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Precision agriculture, also referred to as smart farming, has reshaped farming operations from how crops are planted to how they’re monitored and harvested. Once reserved for early adopters or large-scale opera- tions, precision agriculture is now an expectation across various regions and for farms of all sizes. Pressure to reduce labor, decrease chemical inputs, conserve water, and operate in tighter windows puts the focus on smart farming as a multi-faceted solution. Farmers are turning to new technologies to make smarter deci - sions that boost yields, reduce risk, and ensure operations run efficient - ly. With global food demands and environmental pressures, the need for precise, accurate, and intelligent farming has never been greater. Because of this, data intelligence be - comes critical to operational success. In the field, sensors, cameras, and antennas are tasked with monitoring and collecting data on soil conditions, crop health, weather patterns, and equipment performance. Utilizing this data, farmers can shift their focus to variability at both the field and plant level rather than relying on tradi- tional, more manual, labor-intensive strategies for the same information.
The Engine Behind Precision Agriculture ROBUST AND RELIABLE CONNECTIVITY:
Jennifer Love Product Manager TE Connectivity
“ Data connectivity solutions are the backbone of precision agriculture and must be robust, rugged, and reliable
DT high speed sealed connector
What’s the engine driving data col- lection? The answer is connectivity. Data connectivity solutions are the backbone of precision agriculture and must be robust, rugged, and reliable. In the past, many OEMs were using
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