Comparing AAEON Boxer-8224AI and Y-C7 Carrier Board
The AAEON Boxer-8224AI and Y-C7 carrier board are two popular embedded systems designed for machine and deep learning applications. As a chip-down carrier board, the Y-C7 offers an NVMe 16GB onboard storage and is based on the video-capable NXP i.MX 8M SoC with several memory and display options. On the other hand, the AAEON Boxer-8224AI is an AI-enabled system featuring a ruggedized design and energy efficient performance, based on the Intel Celeron J3455 quad-core SoC with four isolated COM ports. In terms of performance, the Y-C7 has an edge by doubling the computing power of AAEON’s offering. On the other hand, the AAEON’s board has good energy efficiency with a full DMIPS/mW ratio of over 200. In comparison to the Y-C7, the Boxer-8224AI also has four isolated COM ports with 1 RS-232/485 port, something which the Y-C7 fails to provide. In terms of expansion, the Y-C7 offers multiple options in the form of mini PCIe, USB-C, 1 Gb to 10 Gb Ethernet, and PCIe Gen 2 for adding additional peripherals and devices. On the other hand, the Boxer-8224AI has two 4-lane M.2 slots, one full-size miniPCI, one SIM card slot and one lite-size miniPCI Express slot.
Overall, both the AAEON Boxer-8224AI and Y-C7 carrier boards have their advantages and disadvantages, which should be carefully weighed against one another when choosing the right solution for your product. The Y-C7 provides better performance while the AAEON Boxer-8224AI offers good energy efficiency and four isolated COM ports. In addition, the Boxer-8224AI offers several expansion options with its dual M.2 slots, miniPCI, SIM card slot and miniPCI Express slot. Ultimately, users should consider their needs carefully to ensure they pick the right device for their requirements.