Next Generation Control System
Universal Control System
OVERVIEW
Why Choose UCS?
UCS is a fully software-defined, cloud-based platform that transforms industrial automation into a high-performance, networked control infrastructure with real-time scalability and reliability.
Reduce Footprint
Fiber over copper cables, significantly reducing cabling costs and carbon footprint
Increase Save Space
Eliminating control cabinets, significantly reducing factory space
Reduce Project Time
Easy deployment, significantly reducing project implementation time
INFRASTRUCTURE
Replacing Traditional Control Rooms With Cloud Hardware
( THE PHYSICAL BASELINE )
Stand Alone Data Centre
Cooling Units
25G TSN Optical Network
Server Cluster
UPS
Built on cloud-native technologies, UCS delivers scalability, flexibility, and reliability for agile, collaborative process automation
CONNECTIVITY
High-Speed, Industrial-Grade Field Integration
Secure & Stable Network
High-Availability Hyperconverged Infrastructure(HCI) Platform
Redundant HCI Hardware
Hardware and Software Diagnosis
Software Defined Storage (SDS) Network
Fast Connectivity
Enables high-speed, real-time communication across industrial systems
APL Native
Eliminate IO Cabinets, Faster Transmission speed
ARTIFICIAL INTELLIGENCE
AI-Powered with High-Level Language Support
AI-Enhanced Optimization of Loop & Process Control
- AI PID Control
- Reinforced Learning for Intelligent Loop Control
AI-Powered Control Engine
- Advanced Programming Languages Support
- AI Inside Controller(GPU Computing)
Comparison Table
Feature Comparison at a Glance
UCS
Next generation control system, fully software-defined control
Supports both process (DCS) and discrete (PLC) control with AI-driven optimization
Supports edge computing + cloud computing with strong AI-driven data processing
< 100㎲
real-time schedule delay
Supports edge computing + cloud computing with strong AI-driven data processing
Supports remote operations and cloud-based management
DCS
Distributed control system designed for process industries, handling complex control loops
Mainly process control, capable of handling advanced loop control
Limited computing power and data processing capability
50-500ms
real-time schedule delay
Limited computing power and data processing capability
Limited remote maintenance capabilities
PLC
Logic-based control system, primarily for discrete manufacturing and automation
Focused on logic control, commonly used for sequential operations
Limited computing power and data processing capability
50-500ms
real-time schedule delay
Limited computing power and data processing capability
Limited remote maintenance capabilities
Core Concept
Control Method
Response Time
Data Processing Capability
Remote Maintenance
Data Processing Capability
STANDARDS
OPAF Current Member
SUPCON is a proud member of the Open Process Automation Forum, actively driving the industry toward a more open, unified, and interoperable future. SUPCON is also actively advancing UCS to achieve O-PAS compliance, ensuring seamless integration with open automation ecosystems.
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