine
- Arcade system board
- Namco Limited
- Bandai Namco Entertainment
- Console-based arcade systems
Note: The Namco System 246 is distinct from other Namco board systems such as the System 22 or System 23, which predate the PlayStation collaboration and use different hardware architectures.