Embedded Computer
MiBX-12700
12th Gen Intel® Core™ i7-12700 High-Performance Expandable Industrial Computer
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MiBX-12700


規格

功能清單
Desktop-Grade Core™ i7-12700 Processing Power:Leverages an advanced hybrid architecture paired with next-generation DDR5 memory technology to execute localized deep learning algorithms, parse dense data packets, and manage multi-peripheral tasks concurrently.
Dedicated Expansion for Data Acquisition:Features robust internal expandability via dedicated slots (such as PCIe x16, PCIe x4, or 32-bit legacy PCI slots), allowing users to drop in high-precision data acquisition cards (DAQ), multi-channel frame grabbers, or motion control cards.
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, allowing field engineers to retrieve tracking data logs or replace drives without tearing down the chassis.
Dense Communication & Triple-Display Layout:Outfitted with an extensive I/O panel, providing multiple USB 3.2 ports, 4 to 6 legacy serial COM lines (RS232/RS485), dual Gigabit Ethernet ports, and triple independent video outputs (HDMI, DP, VGA) to drive complex monitoring dashboards
Copper Tube Active Thermal Armor:Utilizes dual industrial-grade ball-bearing fans integrated with high-conductivity copper cooling tubes. This advanced thermal framework maintains full processor output without thermal throttling while protecting circuits against workshop dust
Wide-Voltage Transient Power Intake:Natively accepts a wide DC input threshold 9 ~ 36V, safeguarding internal processing blocks against unexpected factory grid fluctuations, severe voltage drops, and sudden electrical spikes (also configurable with an internal AC power module).
應用程序/用例
High-Precision Data Acquisition & Sensor Telemetry:Functions as a centralized DAQ node on the factory floor, interfacing with dozens of vibration, pressure, thermal, and voltage sensors via custom expansion cards to run real-time wave analytics and machine health monitoring (PHM).
Automated Optical Inspection (AOI) & High-End Machine Vision:Ideally deployed as the primary processing engine connected to high-speed line-scan or matrix cameras, executing real-time optical character recognition (OCR), dimensional measuring, and product defect classification.
Multi-Axis Robotic Motion Control & SCADA Stations:Acts as the high-powered hardware backbone driving plant-wide Supervisory Control and Data Acquisition (SCADA) networks, coordinating multi-axis robotic arms, automated assembly tracks, and CNC machinery via dense serial arrays.
Semiconductor & Electronic Manufacturing Tooling:Perfectly suited to be embedded directly into wafer handling systems (AMHS), wire bonders, and SMT picking machines as the centralized machine brain supervising multi-peripheral execution loops.
Smart Power Grids & Substation Telemetry Gateways:Deployed inside electrical substations, water treatment facilities, and wind/solar farms to monitor continuous electrical metrics, log diagnostic registers, and sync data securely with central cloud architectures.
High-Traffic Unmanned Infrastructure & Command Units:Powers complex, multi-peripheral unmanned setups requiring secure hardware integration, such as high-volume toll booths, automated banking terminals, and mobile field response command shelters.





