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Understanding Mote Technology: Key Components and Trade-offs in Sensor Applications

Motes play a crucial role in various sensor applications, and understanding their key components is essential. Each mote typically comprises a processor, storage, communication systems, and a sensing unit. Trade-offs in design can impact performance, power consumption, and suitability for specific applications. By analyzing SSTL's board and recommendations, we can identify the most suitable mote for different purposes. Adapting the SSC’s SoC and OBC for low power consumption is vital to enhance efficiency in real-world applications.

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Understanding Mote Technology: Key Components and Trade-offs in Sensor Applications

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Presentation Transcript

  1. Mote Technology Trade off

  2. What do Motes consist of? • Processor + storage • Communications system • Sensing unit

  3. Processors

  4. Radios

  5. Mote trade-offs

  6. SSTL’s Board

  7. Conclusions and Recommendations • Each mote serves a different purpose. Applications identify what is the most suitable mote • Adapt the SSC’s SoC OBC for low power

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