PCB Design, Layout & Fabrication Services

When your electronic product idea needs to become a real, reliable, and manufacturable board, the quality of your PCB design partner makes all the difference.

At Adequate Infosoft, our certified PCB engineers deliver end-to-end PCB design, layout, prototyping, fabrication, and firmware integration services, helping startups, enterprises, and OEMs bring hardware products to life with confidence.

From schematic capture through to producing the production-ready Gerber files for the board, each board will be designed according to the required characteristics of electrical stability, signal integrity, thermal performance, ease of manufacturing and, most importantly, reliability in the actual usage.

Our engineers have the background to create any type of circuit board that is required. From a simple single-layer PCB to a complex high-speed 10 layer for an IoT device, our engineers will have the expertise to get it done correctly the first time.

PCB Design Layout Fabrication

Beyond hardware, we are a full-package technology company. We provide all of the necessary services to develop an electronic product starting with embedded hardware design through firmware, software development, cloud applications, web-based applications, and mobile app development.

This enables our clients to develop a complete electronic product from start to finish without coordinating with multiple vendors for their electronic product development needs.

Contact Us

Why PCB Design Is a Systems Engineering Problem, Not Just a Layout Task

The majority of electronic product failures can be attributed to inaccurate, rushed, or insufficiently cross-referenced/design decisions associated with PCB design.

These inaccuracies and defects often lead to EMI (electromagnetic interference)/EMC (electromagnetic compatibility) failure, thermal leakage, signal loss, production rework, and very expensive product recalls.

Our certified PCB engineers treat every project as an overall systems level challenge; prior to routing any traces on the Printed Circuit Board, a complete review of the overall power (architecture), component placement, thermal management, signal integrity, and DFM (Design For Manufacturing) are completed by the engineer.

This discipline is what separates a board that just looks correct from one that performs flawlessly in the field.

Every PCB design at Adequate Infosoft is built around five non-negotiable principles: electrical stability, manufacturability, cost optimization, scalability for mass production, and real-world tested performance.

Explore Our Embedded Systems & PCB Development Case Studies

Explore our project case studies delivered on many MCU and embedded platforms, including ESP32, Nordic, STM32, Silicon Labs, Qualcomm, Texas Instruments, NXP and Microchip.

Each of these projects highlights our expertise in hardware design, firmware development, IoT solution development and production-ready embedded systems, allowing you to see how broad our engineering experience is.

Our PCB Design & Layout Services

Schematic Design & Component Engineering

Our PCB design process always begins with a well-structured schematic. We create industry-standard schematic diagrams that are fully documented and reviewed before layout begins.

When selecting components for an IoT product development project, the important factors to consider include their overall availability, lifecycle status, power efficiency, as well as cost. Avoiding the use of obsolete or long lead-time components helps reduce potential supply chain risk.

The precise schematic design of the product is the foundation of all downstream processes related to IoT product development and embedded systems / industrial electronics.

Multi-Layer PCB Layout

Our team handles the full range of PCB layout complexity, from simple two-layer boards to demanding 10-layer+ high-speed designs. Our multi-layer PCB design capabilities include:

  • Single-layer and double-layer PCBs for cost-sensitive applications
  • 4-layer, 6-layer, and 8+ layer boards for complex digital systems
  • High-speed digital PCB design with controlled impedance
  • Mixed-signal PCB design separating analog and digital domains
  • Rigid, flexible, and rigid-flex PCB layouts

High-Speed & RF PCB Design

For wireless IoT product and RF sensitive design communications module PCB layout discipline is paramount to our engineers who have been designing PCBs for WiFi, Bluetooth, BLE, LTE, LoRa and NB-IoT applications.

We support the most common MCUs like ESP32, STM32, Nordic nRF52, NXP i.MX RT, TI CC series and ARM Cortex M platform.

Our high-speed PCB layout services include controlled impedance routing, differential pair routing, ground plane management, and optimization of antenna placement, all of which lower EMI risks and improve range of wireless communications.

Power Electronics & Analog PCB Design

We design PCBs for power-critical applications including SMPS circuits, linear regulators, battery management systems (BMS), low-noise analog sensor circuits, and industrial power boards. Proper power PCB design is essential for products requiring long battery life, stable voltage delivery, and safe thermal operation.

PCB Prototype Development Services

Speed and accuracy are both important when developing prototypes. As part of our PCB prototype services of getting you from validated schematic to functioning prototype, we'll do it as quickly as possible without sacrificing engineering quality.

Speedy Prototype Development

Our speedup prototype development process includes producing quick-turn PCB layouts complete with an assembly-ready gerber file, finding components, and conducting DFM/DFA checks. These DFM/DFA checks occur before fabrication to prevent layout errors and conflicting components from becoming costly, physical mistakes.

Functional Prototype Testing & Validation

Delivering a PCB prototype is not enough. Our engineers validate every prototype through structured functional testing that includes:

  • Power-up validation and voltage rail verification
  • Signal integrity and timing analysis
  • Firmware flashing, debugging, and communication protocol testing
  • Thermal behavior analysis under load conditions

This thorough validation process means your prototype is not just built — it is proven, with documented test results that give your team confidence before moving to production.

PCB Fabrication & Assembly (PCBA) Services

PCB Fabrication Services

Adequate Infosoft offers a variety of fabrication capabilities:

  • FR-4 and other types of material (such as, High-Tg and Rogers) for demanding applications.
  • All boards are produced by using lead-free and RoHS compliant methods.
  • Flexible PCBs and rigid-flex PCBs are available to accommodate wearables and small design requirements.
  • Industrial grade surface finishes (HASL, ENIG, OSP) are produced based on the customers' requirements.
  • Our PCB fabrication capabilities allow us to produce controlled impedance designs for high-speed applications.

PCB Assembly (PCBA)

Beyond bare board fabrication, we coordinate complete PCB assembly services including:

  • Surface Mount Device (SMD) assembly and Through-Hole assembly of components
  • Production runs from small batches to medium volumes
  • Automated Optical Inspection (AOI) to verify the quality of the assembly
  • X-ray inspection of BGA and fine pitch components
  • Manual and semi-automated soldering of the mixed technology boards

Take a Tour of Our PCB Fabrication & Assembly (PCBA) Facility

This video, which was filmed during a customer's visit to our facility, serves as an overview of our PCB fabrication, assembly, testing and quality control processes.

In this virtual tour of our production facility, you will have the opportunity to view the manufacturing processes used to produce reliable and production-ready products from electronic designs. You will gain practical insight into the design and engineering capabilities of our facilities as well as the workflow within our assembly area.

PCB Programming & Embedded Firmware Development

What differentiates Adequate Infosoft from a regular PCB design company is that we have in-house capabilities for both firmware and software development. We take care of the entire process after your board has been fabricated and assembled, programming/validating the firmware on your custom PCBs with our embedded engineers.

Microcontroller Programming

Our team supports multiple microcontroller platforms, including the ESP32, ESP8266, STM32, AVR, PIC, and ARM Cortex-M series, by writing production-level embedded firmware that meets both your design specifications as well as the specific application requirements for your products.

Embedded Firmware Development

Our firmware services can provide bare-metal or RTOS-based embedded firmware development; support implementing communication protocols (UART, SPI, I2C, CAN, USB); allow for OTAs (over-the-air) to be used to update firmware; and enable power-saving modes for battery powered products.

Hardware-Software Integration & Validation

We perform firmware testing directly using your printed circuit board (PCB) prototypes to ensure that the firmware boots up from the opening to be stable, that all connected peripherals are operating correctly, that power consumption meets requirements, and that the product will operate correctly in the field when it is shipped.

Leading MCU Platforms & Technologies in Our Development

The strength of our embedded systems capabilities will enable you to design a PCB layout that aligns your electronic product's Component Selection and Firmware, thereby reducing your overall integration risks.

Certified PCB engineers on our staff have extensive experience designing, developing and integrating firmware into many of the most popular embedded systems available today.

Hire PCB Designer

At Adequate Infosoft, we help you take your idea and turn it into a finished product by providing you with trained PCB design engineers.

We can help you design a schematic, lay out a multi-layer PCB, select the right components, develop a prototype, program firmware and integrate embedded systems.

In addition to helping you develop a product, we also help develop a reliable solution through IoT, industrial automation, consumer electronics, medical devices, and smart products.

We provide you with the complete engineering cycle; initial design, prototype, PCB manufacturing support, and final deployment.

Robert

Robert, USA

IPC CID+ Certified PCB Designer
  • High-Speed & Mixed-Signal PCB Design
  • Multi-Layer & Rigid-Flex PCB Layout
  • Aerospace, Defense & Medical Electronics
  • Signal Integrity & Impedance Control
  • Cadence Allegro, OrCAD, Altium & Xpedition
  • DFM, CAM & PCB Manufacturing Support
  • PCB Automation, Validation & Process Development
Elancheliyan

Elancheliyan

IPC-CID Certified PCB Designer
  • OrCAD Capture CIS & Cadence Allegro Expert
  • Multi-Layer PCB Layout Design
  • Analog & Digital Circuit Design
  • FPGA-Based Hardware Design Support
  • Schematic Capture & PCB Development
  • Industrial & Embedded Electronics Design
Bhawya

Bhawya, Canada

IPC-CID Certified PCB Designer
  • PCB Layout Design & Analysis
  • Design Rule Check (DRC) & Validation
  • MEMS Characterization & Testing
  • Analog & Digital Circuit Design
  • Multi-Layer PCB Development
  • Hardware Prototyping & Product Development
Parth

Parth

IPC-CID Certified PCB Designer
  • 14.5+ Years of PCB Design Experience
  • Impedance-Controlled PCB Layout Design
  • Multi-Layer PCB Development
  • High-Speed PCB Design
  • ECAD Library Creation & Management
  • PCB Design Project Leadership
  • OEM & Product Engineering Expertise
Omkar

Omkar

IPC CID+ Certified Hardware Designer
Dilip

Dilip

IPC CID+ Certified PCB Designer
  • ECAD Library & Component Management
  • PCB Layout Design & Component Engineering
  • Symbol, Footprint & 3D Model Creation
  • BOM Analysis & Obsolescence Management
  • Thermal Analysis & DTVA Support
  • Harness Design Using Altium Designer

Industries We Serve with PCB Design & Fabrication

We have experience in designing and manufacturing printed circuit boards (PCBs) across a wide range of industries, however, each industry has different requirements regarding compliance, dependability, and performance:

IoT (Internet of Things) & Smart Devices

We can design PCBs that will control attached devices such as sensors, gateways, and smart controllers.

Industrial Automation

Heavily tested & ruggedized PCB layouts for use on factory floors.

HVAC & Energy Management

Control boards for Smart HVAC, energy meter, and electric vehicle charging systems.

Medical & Healthcare Devices

Precision designed PCBs that meet stringent safety and compliance requirements.

Smart Home & Building Automation

Low-power PCBs for smart locks, lighting, and access control products.

Consumer Electronics

We specialize in developing cost-effective PCB designs that are easily manufacturable in high volumes.

Wearable Devices & Embedded Systems

Small, flexible PCB designs for wearable devices.

Reasons to Pick Adequate Infosoft for PCB Design & Fabrication

A team of PCB Engineers with Certifications

Our team has years of hardware engineering experience and is certified, has significant domain expertise across all areas of IoT, industrial, and consumer electronics.

Designing PCB's and the full stack of Electronic Devices

Adequate Infosoft is not just a PCB design company but can provide a full electronic device stack from PCB design to Cloud-based apps and mobile apps.

PCB Design Based on Manufacturing First

All PCB layouts are subjected to a DFM process (Manufacturing Review) prior to producing Gerbers to eliminate manufacturing surprises.

Rapid Prototyping

Rapid prototyping for PCB's allows you to receive prototype PCB's in a short period of time while testing for functionality, allowing quick iterations during product development.

Transparency in the Design Process

We provide full documentation, PCB design review sessions and PCB test documents at each stage of the process, to keep your team up to date at all times.

Multi-Industry Manufacturing Experience

Our PCB design experience from the development of smart locks to medical devices to industrial IOT devices has provided us experience with the compliance and performance requirements of various industries.

Frequently Asked Questions

1. Do you offer Printed Circuit Board fabrication?

Yes, we offer Printed Circuit Board fabrication and assembly through verified partners.

2. Are we able to assist with existing PCB problems?

Certainly, we will provide assistance with redesigning, optimizing and troubleshooting an existing PCB.

3. Do our services include programming PCB firmware?

Yes, we offer full firmware programming services for both printed circuit boards and embedded devices.

4. Can we support low volume production runs?

Yes, we provide support for everything from individual prototype units to low volume production runs.

What Our Clients Say About Us

Client satisfaction is our ultimate goal. Here are some kind words of our precious clients they have used to express their satisfaction with our service.

Leadership That Leads Worldwide

With a physical presence in over 15 countries and a global footprint spanning 25+ countries, we are ready to serve you anywhere. Location, language, or culture is never a barrier, because our global team can work with you in your language. Our strong international team ensures seamless collaboration across borders We have a strong tech team, highly recognized in their domains, with extensive technical expertise.

Why Choose Us ?

We endow businesses with flexible engagement models based on their unique needs. Our strength lies in state-of-the-art technology and affordable consulting services. Try us for fast POCs, full-fledged applications, or technology consulting. Always available for your service.