Telecom and IT PCB Manufacturer in India

Multilayer, RF and impedance-controlled PCBs for telecom and networking hardware, built in-house in Bangalore since 1983.

Design Complexity

The Engineering Challenge Behind Telecom PCBs

Telecom and networking boards carry high-speed digital signals, RF paths, and power delivery on a single layout, often packed inside enclosures with barely enough room for the components themselves, let alone tolerance for error.

A single impedance mismatch, a misaligned inner layer, or an inconsistent copper pour can mean dropped packets, signal loss, or a field failure once that board is deployed across a live network, far from an easy repair or a quick swap.

Signal Integrity

Impedance mismatches in telecom boards translate directly into packet loss and degraded throughput.

Dense Layouts

RF, digital, and power circuits share shrinking board space in modern telecom hardware.

Product Portfolio

Telecom PCB Manufacturing Capabilities

Five telecom-grade board types, each engineered for a specific role inside network and IT hardware.

Multilayer PCB for Telecommunications: Up to 24 layers for the routing density modern networking equipment needs.
RF and Rogers Material PCB: Rogers substrates built for RF and microwave signal paths in telecom systems.
Controlled Impedance PCB: Signal integrity engineered for high-speed telecom and data transmission.
Heavy Copper PCB : Higher copper weights for power delivery inside base stations and telecom power units.
Blind and Buried Via Boards : Higher component density for compact networking and IT hardware designs.

Our Production Process

How We Manufacture Telecom-Grade PCBs

Every telecom board at PC Process moves through one in-house pipeline, from Gerber file review to final electrical test, with nothing handed off outside the facility.

Step 1

DFM Review

Gerber files reviewed in-house before a single panel is imaged.

Step 2

Laser Direct Imaging

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

Step 3

Fabrication and Lamination

Multilayer stack-up built and pressed under one roof, start to finish.

Step 4

100% Inspection

AOI, fly probe, impedance, and CMI testing on every unit, not a sample.

Application Areas

Where Our Telecom PCBs Are Used

Telecom and IT PCBs from PC Process go into equipment that runs continuously, is costly to service once installed, and sits at the centre of a live network carrying real traffic for real customers.

These boards support the hardware that carries and routes data, from the network edge to the data centre rack, across defense, industrial, research, and commercial telecom deployments throughout India.

Base Stations

RF PCBs on Rogers/FR4 substrates for stable high-frequency base station transmission.

Routers and Switches

Routers and switches depend on controlled impedance PCBs to prevent signal loss on high-speed paths. Our impedance-controlled process holds tight tolerances across every layer.

Data Center Hardware

Data center hardware needs dense multilayer PCBs that fit complex circuitry into compact space. We manufacture up to 24 layers in-house to support this routing density.

Transceivers

Transceivers need RF and Rogers material PCBs where standard FR4 cannot hold performance at high frequencies. Our Rogers substrate capability supports consistent microwave-frequency signal transmission.

Network Power Units

Network power units carry current loads beyond standard copper weights. Heavy copper PCB manufacturing supports this current-carrying capacity with proper thermal management.

Control Systems

Control systems depend on controlled impedance PCBs to maintain precise signal timing across layers. Every unit is verified through fly probe testing and impedance measurement, not sampling.

Quality Credentials

Certified for Telecom-Grade Reliability

ISO 9001:2015 and LCSO certified under JSS 52302, with 43+ years in PCB manufacturing and Schneider and TCS among the clients we’ve supported.

Our Advantage

Why Telecom Teams Choose PC Process

Telecom teams choose PC Process for the process discipline that keeps signal-critical, RF-sensitive boards consistent from the first unit to the last.

One Roof, No Handoffs

DFM to final test stays in-house, removing outsourcing handoff risk on RF-sensitive builds.

Sub-25 Micron Accuracy

Laser Direct Imaging holds tight registration on dense, fine-pitch telecom layouts.

Every Unit Tested

AOI, fly probe, impedance and CMI checks run on 100% of production, not a sample batch.

43+ Years, Certified

ISO 9001:2015 and LCSO JSS 52302 certified, manufacturing since 1983.

Customer Feedback

What Our Clients Say

Feedback from the design engineers, procurement managers, and quality teams we’ve worked with across telecom, networking, and IT hardware manufacturing over the years.

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

What is a telecom PCB manufacturer?

A telecom PCB manufacturer fabricates the multilayer, RF, and impedance-controlled boards used inside network infrastructure and communication systems, built to signal integrity standards.

Do you manufacture RF PCBs for telecom equipment?

Yes. We fabricate RF and Rogers material PCBs for microwave and high-frequency telecom signal paths, alongside standard FR4 builds.

What layer counts do you support for telecom PCBs?

We manufacture multilayer PCBs for telecommunications from 2 layers up to 24 layers, depending on routing density.

Can you manufacture controlled impedance PCBs for high-speed telecom?

Yes. Controlled impedance is engineered into the stack-up for signal integrity in high-speed telecom and data transmission applications.

Is your telecom PCB production fully in-house?

Yes. DFM review through final electrical test happens under one roof, with no outsourcing at any stage.

What inspection does every telecom PCB go through?

AOI, fly probe testing, impedance measurement, and CMI thickness checks run on 100% of units, not a sampled batch.

Do you manufacture heavy copper PCBs for telecom power systems?

Yes. Heavy copper PCBs are available for power delivery inside base stations and telecom power modules.

Are your telecom PCBs certified?

PC Process is ISO 9001:2015 certified and LCSO certified under JSS 52302, applicable to defense and telecom supply requirements.

What industries do your telecom and IT PCBs serve?

Network infrastructure, data centre hardware, telecom power systems, and IT equipment manufacturers across India.

How do I get a quote for a telecom PCB project?

Request a quote and share your Gerber files through our contact form for a free DFM review.

Quick Answers

Telecom PCB: Common Questions

Straight answers to what design engineers and procurement teams ask most before sourcing PCBs for telecom and networking hardware.

Start Your Telecom PCB Project

Request a quote and share your Gerber files through our contact form for a free DFM review.