3

PCB Design

Introduction

  • Japanese Design Mode

    Cooperate ( technical and training) with senior Japanese design company, complete with Japanese-style management and process.

  • High-Quality Design

    Well-built design methods, strict double check, effective deadline management, details orientated.

  • High-Tech Design Res

    To Japan for technical training, to master the most advanced technical information, give full consideration to EMI, EMC and design for manufacturability.

  • Most Professional De

    10+ years of design experience design with manufacturing feasibility track and optimize from design until manufacturing.

  • Dificult Design Expe

    High frequency, high speed and high density, digital and analog, large power and large current, software and hard ware combination.

Localization of Japanese Patterns

  • Schematic drawing

    □  Symbols and footprint

    □  Mainstream EDA softwares

    □  Date conversion and optimization

  • □  High-speed interface design

    □  HDI buildup and blind vias

    Standard structure and Card

Ability

Intustry-leading design strength, challenging the most high-end, the most advanced manufacturing proesses and design limits of technology.

  • 46

    +

    Layers

  • 36000

    +

    Connections

  • 58000

    +

    Pins

  • 1521

    +

    BGA Pins

  • 64

    +

    BGA Count 1 Board

  • 36

    mil -

    Width and Spacing

  • 4.4

    GHz +

    Frequency

  • 30

    Gbps +

    Rate

Process

Quality

Clients

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