The demand for high-performance computing at the industrial edge is accelerating, driven by the rapid adoption of artificial intelligence and machine vision. Meeting this demand head-on, leading embedded solutions provider AAEON (Stock Code: 6579) has officially announced the release of the ATX-Q870A.
This state-of-the-art ATX industrial motherboard is specifically engineered to support the latest Intel® Core™ Ultra Series 2 Processors (formerly codenamed Arrow Lake-S). Here at AarokaTech, we see this launch as a pivotal development for system integrators and engineers looking to build robust, compute-intensive applications such as advanced industrial automation systems and high-performance engineering workstations.
Unprecedented Computing and Edge AI Power
At the heart of the ATX-Q870A is its ability to handle immense processing workloads. Designed to accommodate up to 125W CPUs from Intel’s newest platform, the motherboard leverages up to 24 cores and 24 threads of raw computing power.
However, its true differentiator lies in its AI readiness. By utilizing the integrated CPU, GPU, and Neural Processing Unit (NPU) of the Intel Core Ultra Series 2 platform, the ATX-Q870A can deliver up to 36 TOPS (Tera Operations Per Second) of AI performance. To ensure data bottlenecks do not throttle this computing power, AAEON has equipped the board to support up to a massive 256GB of dual-channel DDR5 6400MHz system memory, ensuring seamless execution of complex AI algorithms and large data sets.
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Massive Expandability for Specialized Hardware
While the processing capabilities are deeply impressive, the true hallmark of an industrial-grade motherboard is its expansion flexibility. The ATX-Q870A is built to serve as a versatile foundation for highly specialized hardware configurations.
The board features a staggering array of expansion slots, headlined by two PCIe Gen 5 slots and five PCIe Gen 4 slots. This allows enterprise users to simultaneously integrate heavy-duty, high-spec discrete GPUs, dedicated AI accelerators, NVMe storage drives, and task-specific modules like sensor interfaces, serial cards, or low-speed Network Interface Cards (NICs) without compromising bandwidth.
Furthermore, storage and wireless integration are comprehensively covered. The ATX-Q870A provides four distinct M.2 slots:
- Two M.2 M-Keys for lightning-fast NVMe solid-state storage.
- One M.2 E-Key specifically for Wi-Fi module integration.
- One M.2 B-Key to easily add 4G or 5G cellular communication expansion cards.
For traditional, high-capacity data retention, the board also includes four SATA drive connectors complete with RAID 0, 1, 5, and 10 support for crucial data redundancy.
High-Speed Networking and Comprehensive I/O
Connectivity is critical on the factory floor and in data-heavy workstation environments. AAEON has significantly upgraded the networking capabilities of the ATX-Q870A compared to its previous ATX offerings. The rear I/O panel now boasts three RJ-45 LAN ports, all operating at 2.5GbE speeds. This triple-LAN setup is ideal for segregating network traffic, enabling real-time machine vision data transfer, and securing industrial intranet connections.
The rear panel is also densely packed with peripheral connectivity, including:
- Six high-speed USB 3.2 Gen 2 ports.
- One legacy COM port (RS-232/422/485) for older industrial machinery.
- Four independent display interfaces (two HDMI 2.1, one DisplayPort 1.4a, and one legacy VGA port) to support complex multi-monitor control rooms.
Internally, the board offers further customizability with three additional USB 3.2 (Gen 1×1) interfaces, five RS-232 serial port headers, and an 8-bit GPIO for direct machine control.
Availability and Ecosystem Support
The ATX-Q870A provides broad ecosystem compatibility, offering official support for both Windows® 11 and Linux operating systems, giving developers the freedom to deploy their preferred software stacks. For detailed technical specifications, pricing, and ordering information, enterprise buyers can contact AAEON directly via their official product page.
