SynchroSpace EPDM | INTERGRATECH | 인터그래텍 INTERGRATECH

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Synchrospace

An engineering data hub that integrates ECAD and MCAD design data,
breaks down silos between teams, and enables seamless collaboration.

EPDM

SynchroSpace

ECAD–MCAD Integrated PDM System

A PDM solution that reduces development cost, time, and redesign efforts.
All data is centrally managed in a single database within a unified workflow.

PDM

Have you introduced PDM but eventually gave up?

“A lightweight, easy-to-use
PDM tailored for SMEs.”

Includes only the functions needed for an efficient product development process.
Experience a simplified UX—just as easy as Excel, without the complexity.

Circuit (hardware) design calls for
tailored data management—and it must be different.

Experience a PDM solution that fully reflects the key characteristics of circuit design.

  • Integrated library management icon — systematic CAD library management linking components, symbols, and footprints

    Integrated
    Library Management

    Systematically manage CAD libraries by linking components, symbols, and footprints.

  • Multi-CAD tool integration icon — automated environment linked to EDA, ECAD, and MCAD tools

    Seamless Multi-CAD
    Tool Integration

    Provides an automated environment integrated with various EDA, ECAD, and MCAD tools.

  • Workflow-based unified management icon — WIP and circuit data protected in workflow

    Workflow-Based
    Unified Management

    Securely manages work-in-process (WIP) design data and circuit-related information within a structured workflow.

  • Three-way sync assurance icon — design data, BOM, and physical outputs aligned

    Three-Way Synchronization (Sync) Assurance

    Eliminates inconsistencies among design data → BOM → physical outputs, and automatically generates the initial BOM.

Product Features

EPDM intuitive UI/UX dashboard — project status, To-do, Alert, and Notice

Intuitive UI/UX

  • Easy-to-Use — quickly and easily access only the information you need
One DB design data management — part inquiry, requests, and schematic-linked workflow

One DB Design Data Management

  • Integrated management of circuit data and libraries — obsolete parts lock (ERP integration available if required)
  • Create and manage libraries by linking component information with symbols, footprints, and datasheets
One DB part registration process workflow — from part inquiry and requests through schematic linkage to symbol and footprint registration
PCB data and deliverables integration — electronic design workflow-based data management

PCB Data and Deliverables Integration

  • Manage design data based on a standard electronic design workflow
Multi-CAD tool integration — automated file extraction with EDA tools

Multi-CAD Tool Integration

  • Works with various EDA tools and provides proprietary automated file extraction programs

Workflow

Based on workflow, circuit item development uses components in design
through CAD integration to automatically generate deliverables and initial BOM

  • Component Item Workflow
  • PCB Item Workflow
  • PBA Item Workflow
Component Item Creation
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For use in
schematics

Schematic & PCB Design
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Auto-generate Master
PBA BOM
from PCB
design data

BOM Creation

Manage CR (Change Request) and CO (Change Order) based on workflow,
and support batch revision through backward tracing of affected items

  • CR Workflow
    CR workflow — request, review, intake, and complete stages
  • CO Workflow
    CO workflow — request, approval, execution, confirmation, and complete stages
CR/CO and Affected Items
CR and affected items — multiple affected items can link to one CR

Multiple affected items can be linked to a single CR

CO with CR and affected items — multiple CRs and affected items on one CO

Multiple CRs can be linked to a single CO,
and multiple affected items can also be directly linked

Item Status and Design Changes
Item status and change control — Working, Complete, Release

Design changes are not allowed in Working status
/ Development design changes in Complete
/ Mass production design changes in Release

CO Execution and Backward Tracing
CO execution and backward tracing — Batch revision through backward tracing

Batch revision through backward tracing

Effect of Introduction

Before Implementation

  • Component data not used in design
  • Components separated from library
    (CAD shape data)
Before — component data unused and separated from library
  • Difficulty maintaining consistency
    across circuit / PCB / BOM
  • Repeated design errors
Before — consistency and design quality issues
  • Design quality dependent on individuals
  • High training cost
Before — design quality and training cost
  • Decentralized management by individuals and departments, high risk of data leakage
Before — data loss and leakage risk
01

Reduced
Design Time

02

Improved
Design Quality

03

Integrated
System Operation

04

Enhanced Security

After Implementation

After — reuse of parts and libraries
  • Reuse of components and libraries
  • Easy reuse of design data
  • Online design workflow
  • Standardized and automated BOM process
After — library standardization and consistency
  • Standardization and sharing of components and libraries
  • Ensured consistency across circuit / PCB / BOM
  • Standardized design process and improved design quality
  • Prevention of communication errors
  • Focus on design tasks
After — integrated design platform
  • Reduced cost through integrated design platform
  • Reduced training cost
  • Faster onboarding and fewer errors for new employees
  • Globally unified development environment
After — data remains on server; Capsulation-based security
  • Data and work history remain on the server even after employee turnover
  • Same system as overseas headquarters (Capsulation-based), reducing risk of technology leakage
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