The Application of RFID Technology in Tracking Animals Information
In order to solve the problem of data collection, identification, and tracking in harsh environments such as animal breeding, slaughter, processing, warehousing, logistics, and transportation, it needs to build up animal tracking information system by using barcode recognition and RFID technology, connect the collected data through the communication network to exchange and communicate information, implement intelligent identification, positioning, tracking, monitoring and management, and realize traceability information in all aspects of animal food production, processing, transportation, circulation, retail.
An animal tracking information system is made up of barcode, RFID, wearable device, ID card, database, etc. The main business data of animals and animal products are recorded and tracked throughout the entire process like the collection and immunization, place of origin quarantine, road supervision, slaughter, and quarantine. It realizes the whole-process supervision and traceability management of animal product sales for the production of ear tags, animal breeding and circulation, and animal slaughter.
There are some advantages of using RFID technology to track animal information.
1. Diversification of identification: In the future, the individual needs of users will be strong, and a single identification technology cannot meet the needs of future development and supervision. Silion RFID readers can meet the identification of 1D/2D codes, RFID, etc.
2. Networking of the system: Each product is given an identity through an electronic label, and it will be an inevitable trend to integrate with the Internet and e-commerce.
3. Standardization: unified technical specifications, functional specifications, and badge formats, the compatibility of the system will be better played, and the product substitution will be stronger.
4. Diversified interfaces: integration with other industries such as 3C will form larger industrial clusters and be more widely used to achieve cross-regional and cross-industry applications.
5. Information sharing: The animal identification and disease traceability information, meat and milk quality, and safety traceability information are shared with the government, enterprises and the public, realizing the intercommunication of information.
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本文由玄子转载自SILION Official Website,原文标题为:The application of using RFID Technology to track animals information,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。
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芯联RFID模块选型表
芯联RFID模块选型表参数:输出功率5dBm-27dBm (±1dB)可调,读取标签速度>300标签/秒,工作温度-20°C~65°C,待机功耗0.75W,输入电压3.6V~5.5V,芯片:英频杰,天线端口:1个射频,接口灵敏度@PER 10%:-73dbm
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品类
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封装/外壳/尺寸
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输出功率
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读取标签速度
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灵敏度@PER 10%
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工作温度
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天线端口
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芯片
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待机功耗
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输入电压
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供电电压
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应用等级
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SIM3600
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RFID模块
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21mmx21mmx3.7mm
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5dBm-27dBm (±1dB)可调
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>300标签/秒
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-73dbm
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-20°C~65°C
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1个射频接口
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英频杰
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0.75W
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3.6V~5.5V
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/
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工业级
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选型表 - 芯联 立即选型
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人工智能是如何参与到RFID技术中的?
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SIMX300 八端口 UHF RFID 模块
描述- SIMX300是一款八端口超高频射频模块,基于ARMv7-M架构的32bit Cortex-M4 CPU,集成了FPU、MPU、DSP等功能。该模块支持UHF EPC Class1 Gen2/ISO 18000-6C标准,输出功率可调,标签读取距离大于12米。模块稳定可靠,具有多标签盘存能力,适用于仓储、物流、产线等应用场合。
型号- SIM5300,SIM3300,SIMX300,SIM7300
芯联推出基于IMPINJ射频芯片的RFID模块,提供1个MMCX天线接口,支持高达33dBm射频输出
作为美国英频杰公司的全球金牌合作伙伴,芯联创展一直致力于为客户提供全球领先水平的RFID模块产品。基于英频杰公司全新推出的E系列芯片,芯联创展已经完成了基于E系列芯片的RFID模块产品,并且已经将基于E710的单端口模块SIM7100推向市场。
SLD6020 接口板说明手册
描述- SLD6020接口板是一款工业级射频模块测试和组装接口板,支持SIM7100、SIM7200、SIM7300等模块连接。提供RS232通信接口、GPIO接口和指示灯,供电范围9-24V,功耗0.5W。支持GPIO操作和上电控制测试,适用于工业应用。手册详细介绍了技术参数、硬件说明、使用方法等。
型号- SLD6020
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