AD-UNO-148 V2
Fanless DIN-Rail IPC with Intel® Core™ Processors (13th Gen)
- Intel® Core™ processors (13th Gen) with 8GB DDR5 memory
- Port isolation for 8 x DI, 8 x DO, 4 x COM
- Supports 2 x M.2 M key 2280 NVMe SSD storage (support RAID)
- Supports 1 x M.2 E Key 2230 wi-fi module and 1 x miniPCIe with Nano SIM card slot
- Dual 2500 BASE-T Ethernet supports Time-Sensitive Network (TSN) technology
- Modular design for optional iDoor extension
- Support Windows 11 IoT Enterprise LTSC
| UNO-148-D33BA | UNO-148-D53BA | UNO-148-D73BA |
| Intel® Core™ i3-1315UE 1.2GHz 6-Core | Intel® Core™ i5-1335UE 1.3GHz 10-Core | Intel® Core™ i7-1365UE 1.7GHz 10-Core |
| Microsoft® Windows 10 LTSC, Microsoft® Windows 11, Linux | ||
| 1 x SO-DIMM with 8 GB DDR5 4800 MHz, 2 x NVME M.2 SSD (2280 M-key) | ||
Industrial DIN-Rail Edge Computer UNO-148 V2 with Advanced AI Capabilities
UNO-148 V2, a DIN-rail automation controller equipped with the latest 13th Gen Intel® Core™ processors and an innovative design that integrates with its second-stack extension kit to support embedded MXM GPUs based on NVIDIA Ada Lovelace and Ampere architecture.
UNO-148 V2 product is set to revolutionize real-time control and automation applications across various AI-driven industries, unlocking edge AI capabilities.
Case Study: Working Toward Net-Zero Greenhouse Emission in the Semiconductor Manufacturing process with the UNO-148 V2 Controller
Introduction
The semiconductor industry is embracing the challenge of reducing its environmental impact, aiming for net-zero greenhouse emissions through innovative solutions. This case highlights how integrating the UNO-148 V2 Controller, a cutting-edge industrial automation tool, empowers manufacturers to monitor chemical emissions, energy consumption, and operational efficiency. With real-time monitoring and process optimization capabilities, this case underscores the crucial role of automation and energy-efficient technologies in driving greener, more sustainable semiconductor manufacturing.
System Description
The semiconductor control system is built around the UNO-148 V2 controller, which integrates multiple monitoring devices and sensors via a PoE switch for comprehensive data collection and monitoring. The controller provides real-time tracking of operational status, energy consumption, and emission levels. Additionally, it uses a USB-to-COM converter to transmit data to serial communication devices, ensuring stable and precise control throughout the production process.
UNO-148 V2 Controller: Serves as the system’s central hub, connecting to the PoE switch and USB-to-COM converter. It provides essential data on equipment operational status, energy consumption, and emissions. PoE Switch: Supports real-time data transmission in the semiconductor
Conclusion
The UNO-148 V2 controller is a highly effective solution for monitoring semiconductor equipment. Its industrial-grade design and real-time monitoring capabilities enhance energy efficiency and reduce greenhouse gas emissions.
This system enables semiconductor manufacturers to meet strict environmental standards, improve production efficiency, and ensure operational stability, while addressing the stringent real-time data monitoring and environmental management requirements in semiconductor manufacturing.
UNO-148 V2: Compact DIN-rail IPC with 13th Gen Intel® Core™ CPU, supporting NVIDIA RTX® 35W MXM GPU
High Computing Power for Real-Time Processing
- Leveraging 13th Gen Intel® Core™ CPU to ensure synchronized, low latency communication, achieving real-time image processing in a compact form factor.
Flexible Expansion for Enhanced Functionality
- Complete M.2 interface for NVME storage and wireless expansion, yet providing comprehensive expansion options for integrating additional I/O and functionality.
Robust Industrial-Grade Design
- Cableless design and industrial-grade isolated I/O for ruggedized applications.
Boost Edge AI Implementation
- Supports 35W MXM GPU card with over 5-year longevity extended product life support.