Electronic product SOM refers to providing various core components of the embedded processing system on a single printed circuit board PCB, that is, the Android intelligent operating system is preset on the chip module and integrates the CPU, GPU, and memory , Wi-Fi, BT, wireless communication, and also open Android source code, scalable GPIO and peripherals.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
What does SOM of electronic products mean?
What is SoM (System-on-Module)?
SoM refers to providing various core components of an embedded processing system on a single printed circuit board (PCB), that is, the Android intelligent operating system is preset on the chip module and integrated It integrates CPU, GPU, memory, Wi-Fi, BT, wireless communication, and also opens Android source code, scalable GPIO and peripherals. With this modular approach, SoMs will be ideal for embedding in a variety of end systems.
SoM is different from SoC. An SoC is a series of critical computer components arranged on a single chip, while an SoM may contain an SOC, but they are circuit board-based with room for additional components.
Why use SoM?
SoM can reduce R&D investment and avoid terminal intellectual property rights;
SoM helps developers achieve design breakthroughs, reduce R&D and production time, thereby shortening time to market, and can also Keep costs low;
SoM can quickly serialize products and pre-research work.
Creating an embedded system is often a lengthy process that requires the design and fabrication of custom circuit boards. SoM optimizes the steps required to complete a design. Simply select an SoM that meets your requirements, integrate it into the end system, and deploy directly. In addition to enabling high-volume deployment, the modular design simplifies product lifecycle management and reduces bill of materials (BOM) expenses.
What’s possible with the Smart Module Development Kit
Software developers can unleash the potential of edge computing to enable local, anytime Delayed processing of data.
Hardware developers need to complete production as quickly as possible and focus limited resources on tasks with the highest impact. With SoMs, they gain the performance and flexibility of field-programmable gate arrays (FPGAs) without the difficulties of PCB design and integration.
AI developers need systems that deliver high performance without requiring them to become hardware experts. SoM can provide the required computing capabilities while maintaining the flexibility to easily obtain AI models.
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