Mobile Gateway
With the ever increasing topologies in the IoT Space ranging from LoRa to Bluetooth to WiFi , there is now a need for a Single gateway adaptable to all. CASCADEMIC IoT Gateway provides the user the adaptability and modularity from a software as well as from a hardware point of view, with all the wireless and wired interfaces integrated over a modular architecture. This plug and play architecture greatly reduces the prototype development life cycle and provides developers and integrators with a multitude of options with regard to the feature set of the Gateway. The gateway, based on NXP Semiconductors’ i.MX caters to a number of industrial applications with its strong processing power.
The Gateway includes a wide array of secure wireless connectivity solutions such as Cellular (3G/4G), Wi-Fi, Bluetooth and LoRaWAN as well as industrial wired interfaces such as Ethernet and MODBUS. The Gateway is built cloud ready and can be integrated with any of the various cloud platforms with minimum effort. With the need for billions of devices to be connected to the internet in the emerging IoT era, the Gateway sits at the intersection by aggregating the various sensor data, device management of nodes with the support for various types of sensors and protocols.
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• 8 Channel LoRaWAN Gateway
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• Dual Core Processor with 1GB RAM
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• Cloud Ready Gateway with Node.js Script
• Modular Software and Hardware Architecture
CASCADEMIC IoT Gateway finds its application as a LoRaWAN Gateway for various verticals, be it Smart Energy, Smart home, Smart building or Smart Agriculture. The Gateway sits at the median of the cloud infrastructure and the LoRaWAN Sensor Nodes
The Gateway can also be used as a MODBUS Gateway to monitor PLC and SCADA equipments in industries enabling real-time analysis and feedback which help in monitoring current stock levels, problems or faults, environment parameters in industries, change in orders and demand levels and also helps in predictive maintenance of industrial assets.
| Hardware | |
| Processor |
NXP i.MX6 SOM ARM Cortex A7/A9 Core based CPU 528 MHz / 1.2GHz |
| Memory |
DRAM, NOR and NAND Flash Memory Standards 1GB RAM |
| Storage |
SD Card ( Expandable up to 32GB ) eMMC Support |
| Power Supply |
9 – 32V DC 7.4V, 2100mAh Rechargeable Battery backUp |
| Software | |
| Operating System |
UBUNTU 16.04 YOCTO LINUX |
| Wireless Protocol Support |
LoRaWAN Network Server and Forwarder MQTT HTTP LWM2M CoAP Firmware over the Air (FOTA) |
| Protocol Support |
MODBUS PROFIBUS |
| Security |
Secure boot 128 bit AES SSL / TLS Layer Firewall (IP tables) & IP routing |
| Connectivity - Wired | |
| Serial |
1 * RS232 1 * RS485 |
| Ethernet |
2 * 10/100 LAN RJ45 Port |
| USB |
2 * USB 2.0 OTG* 1 Debug Serial micro USB |
| Peripherals |
Analog IO Card Digital IO Card RGB LCD Support HDMI Display Parallel Camera Interface |
| Connectivity - Wireless | |
| LoRaWAN |
8 Channel Gateway Operation Band : 434 MHz, 865 MHz, 868 MHz, 915MHz -142.5dBm sensitivity @300bps 27dBm max output power LoRaWAN Protocol Class A and Class C |
| WiFi |
802.11b/g/n Client and Access Point Mode |
| Bluetooth Classic / Bluetooth Low Energy |
BT Version 4.2 BLE Support GAP, SDP, SPP, and GATT profile support |
| WWAN – 3G / 4G / LTE |
Quad Band GSM (850/900/1800/1900 MHz) HSPA+ Data Rate – 42/5.7(DL/UL)[Mbps] LTE – Data Rate – 100/50(DL/UL)[Mbps] |
| User Interfaces | |
| LED |
Power Status LED Public Network Connection Status LoRa TX /RX Wired Interface Connectivity Status System Error |
| Power Switch | On / Off Power Switch |
| Reset | System Reset Switch |
* Custom configuration