The BOXER-6649-RAP is the ultimate smart vision solution, combining four independent PoE LAN, 13th Gen Intel® Core™ CPUs with Intel® Iris® Xe Graphics, and 50% greater DDR5 memory capacity within a slimline 242mm x 167mm x 56mm system. Space-efficient enough to be deployed as part of existing infrastructures and environmentally tough enough to handle fluctuating temperatures and volatile power supplies, reliability is at the core of the BOXER-6649-RAP’s offering to the smart security, safety, and surveillance space.
Equipped with four IEEE 802.3at PoE LAN ports, the BOXER-6649-RAP eliminates the need for external PoE switches, simplifying system deployment. Paired with the system’s 9V to 36V power input range with protection circuit, the BOXER-6649-RAP can host four PoE cameras simultaneously while remaining protected from voltage spikes, making it suitable for environments ranging from worker safety monitoring in factories all the way to automated retail security setups.
13th Gen Intel Core Processing with Iris Xe Graphics
The BOXER-6649-RAP is powered by 13th Gen Intel® Core™ CPUs with up to 14 cores and 20 threads, which with the platform’s Intel® Iris® Xe Graphics makes it capable of executing real-time video analytics tasks from multiple simultaneous high-resolution camera streams. Leveraging the system’s support for the Intel® OpenVINO™ toolkit also optimizes AI inferencing performance for machine vision applications without the need for dedicated GPU.
Expanded High-Capacity Memory & Storage
With support for up to 96GB of DDR5, the BOXER-6649-RAP offers a 50% increase in high-speed memory capacity over its predecessors, allowing it to locally store large data models and run real-time AI inference without frame drops. Moreover, by accommodating NVMe modules, the system provides faster read/write speeds for managing data from multiple video streams, while its SATA support grants a stable, cost-effectiveness means of retaining archived footage.
