6-Layer Hybrid RF/FR-4 PCB with RO4003C Core - 1.1mm Thick, 4/6 Mils Trace/Space, ENIG Finish
(All PCBs are custom-manufactured. Reference images and parameters may vary based on your design requirements.)
1. Product Overview
This 6-layer hybrid PCB combines Rogers RO4003C high-frequency material with Shengyi S1000-2 FR-4 to deliver optimal performance for RF and digital applications. Designed for cellular base stations, automotive radar, and satellite communications, this board features 1oz copper layers and matte green solder mask for professional applications.
Key Benefits:
1. Cost-Effective RF Solution: Combines RO4003C performance with FR-4 affordability
2. Thermal Reliability: High Tg FR-4 (170°C) with excellent CAF resistance
3. Precision Manufacturing: 4/6 mils trace/space with standard 0.35mm vias
4. Robust Construction: 1.1mm thickness with matte green protection
5. Global Availability: Prototype to production support worldwide
2. Technical Specifications
| Parameter |
Specification |
| Materials |
RO4003C + S1000-2 FR-4 |
| Dimensions |
82.5×66mm ±0.15mm |
| Layers |
6 |
| Thickness |
1.1mm |
| Copper Weight |
1oz all layers |
| Min Trace/Space |
4/6 mils |
| Min Hole |
0.35mm |
| Surface Finish |
ENIG (Au: 0.05-0.1μm) |
| Solder Mask |
Matte Green (both sides) |
| Silkscreen |
White (top only) |
Stackup Structure:
L1: 35μm Cu + RO4003C (0.305mm)
L2: 35μm Cu + 7628 prepreg (0.195mm)
L3: 35μm Cu + S1000-2 core (0.25mm)
L4: 35μm Cu + 7628 prepreg (0.195mm)
L5: 35μm Cu + RO4003C (0.305mm)
L6: 35μm Cu
3. Performance Characteristics
Material Properties
RO4003C RF Layers:
Dk: 3.38±0.05 @10GHz
Df: 0.0027 @10GHz
Z-CTE: 46 ppm/°C
S1000-2 FR-4:
Tg: 170°C (DSC)
Z-CTE: 45 ppm/°C
CAF Resistance: >1000hrs
Water Absorption: 0.1%
Design Specifications
Components: 57 (24 top SMT, 41 thru-hole)
Pads: 65
Vias: 76 (through-hole only)
Nets: 6
Artwork: Gerber RS-274X
Quality: IPC-Class 2
4. Target Applications
5G Infrastructure: Base station antennas and power amplifiers
Automotive Electronics: Radar and sensor systems
Satellite Comms: LNB modules
RFID Systems: High-frequency tags
Wireless Networks: Point-to-point radio antennas
5. Why Choose This PCB?
1. Hybrid Cost Efficiency: RO4003C where needed + FR-4 elsewhere
2. Simplified Manufacturing: No special via treatments required
3. Reliable ENIG Finish: Excellent for RF components
4. Thermal Performance: Withstands lead-free assembly
5 Clean Aesthetics: Matte green with white markings
Available Options:
Alternate solder mask colors
Different surface finishes (OSP, Immersion Silver)
Impedance control
Special testing (PIM, HV, etc.)
Tags:
6-Layer Hybrid PCB, RO4003C FR-4 Board, Cellular Antenna PCB, Automotive Radar Circuit, ENIG Finish PCB, RF Digital Hybrid Board, IPC-Class 2 Compliant, Matte Green PCB
Contact Our Engineering Team for design consultation or production quotes. We specialize in high-performance hybrid PCB solutions.
Thank you for your reading and you're welcome to contact us for your PCB enquiries.
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