How LPWAN and Edge Intelligence Can Revolutionize Agriculture
Agriculture, a cornerstone of civilization, is facing a growing number of obstacles—from unpredictable weather patterns and pest infestations to resource scarcity and market volatility. To overcome these challenges, farmers are turning to sustainable and smart agriculture devices.
LPWAN (Low-Power Wide-Area Network), a wireless technology that enables long-range, low-cost communication between devices, could help significantly optimize the agricultural sector. By integrating LPWAN with edge intelligence or data processing at the source, farmers gain access to accurate, real-time insights for more informed decision-making.
What is LPWAN?
LPWAN is ideal for IoT applications
with minimal data and bandwidth needs, such as sensors, meters,
trackers, and controllers. LPWAN devices consume minimal power, often
operating for years on a single battery, reducing maintenance and
replacement needs. Their extensive coverage spans vast distances
compared to cellular or Wi-Fi networks, making them perfect for large
farms and remote areas. LPWAN is cost-effective, requiring inexpensive
devices and easy deployment. The networks are highly scalable,
supporting thousands of devices for large-scale IoT implementations. By
transmitting small amounts of data infrequently, LPWAN devices optimize
both battery life and network capacity.
LPWAN technologies are categorized into licensed and unlicensed. Licensed LPWAN, like Narrowband IoT (NB-IoT) and Long-Term Evolution for Machines (LTE-M), operates on existing cellular networks, offering broader coverage but requiring more power and operator fees. Unlicensed LPWAN, including Wi-SUN, Wirepas, and LoRaWAN, uses free Industrial, Scientific, and Medical (ISM) bands, reducing power consumption and costs but with coverage dependent on protocol and geography.
Empowering Real-Time, Actionable Insights for Smart Agriculture Applications
LPWAN and edge intelligence technologies are revolutionizing
agriculture by providing farmers with real-time, actionable data for
better decision-making and resource management. For example,
LPWAN-connected sensors and edge computing enable smart irrigation
systems that monitor soil moisture and weather conditions to optimize
water usage, improve crop yields, and reduce environmental impact, often
using scalable, low-power protocols like Wi-SUN.
By collecting and processing data directly on the farm, these technologies enable precise monitoring of crops, livestock, and environmental conditions, leading to optimized resource allocation, increased yields, and reduced waste. Wearable sensors and tags utilizing LPWAN solutions allow farmers to track animal health, location, and behavior, facilitating early disease detection and improving overall welfare and productivity.
The localized insights and real-time adaptability offered by LPWAN and edge intelligence empower farmers to implement sustainable practices like precision agriculture and smart irrigation, minimizing environmental impact and enhancing resilience to natural disasters. Agri-PV arrays benefit from LPWAN networks by facilitating the monitoring and control of solar installations in agricultural settings. Edge intelligence enables localized optimization, such as sun-tracking panels and automated maintenance alerts, improving efficiency and reducing operational costs. Wi-SUN allows these solar arrays to share network infrastructure with other on-farm applications, increasing connectivity.
These technologies foster a collaborative knowledge-sharing network among farmers, researchers, and experts, accelerating innovation and promoting sustainable agricultural solutions. While challenges like technical complexity and infrastructure limitations exist, the transformative potential of LPWAN and edge intelligence in agriculture is undeniable, making way for a more sustainable and profitable future for farmers worldwide.
Continued research and innovation are crucial to make these technologies more accessible, affordable, and adaptable to the diverse needs of the global agricultural community.
Your Flexible Platform for LPWAN Solutions
Whether your agricultural LPWAN application demands low-power
consumption, long-range communication, or multi-protocol support,
SILICON LABS' EFR32FG2x family of secure wireless MCUs offers a highly
flexible platform for diverse RF requirements.
The EFR32FG23, ideal for low-power systems, prioritizes RF performance with up to 64kB RAM and 512kB Flash for proprietary RF solutions. The EFR32FG25 supports both Wi-SUN and proprietary architectures, suitable for high throughput or long-range applications with options for OFDM, FSK, and O-QPSK PHYs. For multi-protocol solutions, the EFR32FG28 supports sub-GHz, Bluetooth LE, Wi-SUN, and Amazon Sidewalk. All EFR32FG2x devices are firmware-compatible and offer footprint-compatible options for connected and non-connected products, ensuring design flexibility.
This platform, combined with Silicon Labs' certified stacks, reference designs, development tools, and VS Code integration solutions, accelerates your LPWAN product launch, ensuring a seamless and efficient development process.
Innovating Together for Accessible Agricultural Solutions
As the adoption of LPWAN and edge intelligence grows, we’re actively
collaborating with customers to drive innovation, making these solutions
more accessible for a wider range of smart agriculture applications.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由Natalia转载自SILICON LABS Official Website，原文标题为:How LPWAN and Edge Intelligence Can Revolutionize Agriculture，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
相关推荐
技术应用－部署Wi-SUN FAN的LFN节点提升智慧城市的效益
关于Wi-SUN初始部署以及随后从Wi-SUN FAN(场域网络)1.0迁移到FAN1.1的过程，行业开发人员开始聚焦并集成有限功能节点(LFN)/亦称低功耗节点，而不是仅仅部署构成Wi-SUN网络主干的基础设施。通过这些LFN节点，我们得以探索环境传感器、水表和其他电池供电设备如何利用该基础设施来增强周围环境中的智能水平。
技术探讨 发布时间 : 2024-07-23
Smart City Living Lab Wi-SUN LFN Deployment - Phase 3
The Smart City Living Lab at IIIT Hyderabad plays a pivotal role as a testbed and proof of concept for emerging smart city technologies in the challenging Indian market. In 2022, we delved into the initial Wi-SUN deployment and the subsequent migration from Wi-SUN FAN (Field Area Network) 1.0 to FAN 1.1, emphasizing the significance of each phase. As we transitioned from 2023 to 2024, the focus of the Smart City Living Lab shifted. Rather than solely deploying the infrastructure that forms the backbone of the Wi-SUN network, we began integrating low-power nodes.
技术探讨 发布时间 : 2024-06-15
Silicon Labs（芯科科技）产品选型指南
目录- 8-bit Microcontrollers 32-bit Microcontrollers High-performance analog products wireless ICs, SoCs and modules Sensors Interface chip Timing products Isolation products Audio products Video products Voice products Data products Development Tools
型号- C8051T604-GS,SI8420AD-A-IS,WF111,SI7007-A20-IM1,SI8035AA-B-IU,C8051T604-GM,C8051F813-GU,SI8642ET-IS,C8051F541-AM,SL16020DC,C8051F813-GM,C8051F587-AM,C8051F044,SI2434,SI4613,C8051F043,SI4614,C8051F046,C8051F045,C8051F587-AQ,SI2435,C8051F047,C8051F541-AQ,TS3001,TS3002,SI2439,TS3003,SI8712CC-B-IP,TS3004,C8051F060,C8051F531-C-IM,TS3006,C8051F062,SI8710AD-B-IS,C8051F061,SI8712CC-B-IS,C8051F064,C8051F063,EFM32LG230FX - QFN64,EZR32WG230F64R69G,EFM32WG880FX - QFP100,EFM32WG980FX - QFP100,SI8233BB-C-IS1,C8051F531-C-IT,SI51210,SI8635BD-B-IS,C8051F975-A-GM,SI8230BB-B-IS1,SI8232BB-B-IS,C8051F394-A-GM,SI4624,C8051T616-GM,SI4622,SI8635BT-IS,C8051F573-IM,SI4629,C8051F530-C-AM,SI8920BD-IS,C8051F530-C-AT,C8051F801-GM,C8051F711-GQ,C8051F585-IM,SI21802,C8051F585-IQ,EFM32LG390FX - BGA112,SI8605AC-B-IS1,C8051F370-A-GM,EFM8BB10F2G-A-QFN20,C8051F066,C8051F065,C8051F067,SI2457,SI3452B-B02-GM,SI88243ED-IS,C8051F801-GU,C8051F506-AQ,SI7005-B-GM1,SI2167-C,SI21682-C,SI7022-A20-IM,SI8642AB-B-IS,SI8650ED-B-IS,SI2167-B,SI8719BC-A-IP,TSM9118,SI8631AB-B-IS,TSM9117,SI8234AB-C-IS,TSM9119,SI8234AB-C-IM,EFM32WG390FX - BGA112,SI8620AB-B-IS,SI8719BC-A-IS,SI8631EC-B-IS1,C8051F565-AM,EZR32WG330F64R55G,SI8235AB-C-IS1,C8051F835-GS,SI1132,SI3500-A-GM,TS1102-100,C8051F506-AM,C8051F565-AQ,SL2309NZ,SI8065AA-B-IU,EZR32LG230F64R60G,C8051F551-AM,EZR32LG230F128R60G,EFM32LG980FX - QFP100,SI8640AB-B-IS1,SI8600AD-B-IS,SI8710BC-B-IP,SI8710BC-B-IS,C8051F007,EFM32LG290FX - BGA112,SI8712BD-B-IM,EFM32GG295FX - BGA120,C8051F38C-GQ,SI8244BB-C-IS1,C8051F000,C8051F002,C8051F38C-GM,C8051F001,SI8620EC-B-IS,TS1005,TS1004,C8051F006,TS1003,C8051F005,TS1002,TS1001,C8051F963-B-GM,C8051F504-AQ,EFM8SB10F4G-A-QFN20,C8051F823-GS,EZR32LG230F128R61G,C8051F020,EFM32TG822FX - QFP48,SI8650BC-B-IS1,C8051F388-GQ,EFM32G200FX - QFN32,C8051F537-C-AM,C8051F563-IM,C8051F019,EZR32WG330F256R55G,C8051F018,C8051F563-IQ,C8051F011,SI2401,SI4822,C8051F010,EFM32TG222FX - QFP48,EFM32TG210FX - QFN32,SI4820,C8051F012,C8051F015,SI4826,SI2404,SI4827,C8051F017,SI4824,C8051F016,C8051F504-AM,SI4825,EFM32WG232FX - QFP64,C8051T602-GS,C8051T327-GM,C8051T602-GM,BGM111,EZR32WG330F128R68G,C8051F863-C-GS,SI88244ED-IS,C8051F811-GS,C8051F589-AM,SI8421BD-B-IS,C8051F537-C-AT,EFM32GG395FX - BGA120,C8051F531-C-AT,C8051F854-C-GM,C8051F022,C8051F021,SI4831,C8051F023,SI2415,C8051F854-C-GU,SI4835,SI2417,SI4836,EFM32WG290FX - BGA112,SI2169-C,TS1101-100,SI8455BA-B-IU,C8051F040,C8051F042,C8051F041,EZR32WG330F128R69G,SI8232AB-B-IS1,C8051F344-GQ,SI8662EC-B-IS1,SI4840,SI8452AA-B-IS1,C8051F701-GQ,SI4844,C8051F502-IM,C8051F575-IM,SI88622ED-IS,C8051F502-IQ,CP2201,CP2200,EFM32LG942FX - QFP64,SI8641BB-B-IS,EFM32GG942FX - QFP64,SI8655BB-B-IS1,SI8400AB-B-IS,SI8030AA-B-IU,C8051F587-IM,C8051F206,C8051F587-IQ,EFM32TG840FX - QFN64,SI8460AA-B-IS1,C8051F500-IQ,EZR32WG230F64R61G,C8051F546-IM,C8051F500-IM,EZR32WG330F128R67G,SI8660AB-B-IS1,C8051F827-GS,C8051F988-GU,SI52142,SI52143,SI7050,SI52144,SI7055,SI7054,SI7053,C8051F567-AQ,C8051F590-AM,C8051F567-AM,C8051F988-GM,SI8450BA-B-IS1,SI7023-A20-IM1,SL28EB742,SI8231BD-B-IS,C8051F855-C-GU,EZR32WG230F128R63G,EZR32LG230F64R68G,SI8631BC-B-IS1,C8051F300-GM,SI52111,SI52112,SI8920AD-IS,C8051F855-C-GM,SL28EB740,EFM8SB20F16G-A-QFN24,SI8641BB-B-IS1,C8051F300-GS,EFM8UB10F16G-C-QFN28,C8051F920-GQ,C8051F815-GS,C8051F920-GM,C8051F220,EFM8UB10F16G-C-QFN20,TSM9938F,EZR32LG230F64R67G,C8051F221,C8051T320-GQ,SI8651EC-B-IS1,C8051F226,C8051F862-C-GS,TSM9938H,SI8661BB-B-IS1,EZR32WG230F64R63G,SI8661ED-B-IS,SI8220DD-A-IS,EZR32LG230F64R69G,SI8405AB-A-IS1,C8051F565-IM,EFM8SB10F2G-A-QFN20,C8051F395-A-GM,C8051F565-IQ,SI8641BD-B-IS,EFM32TG232FX - QFP64,C8051F231,SI8661BC-B-IS1,C8051F230,C8051T631-GM,SL2305NZ,SI8441AA-D-IS1,SI8630BD-B-IS,C8051T600-GS,C8051F236,SI8442BA-D-IS1,C8051F580-AQ,C8051T600-GM,C8051F803-GS,C8051F580-AM,TS1103-100,EZR32WG230F128R61G,C8051F996-GM,SI21822,SI8645BT-IS,C8051F302-GM,C8051F996-GU,SI8232AB-B-IS,SI8622BC-B-IS,C8051F302-GS,TS7003,C8051F708-GQ,TS7001,EFM32WG890FX - BGA112,EZR32LG230F64R61G,EZR32WG330F128R63G,SI21662-B,SI8600AC-B-IS,SI21662-C,EZR32WG230F128R60G,EFM32G222FX - QFP48,TSM9938T,C8051F523-C-IM,SI21812,EFM32GG990FX - BGA112,EFM32LG360FX - CSP81,SL23EP09NZ,SI8651BD-B-IS,TSM9938W,C8051F510-IM,C8051F556-IM,SI8422AD-B-IS,SI8232AD-B-IS,C8051F411,C8051F410,C8051F413,SI8405AA-A-IS1,C8051F412,C8051F381-GM,SI8040AA-B-IU,C8051F589-IM,C8051F965-B-GM,SI8461BA-B-IS1,SI8655BA-B-IS,SI8660BA-B-IS1,C8051F381-GQ,C8051T621-GM,C8051F346-GM,EZR32WG230F64R68G,EFM8BB10F8G-A-QSOP24,SI51214,C8051F346-GQ,SI51211,SI51218,SI8655BA-B-IU,SI8662BD-B-IS,SI8630BB-B-IS,EFM8UB20F32G-A-QFP32,SI51219,EZR32LG230F64R63G,EZR32WG330F128R60G,C8051F930-GM,SI8630BB-B-IS1,SI8660BB-B-IS1,C8051F502-AM,C8051F825-GS,EFM8UB11F16G-C-QSOP24,C8051F544-IM,EZR32WG330F128R61G,C8051F34A-GQ,EFM32GG332FX - QFP64,SI7006-A20-IM,C8051F502-AQ,SI2165-D,C8051F544-IQ,C8051F986-GU,C8051F34A-GM,SI21832,WF121,EZR32WG230F64R67G,SI8620BT-IS,C8051F569-AM,SI8642BC-B-IS1,C8051F930-GQ,C8051F986-GM,EFM8UB20F32G-A-QFP48,EZR32LG330F64R55G,EFM32LG380FX - QFP100,SI8630
Silicon Labs（芯科科技） 物联网无线产品选型指南
目录- Company and product overview Bluetooth Modules proprietary wireless devices Wi-Fi Modules Mighty Gecko Modules Z-Wave Modules
型号- EBWT41U,ZDB5202,SLEXP8027A,EFR32FG13P233F512GM48,EFR32™,SLWSTK6061B,MGM12P,EZR32WG,EFR32FG13P231F512GM32,EFR32BG12P232F1024GM68,EFR32MG13P733F512GM48,EFR32BG13P532F512GM32,WT12,AMW007-E04,EFR32,WT32I,EZR32™,BGM121,BGM11S,WT11U,EFR32FG,EFR32FG14P233F256GM48,SLWSTK6062B,RBK-ZW500DEV-CON2,SLWSTK6120A,SLWSTK6063B,RBK-ZW500,EFR32BG12P132F1024GL125,SI4XXX,ZM5101,ZM5304,ZDB5101,ACC-UZB3-U-BRG,BGM111,EBWT11U,EFR32FG14P233F128GM48,ACC-UZB3-U-STA,MGM111,ZDB5304,SLWSTK6000B,SLWSTK6020B,WT32,SI10XX,SLWSTK6101C,EFR32MG13P632F512GM32,AMW037,EFR32FG12P433F1024GM48,DKWT32I-A,EFR32MG12P132F1024GL125,EFR32MG1P133F256GM48,BGM13S,EZR32HG,BGM13P,BGX13P,EZR32LG,MGM13P,WT41U,EFR32BG13P733F512GM48,BGX13S,SLWSTK6060B,MGM13S,SLWSTK6065B,WGM110,RBK-ZW500DEV-EMB2,EFR32BG12P433F1024GL125,EBWT12-A,ZM5202,AMW007,SLTB004A,EFR32MG14P733F256GM48
成功案例：FG2x Sub-GHz SoC助力思科优化Wi-SUN大规模网络管理
Silicon Labs与思科正在合作激发Sub-GHz/Wi-SUN网络创新。通过将其CoAP Simple Management Protocol （CSMP）解决方案引入芯科科技的EFR32FG25和EFR32FG28 Sub-GHz SoC来实现这一扩展能力。
应用方案 发布时间 : 2024-10-16
【经验】使用串口来升级EFR32FG23无线SoC芯片固件的方法
本文主要介绍如何使用BootLoader——NCP UART XMODEM工程实现使用串口升级Silicon Labs EFR32FG23无线SoC芯片固件的方法。
设计经验 发布时间 : 2022-09-01
Wi-SUN入门指导1：安装Simplicity Studio v5集成开发环境和Simplicity SDK
本文主要介绍安装Wi-SUN开发所需的Simplicity Studio v5软件和Simplicity SDK的方法。
设计经验 发布时间 : 2024-09-03
Wi-SUN入门指导9：WSBRD使用OTA DFU升级Wi-SUN SoC Meter固件
本文主要介绍WSBRD使用OTA DFU升级Wi-SUN SoC Meter固件的方法。
设计经验 发布时间 : 2024-10-14
【经验】使用Simplicity Commander生成EFR32FG23芯片升级固件所需gbl文件的方法
当我们使用串口来升级EFR32FG23芯片的固件时，需要用到gbl格式的文件，本文以EFR32FG23的rail_soc_simple_trx工程为例，介绍使用Simplicity Commander工具将EFR32FG23的s37文件生成gbl文件的方法。
设计经验 发布时间 : 2022-09-13
【经验】EFR32FG23无线SoC使用I2C读写MSA311传感器寄存器的方法
本文以 Silicon Labs 的 EFR32FG23 无线SoC芯片的 rail_soc_simple_trx 工程为例，介绍如何使用EFR32FG23 芯片 I²C外设来读写敏芯微 MSA311三轴加速度传感器寄存器的方法。
设计经验 发布时间 : 2023-06-29
Wi-SUN入门指导8：生成Wi-SUN SoC Meter OTA DFU升级所需的固件
本文主要以BRD4270B开发板为例，介绍生成 Wi-SUN SoC Meter OTA DFU升级所需固件的方法。
设计经验 发布时间 : 2024-10-14
【经验】使用Simplicity Commander工具对无线SoC芯片EFR32FG23执行recover的方法
在使用芯科科技EFR32FG23时，有时一些错误的操作会导致芯片烧录一次固件之后就不能重新烧录，或无法识别到芯片等问题，需要对芯片执行recover。本文主要介绍使用Simplicity Commander工具对EFR32FG23执行recover的方法。
设计经验 发布时间 : 2022-01-15
【经验】解析创建EFR32FG23芯片Long Preamble Duty Cycle低功耗接收工程的方法
有些无线产品使用电池供电，要求待机功耗很低，但是又需要能够实时接收到其他设备发来的数据，这时候就需要使用到无线芯片的低功耗接收功能。本文使用Simplicity Studio v5软件，主要介绍如何创建EFR32FG23无线SoC芯片Long Preamble Duty Cycle低功耗接收工程的方法。
设计经验 发布时间 : 2022-05-29
AN928.2: EFR32 Series 2 Layout Design Guide
型号- EFR32MG27,EFR32MG24,EFR32MG22,EFR32MG21,EFR32XG21-C,EFR32ZG23,EFR32XG21-B,EFR32BG27,EFR32ZG28,EFR32FG23,EFR32FG22,EFR32 SERIES,EFR32BG22,EFR32FG28,EFR32XG21,EFR32,EFR32BG21,EFR32BG24,EFR32FG25
【经验】使用J-Link调试Silicon Labs原厂EFR32FG23无线模块的接线方法
我们在刚开始接触到Silicon Labs的EFR32FG23无线SoC芯片时，有时需要使用EFR32FG23的开发板进行评估和测试。EFR32FG23有些开发板是由BRD4001A底板和EFR32FG23的无线模块（例如FG23-RB4265B模块）组成的。
设计经验 发布时间 : 2023-04-18
电子商城
品牌：SILICON LABS
品类：Flex Gecko Wireless SoC
价格：￥78.9741
现货： 2,495
品牌：SILICON LABS
品类：Wireless Gecko SoC
价格：￥8.1764
现货： 104,128
品牌：SILICON LABS
品类：Mighty Gecko Multi-Protocol Wireless SoC
价格：￥27.0929
现货： 90,767
现货市场
品牌：SILICON LABS
品类：Switch Hall Effect Magnetic Position Sensor
价格：￥2.2924
现货：126,000
授权代理品牌：集成电路
授权代理品牌：分立元件
授权代理品牌：接插件及结构件
授权代理品牌：部件、组件及配件
授权代理品牌：电源及模块
授权代理品牌：电子材料
授权代理品牌：仪器仪表及测试配组件
授权代理品牌：电工工具及材料
授权代理品牌：机械电子元件
授权代理品牌：加工与定制
我要提问
登录 | 立即注册
提交评论