Introducing the revolutionary LoRa solar-powered temperature sensor, designed for efficient, long-lasting performance. Leveraging LoRa™ technology, these sensors are tailored to monitor equipment and temperature-sensitive products in transport and storage, utilizing the extended coverage provided by LoRa Alliance Operators or a private Micro Gateway network for secure data transmission.
The LoRa ATL-1 GPS Asset Tracker delivers all the functionality of cellular-based trackers, eliminating the need for monthly cellular fees.
The solar-powered LoRa temperature sensor, housed in a durable IP67-rated enclosure, integrates a high-precision LoRa digital temperature sensor, making it perfect for monitoring temperatures in refrigerated trailers, cold rooms, and other climate-controlled spaces.
With an impressive LoRa communication range of around 3/4 mile (1.2 km), this sensor offers a cost-effective, plug-and-play solution that’s easily scalable for deployment across expansive areas like warehouses, yards, retail stores, and throughout the cold chain network.
LoRa connected data loggers offer extended-range communication for comprehensive monitoring solutions. With LoRa® connected sensors, you get wireless tracking of temperature and other environmental parameters for reliable oversight.
The LoRa GPS Tracker offers an impressive communication range of up to 3/4 mile (1.2 km) when connected to the Piccolo Gateway, ensuring reliable data transmission across extended distances.
The ATL-1 LoRa GPS Tracker is engineered for ultra-low power consumption, making it ideal for sustainable, long-term operation. In typical usage, the tracker needs just around 8 hours of daily sunlight to maintain full functionality, eliminating the need for frequent recharging and ensuring consistent performance in various applications.
Equipped with an optional high-precision digital temperature sensor, the tracker is ideally suited for temperature-sensitive environments like reefer trailers and cold storage rooms.
Built to withstand extreme conditions, the tracker’s IP67-rated waterproof enclosure ensures durability and consistent performance, even in the harshest environments.
The TIS LoRa sensor gathers data from its environment. This data can come from various sensor types, such as temperature, humidity, motion, or gas sensors, depending on the application.
Once the sensor collects the data, it uses LoRa modulation to convert it into a radio signal. LoRa modulation, based on Chirp Spread Spectrum (CSS), is highly resistant to interference, allowing data to travel over long distances (up to 1.2 km) with minimal power consumption.
The sensor transmits the signal via the built-in LoRaWAN protocol, which is a network layer built on LoRa. LoRaWAN enables devices to communicate over long distances with minimal power, making it highly suitable for battery-operated sensors.
The signal is received by a LoRaWAN gateway, which collects data from multiple sensors in its range and forwards it to a central server, often via an internet connection.
The central server processes the received data and makes it available for analysis, monitoring, and decision-making, often displayed on a dashboard for real-time insights. Some systems may include automated responses based on this data, like sending alerts or triggering other devices.
LoRa is reshaping the landscape of connected devices by providing long-range, low-power solutions, making IoT more accessible and scalable than ever.
TIS LoRa sensors have a range of features that make them highly suitable for Internet of Things (IoT) applications, particularly in environments where long-range, low-power communication is essential. Key features include:
LoRa sensors can transmit data over distances of up to 1.2 km in rural areas and up to several kilometers in dense urban environments, far surpassing the range of traditional wireless sensors.
Designed for energy efficiency, LoRa sensors can operate on small batteries for years (often 2–10 years), making them ideal for remote or hard-to-reach installations where frequent battery replacement is impractical.
LoRa uses Chirp Spread Spectrum (CSS) modulation, which provides excellent resistance to interference, ensuring reliable data transmission even in noisy or congested environments.
LoRa sensors support two-way communication, allowing data to be transmitted to the gateway and enabling remote control of devices or configuration updates to be sent back to the sensor.
LoRaWAN networks can support thousands of devices within a single network, making it easy to expand sensor deployments without significant infrastructure changes.
Without needing GPS, LoRa sensors can be used for approximate location tracking by using triangulation techniques from multiple gateways, useful in asset tracking and mobile monitoring applications.
LoRa supports both public and private network setups, giving organizations flexibility in choosing centralized, local networks or larger public networks as needed.
LoRaWAN uses AES-128 encryption to secure data transmission, protecting information across the network and ensuring data integrity.
With a variety of sensor types (temperature, humidity, pressure, motion, etc.), LoRa sensors can be used in diverse environments like agriculture, industrial, smart cities, and environmental monitoring.
LoRa enables the transmission of real-time data with low latency, making it possible for applications to react quickly to sensor inputs, such as in alerting or automation scenarios.
With LoRa, we can bring the Internet of Things to life in real environments, capturing data over vast distances at minimal power, a game-changer for industries everywhere
LoRa sensors have made it possible to monitor remote areas at a fraction of the energy cost, providing invaluable data for sectors like agriculture and environmental management.
The LoRa ATL-1 GPS Tracker offers a comprehensive IoT solution, designed to transmit precise location and temperature data directly to Piccolo gateways, which seamlessly upload the information to the Cloud for real-time access and analysis.
The Piccolo ATX2S LoRa gateway devices, housed in a robust IP67 enclosure, are strategically installed throughout the yard, depot, airport, or port, establishing a LoRa network with a coverage radius of half a mile between each device. Acting as a crucial LoRa gateway, the Piccolo ATX2S captures data transmitted from the ATL-1 LoRa GPS Trackers and efficiently uploads it to the iFleetGPS Cloud Platform via cellular connectivity. This configuration ensures seamless communication and data management across the entire network, enhancing operational efficiency and monitoring capabilities.
Our advanced LoRa sensors are specifically designed for effective temperature monitoring in warehouses and retail stores. Featuring low-power consumption and long-range capabilities, these sensors utilize our proprietary LoRa protocol to wirelessly transmit temperature data over extensive distances. This makes them an excellent choice for maintaining optimal temperature and humidity levels in expansive areas, ensuring that perishable items are stored correctly and remain safe for consumption. The installation and configuration of our sensors are straightforward, enabling store owners and warehouse managers to quickly access critical information regarding their inventory’s condition.
Our low-power LoRa temperature sensors, housed in a robust waterproof IP67 enclosure, are perfectly suited for monitoring the temperature and GPS location of refrigerated trailers and reefers in large yard spaces. With their long-range communication capabilities, these sensors ensure that perishable goods are consistently kept at the correct temperature, maintaining their safety for consumption. Designed for convenience, our plug-and-play sensors allow yard managers to swiftly obtain crucial information about the condition and location of their refrigerated assets, facilitating better decision-making and enhanced operational efficiency.
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