AAEON has introduced the de next-RAP8, a highly compact single-board computer (SBC) that measures just 84mm by 55mm—comparable in size to a Raspberry Pi 5. However, unlike typical microcomputers, it’s equipped with advanced 13th Gen Intel Core processors, bringing desktop-class performance to embedded and industrial environments.
Processor Options and Graphics Capability
The board is available in three versions powered by the Intel Core i3-1315UE, i5-1335UE, or i7-1365UE, all running at 15W TDP. The highest-tier model features up to 10 cores and 12 threads, along with support for up to 16GB of LPDDR5x memory and integrated Intel Iris Xe graphics. While suitable for multitasking and lightweight media processing, the lack of a discrete GPU and the thermal constraints of its form factor mean it’s not built for heavy graphics work.
Optimized for Robotics and Automation
The de next-RAP8 is purpose-built for edge computing tasks in robotics, drones, kiosks, and similar platforms where space is tight but performance cannot be compromised. It offers better computing power than most embedded boards, though it doesn’t match the modularity and upgrade flexibility of a typical workstation.
Connectivity and Input/Output Support
Connectivity options are robust. The board includes two RJ-45 Ethernet ports (supporting both 2.5GbE and 1GbE), two USB 3.2 Gen 2 Type-A ports, HDMI 1.2a for display output, and a 12V DC input. Additional I/O is enabled via a 40-pin header supporting GPIO, USB 2.0, and RS-232/422/485, with optional support for SMBus or I2C communication protocols.
Modular Expansion for Custom Applications
The de next-RAP8 supports expansion through an M.2 2280 M-Key slot, which can be used for Wi-Fi, 4G modules, or storage devices. An FPC connector enables PCIe x4 Gen 3 support, opening doors to more advanced extensions. AAEON also offers proprietary adapter cards like the PER-T642 and PER-R41P, which add functionality such as AI acceleration, extra storage, or video capture interfaces.
Intended Use and Limitations
This board is engineered for embedded systems where performance and customization are key. It’s ideal for system integrators building robotics, automation hardware, and smart edge devices. However, due to its reliance on external modules and limited built-in I/O compared to full-sized PCs, it is not designed for typical business or desktop environments that require broader, more accessible functionality.
