Precision RO5880 PCB Fabrication Services by Highleap Electronics

High-frequency PCB fabrication with Rogers RO5880 laminates. Highleap delivers low-loss, high-reliability PTFE PCB solutions for RF, microwave, and aerospace.

RO5880 PCB Material Features and Applications

RT/duroid® 5870 and 5880 are industry-leading PTFE-based laminates engineered for extreme high-frequency PCB applications where signal integrity, low PIM, and dielectric consistency are critical. Unlike standard FR4 or ceramic-based alternatives, these laminates deliver:

• Exceptional low dissipation factor down to 0.0004 at 10 GHz

• Uniform Dk performance across frequency and panel

• Excellent mechanical performance under thermal cycling

These materials are ideal for:

• Ku-band & Ka-band satellite systems

• Aerospace-grade radar & avionics

• Millimeter-wave microstrip antennas

• Point-to-point backhaul radio

• Military guidance systems

RT/duroid 5870 / 5880 Standard Material Specifications

Notes

1. Material properties, including dielectric constant and dissipation factor, are based on Rogers Corporation data and tested per IPC-TM-650 Method 2.5.5.5 at approximately 10 GHz and 23°C, using 1 oz electrodeposited copper foil.
2. Design Dk values are averaged across several production lots and typical laminate thicknesses. These are intended for RF simulation reference—not for quality control limits.
3. All values are reported in SI units first, with commonly used equivalents in parentheses.
4. Typical values listed above are for engineering reference only and are not guaranteed specification limits unless otherwise noted.

All data is sourced from Rogers Corporation’s official datasheets. Highleap Electronics provides this information to support engineers in evaluating material behavior during PCB design and stackup planning.

Need Stackup Help or a Fast Quote?

We specialize in manufacturing and assembling PCBs using RT/duroid® 5870 and 5880. Contact Highleap Electronics for expert guidance on stackup, hybrid material compatibility, or impedance-controlled processing.

RO5880 PCB Design Guidelines for Optimal Performance

Successful use of RO5880 laminates in PCB design depends on understanding both its electrical properties and its fabrication behavior. To help engineers minimize risk and optimize signal integrity, here are some best practices when working with RO5880:

Design Guidelines:

• Use the correct design Dk (2.20) for impedance modeling—not the process Dk

• Specify LoPro® copper foil for best performance in low-PIM applications

• Backdrill or fill vias in high-frequency layers to reduce stub effects

• Avoid sharp bends in microstrip/stripline traces—use gradual curves for better return loss

• Be mindful of Z-axis softness: use low-pressure lamination and RF-safe handling

• Control etch tolerance tightly to maintain trace geometry at high GHz frequencies

Our engineering team can assist you in reviewing your RO5880-based design to ensure manufacturability, stackup reliability, and RF performance—just send us your files.

Precision PCB Fabrication Services for RO5880 and PTFE Laminates

At Highleap Electronics, we offer full-spectrum PCB manufacturing and assembly services—including the capability to process Rogers RO5880 and other high-frequency PTFE laminates.

RO5880 is widely used in microwave, aerospace, and millimeter-wave applications, and its ultra-low loss and consistent Dk make it a trusted material for demanding RF designs. However, its soft PTFE composition requires precision handling, cleanroom lamination, and RF-aware processing techniques.

Our High-Frequency PCB Capabilities:

• Expertise in RO5880, RT/duroid®, and ceramic-filled PTFE materials

• Controlled-impedance fabrication with ±5% tolerance

• Laser and micro-drilling for cavity and via structures

• Hybrid stackup support with FR4, RO4000, or polyimide layers

• In-house SMT assembly with RF-sensitive components

• Full QA coverage including X-ray, AOI, and functional RF testing

We support RO5880-based designs across industries—from prototyping to production—while maintaining flexibility to handle a wide range of RF PCB materials.