Embedded Computer

Specifications

Features List

• Desktop-Grade Core™ i9-12900 Extreme Performance: Powered by a socketed 12th Gen flagship processor (8 Performance-cores and 8 Efficient-cores running up to 5.1GHz Turbo), delivering massive multi-threaded parallel computing and hardware-accelerated decoding alongside next-generation DDR5 memory.

• 16-Channel Opto-Isolated GPIO: Outfitted with a 16-bit digital input/output (DIO) interface featuring 2.5kV photoelectric isolation protection, effectively shielding internal logic boards from electromagnetic interference (EMI), high-voltage surges, and static spikes when communicating with physical relays or switches.

• Copper Tube Active Thermal Armor: Utilizes dual high-airflow ball-bearing fans integrated with premium, high-conductivity copper cooling tubes. This advanced aerodynamic wind-tunnel framework maintains full processor output without performance throttling while blocking workshop dust.

• Dense Communication & Triple-Display Layout: Outfitted with an extensive physical interface panel, providing 4 legacy serial COM lines (RS232/RS485), multiple USB 3.2 ports, and dual independent network ports (1x 1GbE + 1x 2.5GbE LAN), paired with triple video outputs (HDMI, DP, VGA) to drive independent local monitoring dashboards.

• Easy-Swappable Dual Storage Bays: Equipped with an easily accessible, front-facing pull-out hard disk design featuring 2x 2.5-inch SATA3 easy-swappable HDD/SSD racks (supporting up to 15mm thick drives), allowing field engineers to retrieve tracking data logs or replace drives without tearing down the chassis.

• Robust PCIe/PCI Expansion Framework: Features robust internal expandability via dedicated slots (1x PCIe x16, 1x PCIe x4, and 2x 32-bit legacy PCI slots), allowing users to drop in heavy dedicated graphics cards, precise data acquisition (DAQ) cards, or motion control modules.

Applications / Use Cases

• High-End Machine Vision & Localized AI Edge Servers: Leverages the immense compute power of the i9-12900 to interface with multi-channel high-speed industrial cameras, executing real-time optical product defect classification, dynamic 3D dimensional measuring, and rapid optical character recognition (OCR).

• Plant-Wide SCADA Master Stations & Multi-Axis Motion Control: Functions as the primary underlying compute engine for factory floor SCADA frameworks, utilizing its multi-core processing architecture and isolated GPIO to coordinate multi-axis robotic arms, automated assembly tracks, and heavy CNC machinery.

• Semiconductor Front-End Process Control & Wafer Handling: Perfectly suited to be embedded directly into semiconductor manufacturing equipment, automated material handling systems (AMHS), or high-precision SMT pick-and-place tools as the centralized machine brain supervising dense sensor loops.

• High-Traffic Smart Access Gates & Security AI Analytics: Deployed inside major transportation hubs, airport security checkposts, or large corporate campuses, processing multi-channel surveillance feeds for real-time facial recognition and tracking while triggering the isolated GPIO to control physical barrier locks.

• Smart Power Grids & Substation Telemetry Gateways: Deployed inside electrical substations, water treatment facilities, and large-scale wind/solar farms to monitor continuous electrical metrics, log diagnostic registers, and sync data securely with central cloud architectures.

• Mobile Field Response Units & Tactical Command Shelters: Provides a rock-solid computational backbone for emergency response command vehicles, outdoor surveying bases, and remote unmanned ground vehicle (UGV) control stations that require high hardware stability paired with extreme processing muscle.

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