Edge & Industrial Computing
Durable Computing Solutions for Industrial Environments
Edge AI Systems for Real-Time Intelligence
Edge & Industrial Computing platforms extend processing capabilities beyond centralized data centers, enabling real-time data processing closer to where data is generated.
Durable Computing Solutions for Industrial Environments
Industrial PCs
Industrial PCs for Reliable and Rugged Computing
Industrial PCs are purpose-built computing systems designed to operate in harsh environments where standard IT equipment cannot perform reliably. These systems are engineered to withstand extreme temperatures, vibration, dust, and continuous operation.
They are widely used in industrial automation, manufacturing, transportation, and energy sectors, where reliability and uptime are critical.
Architecture Role
Industrial PCs serve as the local processing and control layer within industrial environments.
Within this model:
- They collect and process data from sensors and devices
- Execute control logic and automation processes
- Interface with centralized systems or cloud platforms
They act as a bridge between operational technology (OT) and IT systems, enabling integration and data flow across environments.
Key Features
- Rugged and durable design
- Wide operating temperature range
- Long lifecycle support
- Fanless or industrial cooling options
- High reliability for continuous operation
Applications Include :
WHY UNITEK ?
- Industrial-grade platforms from leading vendors
- Reliable solutions for demanding environments
- Long-term availability and support
AI Processing at the Edge of the Network
Edge AI Systems
Edge AI Systems for Real-Time Intelligence
Edge AI systems combine compute platforms with AI capabilities to enable real-time data processing and decision-making at the source of data generation.
By bringing AI workloads closer to the edge, these systems reduce latency, minimize data transfer to centralized locations, and enable faster responses for time-sensitive applications.
They are increasingly used in smart cities, retail analytics, security systems, and industrial environments.
Architecture Role
Edge AI systems act as the real-time intelligence layer within distributed architectures.
Within this model:
- Data is processed locally at the edge
- AI models are executed close to data sources
- Only relevant data is transmitted to central systems
This reduces bandwidth usage and enables immediate decision-making without relying on centralized processing.
Key Features
- Integrated AI acceleration capabilities
- Low-latency processing
- Compact and efficient design
- Support for real-time analytics
- Scalable deployment options
Applications Include :
WHY UNITEK ?
- AI-ready edge platforms
- Optimized for real-time workloads
- Flexible deployment across industries
Compact and Flexible Systems for Integrated Solutions
Embedded Platforms
Embedded Computing Platforms for Specialized Applications
Embedded platforms are compact computing systems designed to be integrated into larger devices or systems. These platforms provide dedicated processing capabilities for specific applications, often with strict size, power, and reliability requirements.
They are widely used in IoT devices, smart systems, and custom-built solutions where traditional servers are not suitable.
Architecture Role
Embedded platforms serve as the dedicated processing layer within integrated systems, providing localized compute capabilities for specific functions.
Within this model:
- They process data within devices
- Enable system-level intelligence
- Support integration with larger platforms
They are typically part of larger distributed systems where multiple embedded devices operate together.
Key Features
- Compact and lightweight design
- Low power consumption
- High reliability
- Customizable configurations
- Long lifecycle support
Applications Include :
WHY UNITEK ?
- Wide range of embedded solutions
- Flexible configurations
- Designed for specialized applications
