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Experienced Engineering Team

Decades of hardware and software development experience.

Multi-Layer & Rigid-Flex PCB Support

We design 2–64 layer rigid, flex, and rigid-flex PCBs for consumer, industrial, automotive, and medical sectors.

High-Speed & EMC Optimization

We follow SI, EMC, and PI best practices to ensure stable high-speed signals and low-noise performance.

DFM/DFT Optimized Design

We follow DFM/DFT principles to ensure smooth production and testing, improving yield and reducing costs.

What is PCB Layout ?

PCB Layout is the process of designing the physical arrangement of electronic components and their connections on a PCB. It involves placing components, routing electrical connections (traces), and defining layers, vias, and power/ground planes to ensure the board functions correctly, reliably, and is manufacturable.

PCB Layout Process

PCB Layout is the critical step of transforming a schematic diagram into a manufacturable printed circuit board. The process generally includes the following stages:

Preparation

Import the schematic.
Verify the accuracy of the component footprints and libraries.
Define board dimensions, layer count, routing rules, and electrical constraints.

Component Placement

Place all components in appropriate positions.
Consider signal flow, power distribution, thermal management, and mechanical constraints.
Optimize the placement to reduce routing complexity and enhance performance.

Routing

Route signal lines, power traces, and ground connections based on electrical rules.
Pay attention to impedance control, return paths, and noise for high-speed signals and sensitive circuits.
Use multilayer routing to simplify layout and improve signal integrity.

Power and Ground Plane Design

Ensure stable power delivery to all parts of the circuit.
Design continuous and solid ground planes to help with EMI control and signal quality.

Design Rule Check (DRC) and Electrical Rule Check (ERC)

Verify compliance with manufacturing rules such as trace width, spacing, and via sizes.
Check for electrical issues like unconnected nets or short circuits.

Gerber File and Manufacturing Documentation Output

Generate Gerber files, drill files, assembly drawings, BOM, and other documentation.
Provide the files to PCB manufacturers for prototyping and mass production.

PCB Layout Capabilities

Up to 60 layers design.	High-speed signal design, Bus routing, differential pairs, matched lengths.
High-density interconnect design (HDI) with Laser Microvias, blind and buried vias.	Analog and digital hybrid design, sensitive signal interference control.
PCB stackup management for signal integrity and impedance control.	EMC/EMI optimization design.
Signal integrity simulation support (SI).	DDR2, DDR3, DDR4, SAS and differential pair routing expertise.
Extensive experience in RF and analog design.	Supports a variety of design software, Alitum Designer, Kicad, etc.

Successful Project Development Case

High Speed Layout

High Speed Layout refers to PCB design techniques used for circuits where signals switch very quickly (high frequency or fast rise/fall times). In such cases, signal integrity becomes critical, and the layout must follow specific rules to ensure stable, accurate signal transmission.

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Server PCB Layout

Server PCB stacking, high-speed bus wiring, DDR4 DIMM wiring, High power current handling, Impedance Control.

Size

300*250mm

Layer

16 layers

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High-speed signal processing PCB

High-speed signal processing PCB layout, PCB stacking, EMC design, etc.

Size

120mm*225mm

Layer

8 layer

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High-speed signal processing PCB

High-speed signal processing PCB, PCB stacking, EMC design, etc.

Size

120mm*200mm

Layer

10 layer

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Product:RF Circuit PCB Layout

RF Circuit PCB layout,Impedance control and signal integrity,stackup design.

Size

60mm*155mm

Layer

6 layer

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Industries in Focus

We provide professional PCB layout services tailored for a wide range of industries.

Consumer Electronics

Including smart wearables, smartphones, tablets, audio devices, and smart home products, etc.

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Industrial Automation

Including control systems, sensors, PLC modules, motor drivers, and industrial communication devices.

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Medical Electronics

Including patient monitors, portable diagnostic devices, wearable health trackers, and medical imaging equipment.

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Automotive Electronics

Including ECUs, dashboard systems, ADAS modules, EV chargers, and in-vehicle infotainment systems.

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Internet of Things (IoT)

Including smart sensors, connected home devices, asset trackers, and remote monitoring systems.

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Energy

including solar power controllers, battery management systems, EV power modules, and smart metering devices.

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Frequently Asked Questions

What information do I need to provide to start a PCB layout project?

You'll need to share your schematic, mechanical constraints (DXF file), and any special requirements (impedance control, high-speed routing, etc.).

What design tools do you use for PCB layout?

We use industry-standard EDA tools such as Altium Designer, KiCad, OrCAD, and Allegro, depending on project needs.

Do you support high-speed and impedance-controlled designs?

Absolutely. We specialize in high-speed layout, controlled impedance routing, and differential pair matching for applications like USB, HDMI, DDR, and RF.

How long does it take to complete a PCB layout?

Lead time depends on complexity. Simple designs may take a few days, while multilayer or high-speed designs could take several weeks.

Can you assist with prototyping and production after layout?

Yes, we offer end-to-end solutions, including PCB fabrication and assembly.

Do you sign NDAs to protect confidential designs?

Yes, we're happy to sign a non-disclosure agreement to ensure your project stays confidential.

Our other manufacturing capabilities

PCB layout

We deliver high-quality, DFM-optimized PCB layout services with fast turnaround, cost-effective solutions, and full support from prototype to mass production.

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PCB Design

We offer end-to-end PCB design solutions—from concept to production—with reliable performance, cost-effective architecture, and full compliance with industry standards.

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Mechanical/Enclosure Design

We deliver mechanical and enclosure designs that are functional, attractive, and easy to manufacture—tailored for practical use and mass production.

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Start your project design in 3 steps

Step 1: Choose service and submit requirements.: Please select whether you need Layout, PCB Design, or Mechanical/Enclosure Design, and submit your design requirements.

Step 2: Confirm details and get a quote.: Our engineers will evaluate the project, confirm the technical details, and provide a quotation.

Step 3: Pay to kick off the design: After payment, we will start the project design and provide regular progress updates.

Great Products Start with Great Hardware

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Expert PCB Layout Services with Rapid Turnaround

Experienced Engineering Team

Multi-Layer & Rigid-Flex PCB Support

High-Speed & EMC Optimization

DFM/DFT Optimized Design

What is PCB Layout ?

PCB Layout Process

PCB Layout Capabilities

Successful Project Development Case

High Speed Layout

Server PCB Layout

High-speed signal processing PCB

High-speed signal processing PCB

Product:RF Circuit PCB Layout

Industries in Focus

Consumer Electronics

Industrial Automation

Medical Electronics

Automotive Electronics

Internet of Things (IoT)

Energy

Frequently Asked Questions

Our other manufacturing capabilities

PCB layout

PCB Design

Mechanical/Enclosure Design

Start your project design in 3 steps