Arcade game developers face the challenge of delivering visually stunning games while maintaining smooth frame rates, especially in graphically intensive titles. To achieve this, they employ a combination of optimization techniques and performance tuning strategies.

1. Efficient Asset Management: Developers optimize textures, models, and animations to reduce load times and GPU strain. Techniques like level-of-detail (LOD) rendering ensure simpler models are used at a distance, preserving performance.

2. Advanced Rendering Techniques: Modern arcade games leverage GPU-accelerated rendering, shader optimization, and dynamic resolution scaling to balance visual fidelity and frame rate stability.

3. Code Optimization: Game engines are fine-tuned to minimize CPU overhead. Multithreading and asynchronous loading help distribute workloads efficiently across hardware resources.

4. Hardware Profiling: Developers test games on target hardware to identify bottlenecks and adjust settings like shadow quality, particle effects, and post-processing to maintain consistent frame rates.

5. Frame Rate Capping: Some games cap frame rates slightly below the display’s refresh rate to prevent fluctuations and ensure smoother gameplay.

By combining these methods, arcade game developers create visually impressive titles that run seamlessly, even under heavy graphical demands.