PCB Design
Production-Ready PCB Design & Layout
PCB Design
Production-Ready PCB Design & Layout
PCB Design Engineered for Performance, Reliability, and Production.
A successful printed circuit board requires more than connecting components. Every decision—from component placement and layer stackup to signal routing, power distribution, thermal management, and manufacturability—can affect how a product performs in the real world.
Omnitek Labs provides PCB design and layout services for electronic products across a wide range of industries and applications. Our engineers combine electrical engineering expertise with practical product-development experience to create printed circuit boards designed for performance, reliability, testing, manufacturing, and long-term product success.
Whether you need support developing a new PCB from the ground up, converting an existing schematic into a production-ready layout, improving an existing board, or integrating PCB development into a complete product design, Omnitek can help move your project from concept to production.
PCB Design Built Around The Entire Product
PCB design does not happen in isolation. The board must work electrically while also fitting within the mechanical design, communicating with embedded software, meeting product requirements, and being practical to manufacture.
Omnitek takes a multidisciplinary approach to PCB development. Our electrical, software, and mechanical engineering capabilities allow us to consider the complete system throughout the design process.
This integrated approach helps identify potential issues earlier, reduce unnecessary redesigns, and create PCB designs that are ready for the next stage of product development.
Schematic Capture & Circuit Design
Our engineers develop and review electrical schematics based on your product requirements, component selection, interfaces, power needs, and system architecture. We can begin with an initial concept, an existing design, or established product requirements.
PCB Layout
We transform electrical schematics into carefully planned printed circuit board layouts with attention to component placement, routing, board geometry, electrical performance, and manufacturing requirements. Our PCB layout services can support simple boards as well as complex multilayer electronic designs.
Component Placement
Effective component placement is essential to PCB performance and manufacturability. We consider signal flow, power distribution, thermal requirements, mechanical constraints, connector locations, serviceability, and assembly requirements when developing the board layout.
High-Speed Digital Design
High-speed electronics require careful attention to trace geometry, impedance, signal paths, timing, grounding, and electromagnetic behavior.
Our engineers can develop PCB layouts for high-speed digital systems while considering signal integrity throughout the board design.
Analog & Mixed-Signal Design
Products that combine digital, analog, sensing, data acquisition, or control circuitry require thoughtful board architecture to minimize interference and maintain accurate signal performance.
Omnitek designs PCB layouts with appropriate grounding, routing, component placement, and separation strategies for mixed-signal systems.
Power Electronics & Power Distribution
PCB design for power circuitry requires careful consideration of current capacity, thermal performance, voltage requirements, trace sizing, grounding, and component placement.
Our engineers design power distribution and power-control circuitry around the operating requirements of the complete product.
RF & Wireless PCB Design
Wireless products present additional PCB design challenges involving RF routing, antenna placement, grounding, component layout, and interference. Omnitek supports PCB development for connected products incorporating technologies such as RF, Bluetooth, Wi-Fi, and other wireless communications.
Design for Manufacturing
A board that performs correctly must also be practical and economical to manufacture. Omnitek incorporates Design for Manufacturing (DFM) principles throughout PCB development to help reduce production challenges, improve repeatability, and support an efficient transition from prototype to manufacturing.
Design for Testability
Testing requirements are considered during the PCB design process so boards can be efficiently evaluated during development and production. Test points, interfaces, programming access, and other diagnostic considerations can be incorporated into the design based on your product and manufacturing requirements.
PCB Design & Layout Capabilities
From PCB Concept to Production
Omnitek can support an individual PCB design project or provide engineering resources throughout the complete product-development lifecycle.
1. Requirements & Architecture
We begin by understanding the product, its operating requirements, interfaces, mechanical constraints, performance expectations, manufacturing goals, and development schedule.
2. Circuit & Schematic Development
Our electrical engineers develop the circuit architecture, select appropriate components, and create or refine the electrical schematics.
3. PCB Layout & Component Placement
The schematic is translated into a physical board design with careful consideration of placement, routing, grounding, signal integrity, power distribution, thermal management, and mechanical requirements.
4. Design Review
The PCB is reviewed for electrical performance, mechanical integration, design rules, manufacturability, and other project-specific requirements before fabrication.
5. Prototype & Testing Support
Omnitek can support prototype development, board bring-up, integration testing, troubleshooting, and design revisions as the product moves through development.
6. Manufacturing Support
Once the design is validated, we can help prepare the project for manufacturing, including documentation, production coordination, design updates, and technology transfer.
Why Choose Omnitek Labs for PCB Design?
Omnitek Labs brings PCB design into the broader product-development process, combining electrical engineering, embedded software, mechanical design, system integration, and manufacturing support under one team. By considering performance, manufacturability, testability, mechanical constraints, and production requirements from the beginning, our engineers help reduce development risk, minimize unnecessary redesigns, and create PCB designs that are ready to move from concept through prototype and into production.
Ready to Move Your PCB Design Forward?
Whether you’re developing a new electronic product, redesigning an existing circuit board, resolving a difficult PCB issue, or looking for an engineering partner to take your project from concept through production, Omnitek Labs can help.
Talk with our engineering team about your PCB design project.