Where Precision Meets Innovation: Crafting the Future of Electronics with Every Layer.
IoT Ready
Production Grade
99.9%
Platform Uptime
50+
IoT Projects
Delivered
99.9%
Platform
Uptime
24/7
Technical
Support
10+
Industries
Served
Our PCB design services blend cutting-edge technology with precision engineering to bring your electronics vision to life. From concept to creation, we meticulously design multi-layered, high-performance printed circuit boards tailored for diverse applications—from IoT and automotive to consumer electronics and industrial systems. With a focus on reliability, scalability, and optimized performance, our PCB designs ensure seamless integration and long-lasting functionality for all your electronic devices.
Define circuit requirements including components, power, communication protocols, size, and environmental constraints.
Create a schematic diagram showing the connections between all components, ensuring proper signal flow and power distribution.
Choose appropriate electronic components based on functionality and assign footprints for their physical dimensions and pin configurations.
Organize and place components on the board, optimizing layout for performance, minimizing noise, and making it compact.
Connect components using copper traces, optimizing paths for signals and power while minimizing interference and ensuring signal integrity.
Add power and ground planes for stable power distribution and reduced electromagnetic interference (EMI).
Perform a design rule check (DRC) to ensure the layout meets manufacturing standards, and that there are no unconnected signals or rule violations.
Convert the final PCB layout into Gerber files, used by manufacturers to fabricate the physical board.
Send Gerber files to a PCB manufacturer for fabrication, including processes like copper etching, drilling, and applying solder masks.
Solder components onto the fabricated PCB, either manually or using automated assembly machines such as SMT.
Test the assembled PCB to verify functionality, and debug any issues related to faulty connections, incorrect routing, or defective components.
Ready to accelerate your IoT journey?
Eagle CAD is a powerful PCB design tool that provides a comprehensive suite of features for schematic capture, PCB layout, and circuit design. It offers a user-friendly interface, extensive component libraries, and advanced design rule checking, making it ideal for both hobbyists and professional engineers to create and manufacture high-quality printed circuit boards efficiently.
We provide complete PCB design services including schematic capture, PCB layout (2-16 layers), component selection, DFM analysis, prototyping, testing, and production support. We work with Eagle CAD, Altium, KiCAD, and support STM32, ESP32, and other platforms.
Explore cutting-edge IoT solutions, technical insights, and real-world case studies from our team of experts.
Indian farms lose crores in water waste every year. Learn how LoRa-based smart irrigation systems with soil moisture sensors, automated valve control, and real-time monitoring are helping farmers across India save 30-50% water while improving crop yield — with real deployment numbers and pricing.
India's sewage treatment plants waste crores in energy, chemicals, and PCB fines due to manual operations. Learn how IoT automation with real-time pH, DO, and turbidity monitoring cuts STP operating costs by 30% while ensuring CPCB compliance — with real deployment numbers from Indian apartments and industries.
A comprehensive guide to Ultra-Wideband (UWB) TDOA indoor positioning systems in India. Covers deployment architecture, cost breakdowns in INR, real-world case studies from Indian manufacturing plants and warehouses, ROI analysis, and troubleshooting for centimeter-level asset tracking and worker safety.
Most Indian farms still operate on guesswork. This step-by-step guide covers how to design and deploy a complete LoRaWAN-based precision agriculture system — from soil sensors and weather stations to irrigation controllers and cloud dashboards — with Indian pricing, crop-specific advice, and lessons from real deployments.
Learn how to combine GPS positioning with LoRa long-range communication for affordable asset tracking across India. Includes INR cost breakdowns, deployment case studies from Indian construction, agriculture, and logistics sectors, battery life calculations, and a step-by-step implementation guide.
A practical comparison of LoRa vs NB-IoT for smart water metering in Indian utilities. Covers real deployment costs in INR, coverage in Indian conditions, battery life, and a decision framework for AMR rollouts across municipal and private water networks.
