Surface Finish | High-density BGA/Chip-on-Board assemblies | Industry Standard: HASL (25-35 µm, cost-effective) Our Base: HASL (same as industry) Our Advanced: ENIG (3-5 µm Ni + 0.05 µm Au ▲)
| Advanced: Corrosion-resistant, compatible with fine-pitch components. Base: Economical for standard assemblies. | Advanced: 20% higher cost vs Base. |
Material Composition | High-temperature industrial equipment | Industry Standard: FR-4 (TG 130°C) Our Base: FR-4 (TG 130°C) Our Advanced: FR-4 with TG 170°C ▲
| Advanced: Withstands temperatures up to 170°C (ideal for harsh environments). Base: Standard thermal stability. | Advanced: Slightly more brittle; requires precision handling. |
Layer Count | Complex multi-functional devices | Industry Standard: 4 layers Our Base: 4 layers Our Advanced: 6 layers ▲
| Advanced: Enables denser routing for high-pin-count ICs. Base: Cost-effective for moderate complexity. | Advanced: 30% higher fabrication cost vs Base. |
Thermal Management | High-power LED or motor control systems | Industry Standard: 1 oz copper (35 µm) Our Base: 1 oz copper Our Advanced: 2 oz copper ▲
| Advanced: 40% better heat dissipation (ideal for power electronics). Base: Sufficient for low-to-moderate power. | Advanced: Adds weight and thickness; requires thicker boards. |
Signal Integrity | High-speed data transmission (e.g., PCIe) | Industry Standard: ±10% impedance tolerance Our Base: ±10% Our Advanced: ±5% ▲
| Advanced: Reduces crosstalk by 50%, enabling GHz frequencies. Base: Adequate for standard digital signals. | Advanced: Requires tighter manufacturing tolerances (longer lead times). |
Customization Options | Rapid prototyping for niche applications | Industry Standard: Limited to standard finishes/layouts Our Base: Standard options Our Advanced: Custom coatings (e.g., RoHS, UL认证) + 48-hour prototyping ▲
| Advanced: Supports specialized certifications and faster iterations. Base: Meets basic customization needs. | Advanced: 15% markup for non-standard requests. |