FR4 & Rogers PCB Manufacturer

From standard FR4 to RF-grade Rogers laminates, built in-house with sub-25 micron imaging accuracy and 100% inspection.

Material Basics

Understanding FR4 and Rogers PCB Materials

FR4 is a glass-reinforced epoxy laminate that handles most general-purpose electronics reliably and at lower cost. Rogers laminates use PTFE or ceramic-filled substrates engineered for a stable dielectric constant and low loss tangent at high frequency, which is what RF and microwave circuits actually need to perform.

Choosing between them isn’t about which material is “better.” It’s about matching dielectric behaviour to your signal frequency, so the board performs the way your schematic assumes it will.

FR4 substrate

Cost-effective, general-purpose, proven at standard digital frequencies.

Rogers substrate

Low loss tangent, stable performance at RF and microwave frequencies.

Choosing Right

FR4 vs Rogers: Which Substrate Fits Your Design

FR4 works well below a few gigahertz, where cost matters more than dielectric precision. Past that point, signal loss and impedance drift start working against your design, and Rogers material becomes the practical choice.

Not every board needs a full Rogers stack-up. A Rogers-FR4 hybrid puts RF-grade material only where the signal path demands it, holding performance where it counts without paying Rogers pricing across every layer.

Loss tangent: Rogers holds signal loss lower at high frequency.
Dielectric constant: Rogers stays stable across temperature; FR4 varies more.
Cost: FR4 costs less per panel: Rogers costs more per layer.
Thermal stability: Rogers resists CTE mismatch better under RF load.
Typical use: FR4 fits digital and power boards; Rogers fits RF paths.
Hybrid option: Mixed stack-ups target Rogers only where frequency demands it.

In-House Build

How We Manufacture FR4 and Rogers PCBs

Mixed-dielectric boards fail most often at lamination and imaging, not design. Our in-house process controls both stages closely, holding registration accuracy where standard handling falls short.

Step 1

Laser Direct Imaging

Sub-25 micron accuracy on outer layers, no film registration drift.

Step 2

Lamination handling

Dissimilar materials pressed and bonded in-house, no outsourced step.

Step 3

Surface finish

ENIG or HASL applied to match your RF or digital requirement.

Step 4

Final inspection

Every board tested before it ships, not a sample batch.

Verified Quality

Quality and Inspection Standards for RF-Grade PCBs

A registration error invisible on a standard FR4 board can shift impedance enough to fail an RF circuit. That is why inspection on mixed-dielectric and Rogers boards runs on every unit, not a sampled batch.

Automated optical inspection catches copper and trace defects before a board moves further down the line. Fly probe testing verifies electrical continuity without the cost of a dedicated test fixture, useful for prototype and low-volume Rogers runs.

Impedance measurement and CMI copper thickness checks confirm the board matches its stack-up specification, not just its visual appearance. This matters more on RF boards, where a thickness variance that FR4 tolerates can measurably shift a Rogers board’s performance.

PC Process holds ISO 9001:2015 certification and LCSO qualification under JSS 52302, the Indian Ministry of Defence supplier standard. For defence and aerospace procurement teams, that qualification carries weight most PCB vendors in India cannot claim.

Since 1983

Why PC Process for FR4 and Rogers PCB Manufacturing

43+ years of PCB manufacturing, built on process discipline rather than outsourced shortcuts. Every FR4 and Rogers board passes through the same in-house facility, from imaging to final inspection.

43+ years in operation: Manufacturing PCBs in Bangalore since 1983, without a break in continuity.
Complete in-house production: DFM to final test happens on one site, with full traceability at every stage.
On-site ETP: Wastewater treatment plant on premises, meeting environmental compliance without third-party dependency.
Certified quality system: ISO 9001:2015 and LCSO/JSS 52302 back every board leaving the facility.

Related Capabilities

Explore Our PCB Manufacturing Services

FR4 and Rogers builds often sit alongside other capability requirements on the same board. Explore the related manufacturing services we provide under one roof, from prototyping to controlled impedance.

Multilayer PCB

Up to 24-layer builds for complex stack-ups.

Prototype PCB

Fast-turn boards for design validation and testing.

Heavy Copper PCB

Enhanced copper thickness for high-current applications.

FR4 & Rogers PCB

Substrate options suited to RF and standard designs alike.

Custom Blind & Buried Via PCB

Tailored via structures matched to stack-up needs.

Quick Turn PCB

Accelerated timelines without skipped inspection steps.

Client Feedback

What Our Customers Say About PC Process

Feedback from customers across defence, medical, and industrial electronics reflects our consistency on quality and delivery.

Certificate of Recognition for Outstanding performance and contribution as a key supplier to Accolade Electronics.

Deepak Jagadale, CEO & Director Accolade Electronics Pvt. Ltd

Rated grade “A” on all criteria: Quality, Delivery, SCAR and Response.

Siddartha GS Electrohms Private Limited

Please to inform you that you have been adjudged as our “A” grade supplier calculated on the basis of supplies made by you this year

HOD PURCHASE & GM (COMMERCIAL) Allengers Medical Systems Ltd

Rated “EXCELLENT” as per the supplier rating calculated considering Quality, Delivery and Quantity.

Girish Kumar Sanelec Excitation Systems Pvt. Ltd

Sectors Served

FR4 and Rogers PCBs Across High-Reliability Industries

RF and controlled-dielectric performance matter most where signal integrity is mission-critical. These are the sectors where FR4 and Rogers substrate choice directly affects field reliability.

Defence

LCSO certified under JSS 52302, trusted by HAL and BEL for RF-sensitive builds.

Space and Aerospace

Supplying ISRO with boards held to exact dielectric and impedance tolerances.

Telecom

RF and high-frequency boards for network infrastructure and signal transmission hardware.

Medical Electronics

Precision boards for diagnostic and monitoring devices, built under ISO 9001:2015 controls.

Industrial Automation

Trusted RF PCB manufacturer in India for sensor networks and process control hardware.

Research Institutions

Prototype and RF boards supporting IISc and IIT Madras research and development programs.

Trusted By

Organisations That Trust Our PCB Manufacturing

From defence research to industrial electronics, our client relationships span organisations where board reliability is non-negotiable.

When should I use Rogers instead of FR4?

Use Rogers above roughly 3 GHz, where FR4’s dielectric loss starts degrading signal integrity. Below that, FR4 remains the cost-effective choice.

Is Rogers material PCB suitable for RF applications?

Yes. Rogers laminates hold a stable dielectric constant and low loss tangent, which is exactly what RF and microwave circuits require to perform predictably.

What is a Rogers-FR4 hybrid PCB?

A hybrid stack-up uses Rogers material only on RF-critical layers and FR4 elsewhere, balancing performance against cost across the full board.

Can PC Process manufacture mixed-dielectric hybrid boards?

Yes. Lamination and imaging for dissimilar materials are handled in-house, which is where hybrid stack-ups most commonly fail at other vendors.

What certifications does PC Process hold for defence-grade PCBs?

ISO 9001:2015 and LCSO certification under JSS 52302, the Indian Ministry of Defence supplier qualification standard.

Does PC Process inspect every Rogers PCB or only a sample batch?

Every board is inspected: AOI, fly probe testing, impedance measurement, and CMI copper thickness checks, not a sampled percentage.

What surface finishes are available for Rogers PCBs?

ENIG and HASL, selected based on the RF or digital performance requirement of your design.

Why does lamination accuracy matter more on Rogers boards than FR4?

Rogers laminates are more registration-sensitive. A drift acceptable on FR4 can shift impedance enough to affect RF performance.

Does PC Process manufacture prototype quantities of Rogers PCBs?

Yes, prototype and low-volume production are core to our manufacturing model, alongside standard FR4 runs.

What is the dielectric constant difference between FR4 and Rogers?

FR4 typically runs higher and less stable across temperature; Rogers laminates hold a lower, more consistent dielectric constant at frequency.

Common Questions

Frequently Asked Questions About FR4 and Rogers PCB

Answers to the questions design and procurement teams ask most before choosing a substrate, covering material selection, manufacturing capability, and certification for RF and defence-grade PCBs.

Ready to Manufacture Your FR4 or Rogers PCB

Upload your Gerber files and get a free DFM review, with engineer response within 2 hours.