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batteryless sensor node  (Texas Instruments)
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Texas Instruments batteryless sensor node
( a ) Conventional communication using active radios requires synchronization between the sender and receiver. To achieve this goal, a receiver must consume considerable energy for idle listening. This behavior can introduce a prohibitively high energy overhead into a <t>batteryless</t> device, resulting in inefficient communication among such devices. ( b ) Wake-up Receivers (WuRs) enable efficient, low-power monitoring of the wireless channel. Thus, employing WuRs in the design of batteryless devices offers numerous advantages, such as low energy overhead, low communication latency, and high scalability.
Batteryless Sensor Node, supplied by Texas Instruments, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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( a ) Conventional communication using active radios requires synchronization between the sender and receiver. To achieve this goal, a receiver must consume considerable energy for idle listening. This behavior can introduce a prohibitively high energy overhead into a batteryless device, resulting in inefficient communication among such devices. ( b ) Wake-up Receivers (WuRs) enable efficient, low-power monitoring of the wireless channel. Thus, employing WuRs in the design of batteryless devices offers numerous advantages, such as low energy overhead, low communication latency, and high scalability.

Journal: Sensors (Basel, Switzerland)

Article Title: CATO: Wake-Up reCeiver-bAsed communicaTiOn for Batteryless Devices

doi: 10.3390/s25226813

Figure Lengend Snippet: ( a ) Conventional communication using active radios requires synchronization between the sender and receiver. To achieve this goal, a receiver must consume considerable energy for idle listening. This behavior can introduce a prohibitively high energy overhead into a batteryless device, resulting in inefficient communication among such devices. ( b ) Wake-up Receivers (WuRs) enable efficient, low-power monitoring of the wireless channel. Thus, employing WuRs in the design of batteryless devices offers numerous advantages, such as low energy overhead, low communication latency, and high scalability.

Article Snippet: Moreover, we employ the Texas Instruments CC1101 (Dallas, TX, USA) sub-1 GHz wireless transceiver in each batteryless sensor node since it provides low-power wireless communication capabilities using a variety of modulations and data rates, which is, in turn, necessary for sending wake-up signals to the wake-up receiver.

Techniques: Introduce