| Standard Gaming PCB | Arcade machines, basic gaming consoles | Copper Thickness: 1 oz (IPC-4101 compliant), RoHS 2011/65/EU (no hazardous substances) | Cost-effective (▲ base price), meets basic safety standards | Limited power handling (max 5A), not suitable for high-frequency signals (>1GHz) |
| Industrial Control PCB | Factory automation, robotics | Copper Thickness: 2 oz (▲ thermal capacity vs 1 oz), UL 94 V-0 (flame retardant) | Better heat dissipation (▲▲ thermal ▲), durable for harsh environments | Higher cost (+30% vs standard), heavier weight (▲ material density) |
| Automotive PCB | In-vehicle systems, sensor networks | Copper Thickness: 3 oz (▲▲ thermal ▲▲), AEC-Q100 Grade 1 (-40°C to +150°C) | Withstands temperature extremes (▲▲ thermal stability), vibration resistance | Complex manufacturing (requires conformal coating), higher cost (+50%) |
| Medical PCB | Diagnostic equipment, patient monitors | Copper Thickness: 1.5 oz (▲ moderate thermal), ISO 13485:2016 (quality management) | Biocompatible materials (RoHS + medical-grade), precise signal integrity | Strict compliance (▲▲ regulatory hurdles), limited flexibility (rigid design) |
| Consumer Electronics PCB | Smartphones, wearable devices | Copper Thickness: 0.5 oz (lightweight ▼), RoHS/UL (dual compliance) | Compact design (▲ space efficiency), low power consumption (▲▲ energy efficiency) | Limited power capacity (max 3A), less durable (▲▲ environmental sensitivity) |
| High-Frequency PCB | 5G infrastructure, radar systems | Copper Thickness: 6 oz (peak thermal ▲▲▲), RoHS/UL + MIL-STD-883 (military-grade) | Superior signal integrity (▲▲▲ EMI resistance), handles high frequencies (up to 50GHz) | High cost (+100% vs standard), requires specialized assembly (controlled impedance) |