Selecting the right Rogers substrate material can make or break your RF and microwave project. At HILPCB, we manufacture Rogers substrate PCBs for applications from 5G base stations to automotive radar systems. Our engineering team has fabricated thousands of Rogers boards and learned which materials perform best for different frequency ranges and cost requirements.
This guide provides practical comparison data to help you choose between RO4003C, RO4350B, RO5880, and other Rogers materials based on actual manufacturing experience and measured performance.
Rogers Corporation offers several substrate families optimized for different frequency ranges and applications. Understanding the differences is essential for cost-effective design.
The RO4000 series provides the best balance of RF performance and manufacturability:
Advanced ceramics-filled PTFE for demanding applications:
Lowest loss materials for extreme performance:
Our high-frequency PCB manufacturing capabilities support all Rogers material families with specialized processes for PTFE-based substrates.
Both RO4003C and RO4350B are workhorse materials for most RF applications, but they have important differences.
Our multilayer PCB capabilities allow hybrid stackups combining RO4003C or RO4350B with FR4 layers for cost optimization—typically 30-40% material cost savings versus all-Rogers construction.
When your application demands absolute minimum insertion loss, RO5880 is the standard choice for frequencies above 40GHz.
RO5880 is PTFE-based and requires specialized processing:
For applications where every 0.1dB matters—such as phased array radar or satellite ground terminals—RO5880's performance advantage justifies the premium cost.
We manufacture RO5880 boards with high thermal PCB backing layers to manage heat in power amplifier sections while maintaining RF performance.
Using Rogers material for the entire board is often unnecessary and expensive. Hybrid stackups combine Rogers layers where needed with standard materials elsewhere.
Our engineering team provides free stackup optimization for hybrid designs using Rogers + FR4, Rogers + ceramic PCB, or Rogers + metal core PCB combinations.
For prototype and small batch assembly projects, we maintain RO4000 series inventory to enable fast turnaround. Production volumes benefit from our large volume assembly pricing and material procurement advantages.
Every Rogers substrate board we manufacture undergoes rigorous testing:
We are ISO 9001:2015 and IATF 16949 certified with full material traceability for automotive and aerospace applications requiring Rogers substrates.
A: Yes, hybrid stackups are common and cost-effective. Use Rogers for RF layers and FR4 for digital/power layers. Critical points: CTE matching, proper prepreg selection, and balanced construction to prevent warpage. We provide free stackup design consultation.
A: No MOQ restrictions. We manufacture prototypes (1-5 pieces) to production volumes (10,000+ units). Pricing scales with volume, but even small quantities are economical due to our in-stock material inventory.
A: We provide free impedance calculation service using Rogers substrate data. Submit your stackup requirements and target impedance—our engineering team calculates trace widths and provides detailed reports within 24 hours.
A: RO4000 series: Yes, standard processes work with modified reflow profiles. RO5000/PTFE series: Requires lower peak temperature (240°C vs 250°C) and extended soak time. Our assembly team has Rogers-specific profiles optimized for reliability.
A: ENIG (Electroless Nickel Immersion Gold) is preferred for RF applications—provides excellent solderability, wire bonding capability, and low contact resistance. Immersion silver acceptable for cost-sensitive designs. HASL not recommended due to high temperature stress.
