1. Core Performance Parameters (2025 Industry Benchmarks)
| Metric |
Technical Specifications |
Competitive Advantages |
| Operating Frequency |
6-110 GHz (millimeter-wave coverage) |
Supports FR4 + high-frequency hybrid pressing ⭐ |
| Maximum Layer Count |
20-layer HDI + any-stage blind/buried vias |
Line width/spacing: 40μm |
| Thermal Management |
Thermal conductivity: 4.5W/mK metal core substrate |
Temperature rise: [💡 Data Source: 2025 Global 5G PCB Technology Report shows 32% annual growth in high-frequency board demand, with base stations accounting for 45% and vehicle networking 28%.] |
2. Material & Process Innovations
High-Frequency Material Solutions:
- Rogers RO4835™ (ε=3.48, loss tangent=0.0037) – Optimal for antenna arrays
- Panasonic Megtron 6 (@110GHz) – Core solution for server backplanes
- Domestic Shengyi Technology Syanate ester – 40% cost reduction, Huawei-certified
Key Process Control Points:
|
|
graph LR |
|
|
A[Laser Drilling] --> B[Pulse Plating Copper Thickness ±3μm] |
|
|
B --> C[Plasma Etching Desmear] |
|
|
C --> D[100% AOI + AXI Inspection] |
📉 3. Cost & Delivery Competitiveness
| Service Type |
Base Price |
Delivery Cycle |
Suitable Scenarios |
| 8-layer prototype (5 pcs) |
$280/board |
24 hours |
Millimeter-wave RF validation |
| 12-layer medium batch (500 pcs) |
$18.5/unit |
10 days |
5G small cell mass production |
| 20-layer+ rigid-flex boards |
Custom quote |
25 days |
Satellite communication terminals |
⚠️ Industry Pain Point: IDC data reveals that delivery delays cause 37% of 5G projects to overrun budgets in 2025. Our solution mitigates risk through dual North American/Asian supply chains.
📚 4. Technical Certifications & Compliance
Global Mandatory Certifications:
- FCC Part 15 (EMC emissions)
- CE RED (EU Radio Equipment Directive)
- MIL-PRF-31032 (military-grade salt fog corrosion resistance)
Environmental Standards:
- Lead-free soldering (RoHS 3.0 compliant)
