Wi Fi HaLow technology
Wi Fi HaLow is a long-range, low-power wireless protocol based on the IEEE 802.11ah standard that operates in the sub GHz frequency band. It is widely regarded as one of the most promising wireless technologies in smart agriculture applications. The Wi Fi CERTIFIED HaLow solution, developed specifically to meet the unique needs of the Internet of Things, has been proven to be highly attractive in the following areas: indoor and outdoor IP security cameras, access control, smart doorbells, industrial automation, and other IoT applications that require long-distance connectivity, high energy efficiency, reliable coverage, Wi Fi compatibility, and advanced security.
The widespread appeal of Wi Fi HaLow will have a transformative impact on global food supply. As a leading supplier of Wi Fi Certified HaLow solutions, Morse Microelectronics recently demonstrated the long-range connectivity capability of Wi Fi HaLow. Through Wi Fi HaLow, a real-time two-way video call of up to 3 kilometers (nearly two miles) was conducted in the Ocean Beach community of San Francisco, breaking the Wi Fi connection record and demonstrating the protocol's ability to achieve long-distance connectivity under extremely challenging real-world conditions. Applying this record breaking protocol to the long-distance connectivity requirements of smart agriculture is completely effortless.
Wi Fi HaLow brings new possibilities for remote monitoring and management of crops and livestock. From tracking soil moisture levels to monitoring animal behavior, Wi Fi HaLow supported IoT sensors can provide real-time information about operations for farmers and ranchers, enabling more efficient resource allocation and maximizing yields. Zetifi's existing products, ZetiCell and ZetiOver, are the backbone of Wi Fi connectivity across the entire farm. ZetiCell is a long-range Wi Fi small cell network that can establish connections within farmhouses or equipment areas, while ZetiOver is a roaming Wi Fi hotspot installed on vehicles or machinery. By integrating with Morse Microelectronics' Wi Fi HaLow technology, it is expected to elevate these wireless solutions to a new level. The copyright of the articles on this website belongs to the original author. The content is the author's personal opinion. This website only provides reference and does not constitute any investment or application advice The purpose of reposting this article is to convey more information, and does not mean that this website agrees with its views or takes responsibility for its authenticity. If there are any issues related to the content, copyright, or other aspects of the work, please contact our website within 30 days, and we will delete the content as soon as possible
