EIOT-CN915GW-LPWA-MA510-USB

This module has been developed for collecting and transmitting data arriving from the NeoCortec module based local mesh WLAN to the (E-)Cloud. Data can be collected and transmitted in a relatively small time-interval as being powered from mains (5V USB). The LBS based (low energy, in- and outdoor) geolocalization offers a 500m radius precision, which is enough for basic operation. The localization data is sent to the (E-)Cloud together with the sensor nodes’ data via the LPWA cellular network. In case there is a need of a more precise (outdoor only)  geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher precision of locating. 

Functions 

LPWA modem (NB-1&NB-2 NB-IoT, CATM-1 with fallback to 2G)  
In-  and Outdoor localization with GPS and LBS 
868 MHz (subGHz) mesh module for EU operation / 915 MHz for Americas 
Direct E-Cloud integration (PP) 

Suggested application area 

Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 
Large battery-operated smart sensor networks in cities, buildings, hotels etc. 

EIOT-CN868GW-LTE-S7672-USB 

This module has been developed for collecting and transmitting data arriving from the NeoCortec module based local mesh WLAN to the (E-)Cloud. Data can be collected and transmitted in a relatively small time-interval as being powered from mains (5V USB). The LBS based (low energy, in- and outdoor) geolocalization offers a 500m radius precision, which is enough for basic operation. The localization data is sent to the (E-)Cloud together with the sensor nodes’ data via the LTE cellular network. In case there is a need of a more precise (outdoor only)  geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher precision of locating. 

Functions 

Cellular communication CAT1-BIS (4G/LTE)  
In-  and Outdoor localization with GPS and LBS 
868 MHz (SubGHz) mesh module for EU operation / 915 MHz for Americas 
Direct E-Cloud integration (PP) 

Suggested application area 

Refrigerators, freezers 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 
Large battery-operated smart sensor networks in cities, buildings, hotels etc. 

EIOT-CN868GW-LTE-S7672-USBLION

This module has been developed for collecting and transmitting data arriving from the NeoCortec module based local mesh WLAN to the (E-)Cloud. Data can be collected and transmitted in a relative small time-interval as being powered from mains (5V USB). The LBS based (low energy, in- and outdoor) geolocalization offers a 500m radius precision, which is enough for basic operation. The localization data is sent to the (E-)Cloud together with the sensor nodes’ data via the LTE cellular network. In case there is a need of a more precise (outdoor only)  geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher precision of locating. This gateway module detects power shortage due to power failure or disconnecting the device, and automatically enters to backup battery mode, sending alert messages to the Cloud.

Functions 

Cellular communication CAT1-BIS (4G/LTE)  
In-  and Outdoor localization with GPS and LBS 
868 MHz (subGHz) mesh module for EU operation / 915 MHz for Americas 
Direct E-Cloud integration (PP) 
Back up battery 

Suggested application area 

Refrigerators, freezers 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 
Large battery-operated smart sensor networks in cities, buildings, hotels etc. 

EIOT-ANOD-MESH-NC868-CR123

This module has been developed for collecting environmental data such as temperature, visible light intensity, offers own battery voltage monitoring and is able to count magnetic pulses (e.g. for door open counter). The onboard NeoCortec radio module provides with using the nodes in an ad-hoc, subGHz local WLAN mesh. Data can be collected and transmitted with predefined frequency towards the gateway. The nodes are powered from CR123A lithium battery and can operate for years without battery replacement. Large number of devices can be organized to a mesh network with a distance between nodes up to 100-200 meters (outside) and 10-15m indoor. 
  

Functions 

NeoMesh WLAN technology 
868 MHz (SubGHz) Mesh module for EU operation / 915 MHz for Americas 
       Multiple sensors on board for: 
Ambient light  
Magnetic 
Noise 
Acceleration/Gyro 
Temperature Sensor (external probe) 
Humidity 

Suggested application area  

Refrigerators, freezers 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 
Large battery-operated smart sensor networks in cities, buildings, hotels etc. networks in cities, buildings, hotels etc. 

EIOT-UNOD-MESH-NC868-CR123 

This module has been developed for offering continuous monitoring of the AC power existence of an electric device, It also reports the own battery voltage level. The onboard NeoCortec radio module enables using the nodes in an ad-hoc, subGHz local WLAN mesh. Data can be collected and transmitted with predefined frequency. The nodes are powered from CR123A lithium battery and can operate for years without battery replacement. Large number of devices can be organized to a mesh network with a distance between nodes up to 100-200 meters (outside) and 10-15m indoor. 

Functions 

NeoMesh WLAN technology 
868 MHz (SubGHz) Mesh module for EU operation / 915 MHz for Americas 
       Multiple Sensors on board for: 
Ambient light  
Magnetic 
Temperature (external probe) 
Humidity 
Monitoring AC power 

Suggested application area  

Refrigerators, freezers 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 
Large battery-operated smart sensor networks in cities, buildings, hotels etc. networks in cities, buildings, hotels etc. 

EIOT-PPSB-LPWA S7080-ERSPC  

Cellular Data Transmitter Module with backup ER battery
This module has been developed for collecting and transmitting environmental data such as temperature, humidity, acceleration, gyro, light intensity, magnetic field, noise level for also using on very low temperatures. It is possible to detect and send data in a short interval as being powered from mains. The LBS based (low energy, in- and outdoor) geolocalization offers a 500m radius precision, which is enough for basic operation. The localization data is sent to the E-Cloud together with the sensor data via the LPWA cellular network. In case there is a need of a more precise (outdoor only) geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher precision of locating. The module detects power shortage due to power failure or disconnecting the device, and automatically enters to backup battery mode, sending alert messages. With the Cellular Data Transmitter device, you can enjoy the advantages of daily data gathering and instant notifications. 

Functions 
Cellular Data Transmitter Module with backup ER battery 
In- and Outdoor localization  with GPS and LBS 
Back up battery 
        Multiple Sensors on board for: 
Ambient light 
Magnetic 
Noise 
Acceleration/Gyro 
Temperature 
Humidity 

Suggested application area 

Refrigerators, freezers (with internal installation) 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 

EIOT-PPSB-LPWA-S7080-USBLION

Cellular Data Transmitter Module with back up battery 
This module has been developed for collecting and transmitting environmental data such as temperature, humidity, acceleration, gyro, light intensity, magnetic field, noise level in a short interval as being powered from mains. The LBS based (low energy, in- and outdoor) geolocalization offers a 500m radius precision, which is enough for basic operation. The localization data is sent to the E-Cloud together with the sensor data via the LPWA cellular network. In case there is a need of a more precise (outdoor only)  geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher precision of locating. The module detects power shortage due to power failure or disconnecting the device, and automatically enters to backup battery mode, sending alert messages. 

Functions

Cellular communication via NB-IoT/LTE-M 
Indoor and outdoor localization via LBS and GNSS 
Back up LI-ION battery 
        Multiple sensors on board for: 
Ambient light  
Magnetic 
Noise 
Acceleration/Gyro 
Temperature 
Humidity 

Suggested application area 

Refrigerators, freezers (with internal installation) 
Predictive maintenance 
Environmental parameter mapping (temperature, humidity, light intensity etc.) for public area, warehouses, rooms, houses, shops 
Tracking tasks 

EIOT-TRCK-LPWA- S7080-ERSPC  

E-IoT smart sensor with cellular communication to sensor to cloud connectivity 
This module has been developed for geolocalization and tracking purposes. The daily LBS based (low energy, in- and outdoor) localization offers a 500m radius precision, which is enough for basic geolocalization in– and outdoor. The localization data is sent to the E-Cloud via the LPWA cellular network. In case there is a need of a more precise geolocalization, the E-Cloud is able to send command (at next data sending) to the module to switch to GNSS mode with higher frequency of data communication. Battery lifetime issues may arise, and battery replacement might be necessary after longer time of using the tracker in GNSS mode. 

Functions 

Cellular communication via NB-IoT/LTE-M 
Indoor and outdoor localization via LBS and GNSS