NOM-R002M is a core platform that can replace X86, with dual core 1.5GHz ARM64 A57 dual core+4-core A536 core performance, and up to 4GB of LPDDR4 memory. Regardless of its computing power or multi-core and multithreading characteristics, it is currently the strongest in the world's industrial grade ARM SOC, and its single computing power can directly compete with the Intel J1900 Celeron platform and E3840 ATOM platform.
High-end collaborative robots, composite robots, run dozens of real-time and non real-time threads simultaneously, and have an inherent demand for CPU single accounting force and multi-core multithreading. In addition to the original trajectory planning and dynamics algorithms, collaborative robots also add core functions such as security and force control, all of which rely on real-time operating systems for reliable scheduling. Therefore, choosing a 6-core CPU is the best choice. At the same time, this platform has excellent performance, and with the support of high computing power CPUs, it can optimize the scheduling algorithm. It is particularly suitable for CNC and medium and large scale operation control products with higher control cycle requirements.