Aeron Max i

AKHET® Edge Device Aeron Max i

The Aeron Max i offers high computing power in a small space, especially for versatile edge computing scenarios.

It supports Intel® 14th Gen Core™ CPUs up to i7 and thus serves demanding industrial applications.

With 4 × 2.5 GbE ports for plenty of bandwidth, multiple USB ports, COM interfaces, DIO, VGA and DisplayPort, it offers lightning-fast and comprehensive connectivity.

Data storage is available via a hot-swappable HDD/SSD tray and an NVMe interface(PCIe Gen4 x4).

The system is fanless and designed for the temperature range from -25 °C to +60 °C.

Thanks to its robust design, the device is ideal for use in harsh environments - from production halls and logistics centers to intelligent infrastructure solutions,

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Intel® 14th Gen Core™ processors for maximum computing power and energy efficiency
Compact, robust design - fanless and vibration-resistant
Flexible connectivity: multiple LAN and COM ports, USB 3.2, display outputs
Expansion options for specific I/O or storage requirements
Reliable in continuous operation - developed for 24/7 use on the Edge

SECTORS

Mechanical engineering, metal and wood industry, chemical industry...
For the production line and the entire production plant.
Transportation & Logistics
Mobile Edge Computing (MEC) in warehouses, containers and transport vehicles.
...

USE CASES

Production control systems with a need for high performance and fast I/O,
Machine learning and AI inference directly at the edge.
Real-time data analysis in production and quality assurance.
...

Data sheet

Aeron as a fanless edge device Edge AI System

The Aeon Max i brings machine learning and AI inference directly to the network edge. This allows models to be executed locally, for example for image recognition, pattern analysis or anomaly detection, without having to transfer raw data to a central data center.

This reduces latency times, increases data security and reduces the load on the central infrastructure. At the same time, decisions can be made in real time, which is particularly important for time-critical applications such as predictive maintenance, quality control or autonomous systems.

In addition, the relocation of AI processing to the edge with the Aeron Max i enables a scalable architecture at , where additional devices can be integrated without high demands on central computing resources.