$500 PC: Entry gaming, 1080p 60 FPS
**GPU**: GTX 1650 (4GB). **CPU**: Ryzen 5 5500. **RAM**: 16GB DDR4. **Storage**: 500GB NVMe. **Performance**: 1080p 60 FPS on high settings. Valorant 200+ FPS. Older AAA games medium settings. **Use case**: Budget gamers, esports only, casual players. **Verdict**: Good value. Limited to older/esports games.
$800 PC: Sweet spot, 1440p 60+ FPS
**GPU**: RTX 4060 Ti (8GB). **CPU**: Ryzen 7 5700X. **RAM**: 16GB DDR4. **Storage**: 1TB NVMe. **Performance**: 1440p 60+ FPS high settings. Modern AAA games playable. Competitive games 100+ FPS. **Use case**: Most gamers, best value. **Verdict**: Best performance-per-dollar. Recommended starting point.
$1200 PC: High-end, 1440p 120+ FPS
**GPU**: RTX 4070 Super (12GB). **CPU**: Ryzen 7 7700X. **RAM**: 32GB DDR5. **Storage**: 1TB NVMe. **Performance**: 1440p 120+ FPS ultra with ray tracing. 4K 60+ FPS high settings. **Use case**: Enthusiasts, streamers, high refresh gaming. **Verdict**: Premium value. Diminishing returns past this point.
$2000 PC: Overkill, 4K gaming
**GPU**: RTX 4090 (24GB). **CPU**: i9-14900K. **RAM**: 64GB DDR5. **Storage**: 2TB NVMe. **Performance**: 4K 60+ FPS ultra. 8K capable. Future-proof 5+ years. **Use case**: Content creators, streamers, extreme enthusiasts. **Verdict**: 60% more cost for 20% more performance. Only for pros.
Performance gains at each price tier
$500 → $800 (+$300): 80% more performance (1080p → 1440p). Worth it. $800 → $1200 (+$400): 30% more performance (60 FPS → 120 FPS). Good value. $1200 → $2000 (+$800): 15% more performance (120 FPS → 200+ FPS). Diminishing returns.