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Rapid Electronic Solutions: MCI’s PCB Routing

Our expertise meets your needs in the development of your electronic systems. Our knowledge and efficiency drive your projects towards success.

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MCI supports you in the development and realization of your electronic solutions for PCB routing. Our expertise enables us to design and optimize printed circuits while ensuring full compliance with requirements and current standards. The flexibility and adaptability of our services, combined with our expertise, allow us to offer the first pieces within a week, depending on the complexity of the project.

Thanks to its numerous suppliers, MCI is able to supply you with all the components and PCBs.

Through its co-creation model, MCI supports you in bringing your project to life and ensuring its success, which is at the heart of our concerns. Since our founding, MCI has been committed to providing high-quality PCB routing services. We believe in the importance of every detail, and our expertise ensures solutions that are perfectly aligned with your goals!

Our various routed boards:

Test & Development Boards

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Nail Bed Board

  • Bed of Nails Board
  • Functional Test Board

Adapter Boards

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Interface Board

  • Sensor Adapter Board ( for temperature, pressure sensors, etc.)
  • Interconnection Board

Relay and Control Boards

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Relay Board

  • Opto-isolated Relay Board
  • Programmable Relay Board
  • Relay Board for Industrial Automation
  • Wireless Relay Board (Wi-Fi, Bluetooth)
  • Automotive Relay Board

Custom Specification Boards

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custom circuit board

Software/ Deliverable

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Software

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Delivrable

  • PDF schematic
  • Bill of materials (BOM)
  • CSV file
  • 3D STEP file
  • Gerber files
  • Drill file
  • Component placement file

Design and Production Process

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Step 1

Studie of your needs and constraints

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Step 2

Design and modeling (mechanical and electrical schematics)

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Step 3

Manufacturing and internal wiring

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Step 4

Pre-delivery testing and inspections

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Step 5

On-site installation and commissioning upon request

Why choose our routing services?

  • Custom design
  • Performance optimization
  • Fast execution
  • Flexibility and responsiveness
  • Expert technical knowledge
  • Technological versatility
  • Compliance with standards and certifications
  • Tests and validation
  • Flexibility in quantities
  • Close relationship
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Speed, Quality, Services

The characteristics of our card services:

Conception

  • Component placement :
    • Component placement optimization to minimize trace length and maximize performance.
  • Track routing :
    • Routing tracks to connect components in compliance with electrical design rules.
  • Signal management of different signal types
    • Digital, analog, RF, high frequency, etc.
  • Ground and power plane :
    • Creating specific planes for proper current return management and signal integrity.
  • High-speed signal
    • Differential pair routing to ensure signal integrity.

Compliance with Norms and Standards

  • IPC standards
    • Adherence to IPC standards for the quality and reliability of electronic boards.
  • Environmental compatibility:
    • Compliance with standards such as RoHS for products free from harmful substances.
  • EMC/EMI:
    • Consideration of electromagnetic compatibility constraints.

100% Garantie, Assistance technique

Integration of Specific Constraints

  • Mechanical constraints:
    • Adaptation of routing based on the shape and size of the board (irregular shapes, confined spaces).
  • Thermal:
    • Design for optimal thermal dissipation. Integration of thermal zones and thermal pads to improve heat management.

Types of Boards and Supported Technologies

Simple or complex boards:

  • Prototypes
  • Production boards
  • Rigid, flexible, or rigid-flex boards.

Customization and Support:

  • Adaptation to specific needs:
    • Prototypes, small batches, or mass production.
  • Technical support throughout the project, from design to manufacturing.

Multilayers and Complexity

  • Management of boards ranging from 1 layer (simple) to 16 layers for complex projects.
  • Optimization of vias (buried, blind, or through-hole) to improve routing density.
  • Controlled impedance management for high-frequency signals.

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Electronic board

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Prototyping