GATEWAYS
We have a range of Gateways and Modems for integration in to existing control systems or cloud based monitoring/control along with Industrial Embedded PCs and Touchscreens for HMI or SCADA onsite. We have a robust Gateway with RPI Compute module running Linux ( possible to run windows IOT if needed ) This Gateway has has a mini pci slot for adding cellular modems for 4G LTE etc This can be connected to your PLC for remote monitoring and programming if required via VPN. We can provide the VPN service or use your own VPN. We have other Gateways/Modems with built in WIFI and IOT protocols to get you connected straight away. There will be new Gateways being released soon with Cellular IOT connectivity and Industrial Protocols such as Modbus TCP/RTU. For more Information and pricing please contact
sales@mrea.co.nz
IOT-GATE-RPi - Industrial Raspberry Pi IoT Computer
Feature Highlights Powered by Raspberry Pi 3 Compute Module Broadcom BCM2837 CPU, quad-core Cortex-A53 1GB LPDDR2 and up-to 64GB eMMC 3G/LTE modem and WiFi b/g/n 2x Ethernet, 4x USB2, RS485, RS232, CAN Miniature size – 112 x 84 x 25 mm Custom I/O expansions with RPi HAT add-ons. Optimized for Industrial Environments Fanless design in aluminum, rugged housing Wide temperature range of -40C to 80C Shock, vibration, dust and humidity resistance Wide input voltage range of 10V to 36V Twist-lock DC-plug prevents unintentional pull-out DIN-rail and wall / VESA mounting Hardware protection against unauthorized boot from external storage Fully compatible with Raspberry Pi OS images Raspbian Linux and Ubuntu Core Supports Microsoft Azure IoT and AWS Greengrass
IOT-GATE-APL (fitlet2) – Apollo Lake IoT Gateway
Feature Highlights CPU: Intel 4-cores Apollo Lake E3950 (Atom) or J3455 (Celeron) RAM: SO-DIMM slot supporting DDR3L up to 16 GB Storage: M.2 slot supporting 2260/2242 cards up to 250 GB. Optional slot for 2.5” HDD/SSD Video: iGPU, HDMI 1.4 (UHD @ 30 Hz), Mini-Display Port 1.2 (UHD @ 60 Hz) Audio: Realtek ALC1150 (7.1), 3.5mm jack, S/PDIF, HDMI & DP audio. Connectivity Up to 4x Gbit Ethernet ports (Intel i211), two onboard and two on optional FACET module 2x USB 3.0, 2x USB 2.0 and 4x USB 2.0 on optional FACET module WLAN / Bluetooth module, 802.11ac / BT 4.2 (optional) 3G/4G cellular modem (optional) RS232 serial port. OS Support Windows 10 or Windows 10 IoT Enterprise LTSB Linux Mint and other Linux derivatives
18.5" Fanless Panel PC with Intel® Core™ i5-6300U Processor
The PPC-3181SW is an all-in-one light panel PC with a wide format 18.5" industrial-grade LCD. Powered by 6th generation Intel® Core™ i processor, PPC-3181SW provides excellent performance, memory, graphics, and peripheral I/O support in a compact, fanless, embedded system. With a high durability design, PPC-3181SW features a true-flat touchscreen with IP65-rated front panel, and die cast aluminum alloy enclosure, making it ideal for diverse applications. Industrial-grade 18.5" LCD panel with 50k backlight lifetime True-flat touchscreen with multi-touch projected capacitive control High-performance, fanless 6th generation Intel® Core™ i processor Up to 16 GB DDR4 SDRAM Compact, fanless design with aluminum alloy enclosure IP65-rated front panel Supports dual displays (1 x external HDMI) Supports full-size mini PCIe expansion Supports USB 3.0 Supports VESA 100
WIRELESS SENSOR GATEWAYS/MODEMS
These Gateways are designed for the Long range wireless Sensors. Theses gateways can be connected to any Internet source via WIFI and send the data via popular IOT protocols such as MQTT Or directly to the most popular cloud platforms. We have cellular and Industrial Protocol versions in development ready to be released soon. They will support Modbus TCP/RTU for easy integration in to your existing control systems. We have transparent RS485 available or Ethernet via raw TCP packets.
MODEMS
Industrial IoT Wireless Mega Modem – USB WiFi Bluetooth MQTT
The Mega Modem is 4 in One Modem that helps users explore different communication options for NCD Enterprise products. The Mega Modem offers USB, WiFi TCP/IP, WiFi MQTT, and Bluetooth, all in one devices. Talk to NCD Enterprise products using any of your favorite communications technologies, or use all at one time. As a USB Modem, you will be able to read sensor data from NCD IoT Wireless Sensors and endNodes into any application that supports serial communications at 115.2K Baud. Also supported is Bluetooth VCP, a virtual COM port over Bluetooth, which provides the same functionality as USB, but with a Wireless Bluetooth connection. With integrated WiFi communications, you will be able to speak to IoT Wireless Sensors and endNodes using TCP/IP communications on a local network. Simply open the IP Address and Socket and begin sending and receiving data. We saved the best for last, as the Mega Modem supports a MQTT Tunnel over WiFi. As a tunnel device, you can read and control NCD Enterprise IoT devices from a MQTT broker. We have tested compatibility with Beebotte, but it should work with any basic auth MQTT broker. Unlike a Gateway which interprets sensor data and converts it to real-world values, MQTT communications is tunneled, sending the raw data from the sensor to the MQTT Broker. This allows all sensor parsing to take place on the cloud, eliminating the need for firmware updates as new sensors are released.
Industrial IoT Wireless to Ethernet Modem
Connect to the NCD wireless sensor ecosystem using a sensibly simple Ethernet interface. Our new IoT Wireless Ethernet Modem makes it easy communicate with NCD wireless sensors over Ethernet by simply opening a TCP/IP port and watching for incoming data to arrive as sensor data is broadcast. We have stripped away complexity and focused on what you need most, an easy way to get wireless data over a Ethernet connection. With a 5 KM range (line of sight), this device operates at 900MHz for deep penetration through trees, foliage, and even some buildings. With integrated Mesh networking, this device also acts as a repeater for sensor data. Designed to work with any operating system that supports TCP/IP communications. Simply open port 2101 and watch for data to arrive from NCD wireless sensors. This Ethernet Gateway was designed for indoor use only. Requires a 12VDC Power Supply (Included). Industrial Grade IoT Wireless to Ethernet Modem Receive Wireless Sensor Data from NCD Sensors Converts Wireless Data to TCP/IP Over Ethernet Operating Temperature Range -40 to +85 °C 5V-32V DC Input Voltage Range Works With PC, MAC, Linux and Edge Gateway 5 KM Range with On-Board Antenna Wireless Mesh Networking using DigiMesh®
Industrial IoT Wireless to USB Modem
Connect to the entire NCD wireless sensor ecosystem using an industrial USB solution. This USB modem makes it easy to communicate with NCD wireless sensors using virtual COM communications. Simply plug it in and open the virtual serial port. Sensor data will start streaming in from all sensors within wireless reach. With a 5 KM range (line of sight), this device operates at 900MHz for deep penetration through trees, foliage, and even some buildings. With integrated Mesh networking, this device also acts as a repeater for sensor data. Designed to work with any operating system that supports COM communications. This USB modem was designed for indoor use only. Node-Red is currently supported with this device, making it easy to build dashboards of NCD wireless sensors. Requires a 12VDC Power Supply. For indoor use only. Features Industrial Grade IoT Wireless USB Modem Operating Temperature Range -40 to +85 °C 5V-32V DC Input Voltage Range Works With PC, MAC, Linux and Edge Gateway 5 KM Range with On-Board Antenna Interface to Windows, Linux, and Mac Computers Wireless Mesh Networking using DigiMesh®
Industrial IoT Wireless to RS485 Modem
Connect to the NCD wireless sensor ecosystem using the industry standard RS485 interface. Our new IoT Wireless RS485 modem makes it easy communicate with NCD wireless sensors over RS485 by simply opening a COM port and watching for incoming data to arrive as sensor data is broadcast. We have stripped away complexity and focused on what you need most, an easy way to get wireless data over a RS485 connection. With a 5 Km range (line of sight), this device operates at 900MHz for deep penetration through trees, foliage, and even some buildings. With integrated Mesh networking, this device also acts as a repeater for sensor data. Designed to work with any operating system that supports RS485 communications. This RS485 Wireless modem was designed for indoor use only. Requires a 12VDC Power Supply (optional during checkout). There are currently 3 different variations available, based on your application requirements. Below is a summary of the command versions available but if you have any questions, please do not hesitate to consult us prior to purchase. Standard Version The standard version is ideal when working with computers, as it serves as a raw translator between Wireless and RS-485. This version is generally preferred when working with a raw data on a PC or a computing platform where software development is powerful and flexible. AutoEncoder Version The AutoEncoder version simplifies communications with wireless devices by automatically encoding and decoding XBee API packet structures. This means software is easier to write, as you only move payload data into and out of the RS-485 protocol. Emulator Version The Emulator Version of the RS485 modem is ideal for customers who are already using NCD wireless sensors and wish to adapt existing RS485 messages to follow NCD standards for device communications. The Emulator version essentially takes incoming RS-485 data and attaches additional information to make existing equipment act like a modern NCD IoT sensor.
Industrial IoT Wireless RS232 Modem
Connect to the entire NCD wireless sensor ecosystem to your PC or industrial computer using the NCD Wireless RS232 Modem. This Industrial IoT Wireless RS232 Modem makes it easy to communicate with NCD wireless sensors using RS232/Serial communications. Simply plug it in and open the serial port. Sensor data will start streaming in from all sensors within wireless reach. With a 5 KM range LOS (line of sight), this device operates at 900MHz for deep penetration through trees, foliage, and even some buildings. With integrated Mesh networking, this device also acts as a repeater for sensor data. Designed to work with any operating system that supports COM communications. This RS232 modem was designed for indoor use only. Includes a 12VDC Power Supply and 6′ DB9 Male to Female RS-232 Serial Extension Cable. Node-Red is currently supported with this device, making it easy to build dashboards of NCD wireless sensors.
GATEWAYS
MQTT Gateway – WiFi Micro Gateway for MQTT
IoT Sensors need a MQTT Gateway. MQTT is the foundation for nearly all IoT cloud applications, so building a MQTT Gateway for connection to the NCD ecosystem of IoT sensors was an absolute requirement. The NCD WiFi Micro Gateway connects NCD Wireless IoT Sensors directly to a MQTT broker with an average setup time of about 5 minutes. The NCD WiFi Micro Gateway listens for sensor data from NCD Wireless IoT Sensors up to 5 KM away and converts the incoming data into JSON strings with real-world human-readable values. Use the MQTT Gateway to quickly and easily measure temperature and post directly to your own MQTT broker. Send humidity data, current measurements for power consumption, light level data, counter data, and much more. The NCD Micro Gateway is compatible with the entire NCD Enterprise product line of wireless IoT sensors. Our MQTT Gateway user interface supports up to 10 IoT sensors while in configuration mode, displaying the signal strength and sensor data for each sensor during setup. In Run mode (daily use), the NCD Micro Gateway will work with as many IoT sensors as memory will allow (estimated to be greater than 20, but we did not set a hard limit). The NCD Micro Gateway may also be used for configuration of basic settings of remote wireless IoT sensors.
AWS Gateway – WiFi Micro Gateway for Amazon® AWS®
Connect NCD IoT Long Range Wireless Sensors to Amazon AWS using the AWS Gateway. AWS is one of the world’s most popular IoT platforms, so connectivity of the NCD ecosystem of IoT wireless sensors remains a top priority for our engineering team. The NCD AWS Gateway connects NCD Wireless Sensors directly to Amazon® AWS® IoT Core® with an average setup time of about 5 minutes. The NCD WiFi Micro Gateway listens for sensor data from NCD Wireless Sensors up to 2 miles away and converts the incoming data into JSON strings with real-world human-readable values. Use the AWS Gateway to quickly and easily measure temperature directly on the Amazon® AWS® cloud. Send humidity data, current measurements for power consumption, light level data, counter data, and much more. The NCD Micro Gateway is compatible with the entire NCD Enterprise product line of wireless sensors. The AWS Gateway automatically updates the Thing Shadow on IoT Core®. The AWS Gateway user interface supports up to 10 sensors while in configuration mode, displaying the signal strength and sensor data for each sensor during setup. In Run mode (daily use), the AWS Gateway will work with as many sensors as memory will allow (estimated to be greater than 20, but we did not set a hard limit). The AWS Gateway may also be used for configuration of basic settings of remote sensors.
Azure Gateway – WiFi Micro Gateway for Microsoft® Azure®
The NCD WiFi Azure Gateway connects NCD Wireless Sensors directly to Microsoft® Azure® with an average setup time of about 5 minutes. The NCD WiFi Azure Gateway listens for sensor data from NCD Wireless Sensors up to 5 KM away and converts the incoming data into JSON strings with real-world human-readable values. Use the Azure Gateway to quickly and easily measure temperature directly on the Microsoft® Azure® cloud. Send humidity data, current measurements for power consumption, light level data, counter data, and much more. The NCD WiFi Azure Gateway is compatible with the entire NCD Enterprise product line of wireless sensors. The Azure Gateway automatically updates the Device Twin and sends Device to Cloud messages to Azure®. The Azure Gateway user interface supports up to 10 sensors while in configuration mode, displaying the signal strength and sensor data for each sensor during setup. In Run mode (daily use), the Azure Gateway will work with as many sensors as memory will allow (estimated to be greater than 20, but we did not set a hard limit). The Azure Gateway may also be used for configuration of basic settings of remote sensors.
Google Cloud IoT Core Gateway
Connect NCD IoT Long Range Wireless Sensors to Google Cloud IoT using the Google IoT Gateway. Google Cloud IoT is one of the world’s most popular IoT platforms, so connectivity of the NCD ecosystem of IoT wireless sensors remains a top priority for our engineering team. The NCD Google IoT Gateway connects NCD Wireless Sensors directly to Google® Cloud IoT® with an average setup time of about 5 minutes. The NCD Google IoT Gateway listens for sensor data from NCD Wireless Sensors up to 5 KM away and converts the incoming data into JSON strings with real-world human-readable values. Use the Google IoT Gateway to quickly and easily measure temperature directly on the Google® IoT cloud. Send humidity data, current measurements for power consumption, light level data, counter data, and much more. The NCD Google IoT Gateway is compatible with the entire NCD Enterprise product line of wireless sensors. The Google IoT Gateway user interface supports up to 10 sensors while in configuration mode, displaying the signal strength and sensor data for each sensor during setup. In Run mode (daily use), the Google IoT Gateway will work with as many sensors as memory will allow (estimated to be greater than 20, but we did not set a hard limit). The Google IoT Gateway may also be used for configuration of basic settings of remote sensors.