The X242 is designed as a scalable, industrial-grade carrier board intended for commercial deployment volumes. It is built to host NVIDIA’s Jetson T5000 module, which integrates a Blackwell-architecture GPU with 2,560 CUDA cores and 96 fifth-generation Tensor Cores, delivering up to 2,070 TFLOPS (FP4 sparse) of AI performance.
The OAK 4 CS is built around Luxonis’ RVC4 vision compute platform, combining a 6-core ARMv8 CPU, 8 GB of RAM, and 128 GB of onboard storage. The product description states that the platform delivers up to 52 TOPS of AI inference performance using DSP and GPU acceleration for on-device vision workloads.
The GENESYSM-MTH6 is built around Intel Core Ultra processors (Series 1, formerly Meteor Lake), with options ranging from 15 W U-series to 28 W H-series SKUs. Supported processors include the Core Ultra 5 125U/125H and Core Ultra 7 155U/155H, providing up to 16 cores and integrated Intel Arc graphics for compute- and graphics-intensive edge applications.
According to the announcement, the E1M is designed around a common hardware and software foundation for edge AI systems. A consistent footprint and pinout allow developers to choose processing platforms based on performance, power, or cost without redesigning the carrier board, helping shorten development cycles and evaluate multiple silicon vendors.
The ICORE-3576Q38 family is available in three variants. The standard ICORE-3576Q38 targets commercial embedded systems, while the ICORE-3576JQ38 and ICORE-3576MQ38 are designed for industrial use. All three variants share the same interfaces and feature set, with differences limited to CPU frequency and operating temperature range.
