Small Retailer
Pro3 is engineered for continuous retail and transport environments, combining high-performance AI acceleration with hardware-level redundancy. Its architecture isolates detection, tracking and analytics workloads to maintain consistent throughput even under peak processing demand.
Category |
Specification Summary |
|
Processing Architecture |
Dedicated CPU + GPU + NPU subsystems |
|
AI Acceleration |
Hardware NPU for real-time inference |
|
Operating System |
Partitioned dual-OS architecture |
|
Thermal Design |
Thick aluminium heat-dissipating enclosure |
|
Redundancy |
Supervisory control layer |
|
Frame Processing |
Deterministic parallel pipelines |
|
Environmental Range |
Commercial continuous operation rating |
|
Power Management |
Structured load regulation |
|
EMI Shielding |
Industrial compliance design |
|
Dimensions |
148 (W) x 118 (D) x 28 (H) |
Pro3 integrates dedicated CPU, GPU and NPU subsystems to segregate vision capture, inference and analytics pipelines. This parallel compute architecture prevents bottlenecks, stabilises frame rates and ensures deterministic behaviour during high-density traffic conditions while preserving long-term component durability.
A partitioned OS design separates core device control from AI analytics workloads. In the event of application-layer failure, the supervisory system maintains device communication, health monitoring and remote recovery, significantly reducing field downtime and protecting data continuity.
A thick precision-machined aluminium casing functions as a passive heat dissipation structure. Heat shields and internal thermal pathways distribute load from CPU, GPU and NPU components, maintaining stable operating temperature even under sustained AI inference workloads.
Designed for continuous indoor commercial environments, Pro3 operates across extended temperature ranges and regulated humidity levels. Industrial-grade components, EMI shielding and structured power management ensure reliability in shopping malls, airports and transport hubs.