Real-Time Vision
Vision-guided robots need stable camera links, low-latency inference and deterministic I/O.
Industrial PCs and edge AI platforms for industrial and service robots, machine vision, AI inference and edge computing. Bring low-latency compute, camera links and robot-cell integration into one platform.
ROBOTICS · AI EDGE
Robot cells combine cameras, sensors, motion control and AI models. The compute platform must fit the cell, survive the environment and keep latency predictable.
Vision-guided robots need stable camera links, low-latency inference and deterministic I/O.
AI models and multi-camera streams require GPU/NPU compute without adding a large cabinet.
EtherCAT, PROFINET, Modbus and digital I/O must coexist with AI services on one platform.
From machine vision to collaborative robots and city IoT, choose the platform by compute and I/O.
VISION
01
Inline visual QC, OCR and code traceability, image-acquisition hosts.
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EDGE
02
IoT gateways, compute servers and AI inference terminals.
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IOT
03
Front-end data collection and city operations.
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ROBOT
04
Collaborative robots and flexible assembly stations.
View recommended models →Edge AI, central control and HMI platforms for robot cells and vision stations.
Edge AI
NVIDIA Jetson Orin platforms for vision inspection, AI inference and edge analytics close to the machine.
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Central Control
FlexCore™ modular motherboard, PCIe ×16/×4 expansion, multiple GbE and COM. Built for MES hosts, SCADA servers and IT-OT gateways.
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Station HMI
10–24" industrial touch panel PCs with IP65 front panel and multi-protocol interfaces for line HMI, MES and SCADA stations.
View FrontOps™ →Share camera count, model type, latency target, robot protocol and environment; we will propose a platform and sample plan.