Unlock the Potential of Smart Healthcare with AAEON

Two solutions offer countless possibilities with AAEON’s multifaceted approach to smart healthcare.

When it comes to smart healthcare, AAEON’s AI@Edge solutions offer power-efficient and exceptionally powerful visual inferencing tools, just what the doctor ordered. Using the BOXER-8256AI, it is possible to take advantage of world-class AI performance for more accurate and efficient diagnostic imaging. In contrast, the BOXER-8224AI is the go-to solution for safety monitoring in medical facilities, with support for multiple camera types via its two MIPI connectors and low-profile form factor.


AI is leading the way in healthcare diagnostic technology, and the BOXER-8256AI exemplifies the unique combination of real-time stream filtering and advanced AI inferencing performance. The BOXER-8256AI features four HDMI 1.4 input and two HDMI 2.0 output ports, allowing video streams to be received and analyzed via the system’s AI functionality then output to a different monitor to pinpoint abnormalities for diagnostic purposes. This prevents the need to modify existing healthcare imaging equipment, which makes it an ideal addition to, rather than replacement for, the tools available to healthcare professionals when it comes to efficiently identifying abnormal ultrasound, x-ray, and MRI images.

NVIDIA® Jetson Xavier™ NX

The AI performance of the NVIDIA® Jetson Xavier™ NX, coupled with its powerful NVIDIA Volta™ GPU, grants users access to vast SDK libraries like NCCL and TensorRT. These libraries enable the curation of more accurate image classification models, facilitating the detection of abnormalities in diagnostic screening solutions.

HDMI Input x 4

A sophisticated and practical design, the BOXER-8256AI features four HDMI input ports that facilitate real-time stream filtering. This capability allows for the concurrent execution of multiple AI algorithms and the analysis of live video data. Moreover, with the potential for enormous storage capacity through SATA, M.2 Key, and Micro SD Card slots, the BOXER-8256AI can efficiently process the exceptional quantity of data it receives.


The BOXER-8224AI is equipped with diverse wafer-based I/O, offering the ultimate flexibility in functionality. Notably, the board features two MIPI camera connectors, providing a dynamic interface with greater bandwidth and cost-efficiency than alternatives such as IP cameras. Further, the BOXER-8224AI’s interfaces accommodate other camera types to serve different needs within the smart healthcare industry, such as time-of-flight (ToF) and thermal cameras, which each offer unique benefits depending on deployment setting. Finally, with its discreet, low-profile form factor and low power consumption, the BOXER-8224AI allows more flexibility for space-efficient deployment in diverse clinical settings.

MIPI Cameras

Perfect for preventative screening devices, the BOXER-8224AI’s MIPI camera support offers power-efficient high-quality video. Paired with the board’s Mini HDMI display interface, MIPI cameras make analysis easier by capturing more detailed video and image data.

ToF for Fall Detection

Support for time-of-flight (ToF) cameras make the BOXER-8224AI a sophisticated smart healthcare tool. Due to the ToF camera’s depth detection capability, the BOXER-8224AI can be used for fall detection solutions in settings such as nursing homes.

Thermal Camera Support

In the age of COVID-19, thermal imaging has become more and more important. The BOXER-8224AI’s compatibility with infrared cameras allows for accurate yet entirely secure temperature checks to be undertaken in healthcare settings such as hospitals.

Send Us A Message

* indicates required

Please select all the ways you would like to hear from :

You can unsubscribe at any time by clicking the link in the footer of our emails. For information about our privacy practices, please visit our website.

Contact Info

Call Us

+31 (0) 499-745200

Our Email


Our Location

Beatrix de Rijkweg 8, Eindhoven, NL

Working Hours

Mon-Fri: 9AM-5PM

Follow Us

Leave a Comment

Your email address will not be published. Required fields are marked *