The industrial Mini-ITX board LV-6717 has been specifically designed for these scenarios.
It is based on the latest Intel® Core™ Ultra processor generation (Arrow Lake-S) and
combines traditional CPU/GPU computing power with an integrated Intel® AI
Boost NPU for energy-efficient AI acceleration.
This enables complex AI workloads to be executed locally and in real time – without external systems or additional hardware.
Maximum Computing Power with
Intel®
Core™ Ultra
The Intel® Core™ Ultra processors of the Arrow Lake-S series feature a 3D performance hybrid architecture with up to 65 W TDP. They combine powerful performance cores (P-cores) for demanding applications with efficient cores (E-cores) for background processes. This architecture delivers high multithread performance while maintaining optimized power consumption – ideal for time-critical applications in automation, robotics, and industrial image processing.
In addition, the integrated Intel®
Xe Graphics supports multiple high-resolution displays and handles GPU-accelerated computations, making the LV-6717 well-suited for graphics-intensive tasks such as machine vision or visual inspection.
Onboard AI Acceleration
The integrated Intel® AAI Boost NPU offloads AI workloads from the CPU and GPU. It is designed for low-power AI operations such as object detection, anomaly analysis, or predictive maintenance. AI algorithms can therefore run directly on the device without cloud connectivity – saving bandwidth, reducing latency, and increasing data security.
