1. PCB Design

2. Maxipcb PCB Design Service

• Network Communication
• Industrial Control
• Medical Equipment
• Aerospace
• IC ATE Test
• Computer & Server
• Automotive Electronics
• Mobile Devices

3. What is PCB Design with MaxiPCB?

1. Whether you have only an idea, a concept, or a completed schematic, we can convert it into mature design documents and support subsequent PCB manufacturing, assembly, and testing.

   With over 15 years of experience in printed circuit board manufacturing and assembly, we ensure designs are fully production-ready.
2. Maxipcb’s PCB design team collaborates with you throughout product development, conducting comprehensive technical reviews before mass production.
3. Once the design is approved for production, our professional manufacturing team quickly delivers high-quality PCBA prototypes for testing and validation.
4. Supporting both automated and manual assembly, we can populate PCBs in as fast as 48 hours, with standard full inspection and optional advanced testing.
5. Maxipcb provides one-stop integrated services to create a seamless process, saving you time so you can focus on bringing products to market.

4. Maxipcb Circuit Board Design – Premium Electronic Layout Artistry

• PWB Design
• PCB Manufacturing
• SMT Assembly
• Material Supply
• Full PCBA Services

Senior PCB Design & Layout Team

• Over 15 years of professional design experience
• Provides end-to-end solutions from PCB design to PCBA manufacturing
• Balances design quality, cost control, and debugging convenience

Expertise in High-Difficulty PCB Design

• High-Frequency PCB
• High-Speed PCB
• High-Density Interconnect (HDI)
• Digital-Analog Mixed Circuits
• High-Power & High-Current Designs
• RF PCB
• ATE PCB
• Rigid-Flex PCB
• High-Speed Backplanes

Strong Technical Resources

• Early cooperation with chip manufacturers
• Access to cutting-edge and forward-looking technologies
• Comprehensive consideration of EMI, EMC, and DFM design rules

Strict Quality Management System

• Standardized design management
• Multi-level strict inspection
• Zero-defect target
• Trusted by over 10,000 customers

High-Standard Confidentiality

• Confidentiality agreements signed for all projects
• Full encryption on designers’ computers
• Strict approval process for document export
• 100% intellectual property and data security

Quality Control System

• Complete design guidelines and specifications
• Additional technical support beyond layout
• Professional training system and platform

Self-Inspection

Expert Review

• Schematic design
• DFM (Design for Manufacturability)
• DFT (Design for Test)
• High-speed signal integrity
• EMC performance
• Thermal design

Mutual Inspection

5. PCB Design Software

1. Altium Designer

   Widely used in China, intuitive for general designs, suitable for a wide range of standard projects.
2. Cadence SPB (OrCAD)

   International industry standard, powerful for schematic, PCB design, and simulation. Ideal for high-speed and complex designs.
3. Mentor EE

   High-end platform comparable to Cadence SPB, with superior routing and automatic interconnection capabilities.
4. Eagle

   Popular in Europe for its ease of use and efficient layout environment.

6. How We Design PCB Boards

Four Stages of PCB Design

1. Concept Refinement

   Define project objectives and technical scope.
2. Feasibility Study

   Evaluate technical and budget feasibility; provide a draft report for customer feedback.
3. Hardware & Software Design

   Develop electronic circuits, schematics, and bench-top prototypes; draft firmware code.
4. Testing & Validation

   Conduct rigorous bench testing until the design fully meets specifications.

Pre-Design Preparation

• Component library and schematic preparation
• Custom PCB footprint development based on official device specifications
• Strict matching between schematic symbols and PCB footprints

PCB Structure Design

• Define board outline and mechanical dimensions
• Place connectors, mounting holes, switches, and positioning components
• Reserve keep-out areas for assembly and heat dissipation

Core PCB Design Process

• Create schematics based on product functions
• Generate netlists
• Support direct netlist input for simple boards
• Adjust pin definitions and net assignments for reliability

PCB Layout

• Core and high-risk components
• High-voltage, high-power, and heat-generating devices
• Noise-sensitive and interference-prone circuits
• Board size optimization (balance between cost, impedance, heat dissipation, and anti-interference)

7. PCB Prototype – Assembly – PCBA Testing

• PCB prototyping
• Component procurement
• PCBA assembly
• Firmware programming
• Functional testing and optimization

8. Maxipcb PCBA Design & Technology Advantages

• DFM (Design for Manufacturability)
• DFT (Design for Testability)
• DFA (Design for Assembly)
• High-density & backplane design
• Thermal optimization
• Stack-up design
• Signal Integrity (SI) simulation & analysis
• Power Integrity (PI) analysis
• EMC/EMI optimization
• Cost-down design
• Advanced EDA application
• IC package coordination

9. Main Product Categories We Serve

• Network Equipment
• Bluetooth & Wireless Communication Modules
• C/Ku Band Tuners
• Routers & Network Switches
• Digital Cameras & DVRs
• Laptop Motherboards
• DVB & Satellite Receivers
• Mobile Phones, Walkie-talkies
• DVD & Portable Visual Devices
• Other high-precision electronic products

10. Maxipcb PCB Design Service Advantages

1. Strong Technical Backing

   Senior experts provide full technical guidance to ensure design quality.
2. Strict & Standardized Process

   Mature processes minimize risks and ensure consistency.
3. Dedicated & Scalable Team

   Experienced hardware and software engineers enable fast response to urgent demands.
4. Custom Internal Tools

   Proprietary software platforms improve efficiency and shorten design cycles.
5. Cutting-Edge Technology

   Closely follow industry trends and cooperate with leading chipmakers for high-end design capabilities.

About Maxipcb

• PCB Design
• PCB Manufacturing
• PCB Assembly & PCBA