High-Performance Rugged Embedded Computer with Intel® Arrow Lake-S Core™ Ultra 200S Series Processors and Dual PCI/PCIe Expansion Support
The DS-1500 series is a cutting-edge, rugged, high-performance embedded computer designed for demanding industrial and edge-computing environments. Powered by Intel® Arrow Lake-S Core™ Ultra 200S Series processors (up to 65 W TDP), it delivers exceptional computing capability, energy efficiency, and long-term reliability. With support for up to two PCI/PCIe expansion cards, the system excels in applications requiring advanced add-on modules such as GPU cards, communication cards, data acquisition, or motion control.
This platform features high-speed DDR5 memory support—up to 96GB at 6400MHz—for handling data-intensive processes. Its modular architecture allows additional I/O via optional CMI modules, as well as enhanced hardware functionality via optional CFM modules for hardware TPM, ignition sensing, and PoE. Built for harsh industrial environments, it supports a wide operating temperature range of -40°C to 60°C and conforms to international rugged-environment standards, making it ideal for smart manufacturing, transportation, railway systems, vision inspection, automation, and industrial edge computing.
Product Features:
- Intel® Arrow Lake-S Core™ Ultra 200S Series Processors (Max 65 W TDP)
- 2x DDR5 SODIMM/CSODIMM Sockets, Up to 6400MHz, 96GB
- 2x PCI/PCIe Expansion Slots, Up to 130W Expansion Capacity
- Optional CMI Modules for Flexible I/O Expansion
- Optional CFM Modules for Hardware TPM, Ignition Sensing & PoE Support
- Wide Operating Temperature Range: -40°C to 60°C
Overview:
The DS-1500 series is a high-performance, expandable, rugged embedded computer designed to meet the requirements of harsh environments in industrial and transportation sectors. With modular I/O expansion capabilities and support for up to two PCI/PCIe slots, it delivers unmatched flexibility for system integration.
Its international certifications ensure stable and reliable operation under extreme conditions, making it an excellent solution for smart manufacturing, railway applications, industrial automation, machine vision, edge AI inference, and mission-critical industrial computing tasks.
