STMicroelectronics (NYSE: STM), a worldwide semiconductor leader serving clients throughout the range of electronic devices applications, has announced a style win for STM32WLE5 *, the world’s first LoRa System-on-Chip (SoC). The client application, developed by automated rubber-tapping professional CIHEVEA, makes use of the low-power networking to reinvent the automation of extracting latex from rubber trees. CIHEVEA has actually geared up more than 200,000 rubber trees within its Hainan rubber-tree vineyard with its innovative solution to enhance rubber-tapping performance and also result ability.
The ST LoRa SoC acts as a very effective, low-power interaction center and also nerve center for the Rubber Tapping Robot from CIHEVEA. The robotic also consists of two accuracy motors and also a collection of ecological sensors that keep track of weather, consisting of temperature level, air pressure, and moisture. Clamped to the tree, the STM32WLE5 transfers the sensors’ information to a mesh entrance by means of a devoted LoRa application network server, where the web server can keep track of, test and debug, and work with the robotics in the field. As soon as all pre-set conditions are satisfied, the SoC activates the rubber touching electric motors to carry out autonomous cutting, which normally occurs very early in the morning.
Leveraging the affordable, high-efficiency STM32WLE5 and also LoRa networking, CIHEVEA’s novel option increases latex return by 2-3x while minimizing damage to trees, extending the trees’ productive life-span. In addition to enhancing yields and also prolonging possession life times, the rubber-tapping robot also solves persistent labor difficulties, as tree touching can be hard as well as hazardous for human employees.
The STM32WLE5 is an ultra-low power multi-modulation cordless SoC microcontroller that incorporates an Arm ® Cortex ® M4 core performing at 48 MHz, a sub-GHz radio enabling long range connectivity, and a proven collection of ST-designed peripherals. Providing high-performance while operating from a bundle as little as 5mm x 5mm (UFBGA), the STM32WLE5 is both cost-efficient as well as fulfills the robustness and also performance needs of the agriculture industry. The STM32WLEx microcontroller is likewise an open platform sustaining LoRa ®, (G)FSK, (G)MSK, as well as BPSK inflections.
“The fully-automatic, intelligent, rubber-tapping system is a revolution for the rubber industry. With the increased use of platform technology and the ability to communicate via the low-power LoRa network technology provided by the STM32WLE5, the smart rubber-plantation platform system is creating a new rubber-plantation ecosystem, moving away from traditional high-intensity, heavy-pollution, inefficient, production methods and is ushering in a new era of green environmental-protection, high-efficiency, digital transformation,” said XU Zhen Kun, Vice Chairman of CIHEVEA.
“While rubber trees are a sustainable source of an important material widely used in industrial, transport, and agriculture sectors, improving rubber-tapping efficiency, and increasing latex yield has long been a goal of rubber producers and using the STM32WL5 and its LoRa networking is a natural fit,” said Arnaud Julienne, Vice President, Microcontrollers and Digital ICs Group, AI/ IoT competence center and Digital Marketing, Asia Pacific Region, STMicroelectronics. “Moreover, our unique and broad portfolio of products and solutions in connectivity, sensing, and large portfolio of power-management and motor-control solutions is well suited to the full range of smart farming domains, including tracking, irrigation systems, tractors, and livestock position and health monitoring.
English 
German 