Supports up to 8 IO lines configured via SW. Each pin can be configured either as Digital Input or Digital output individually. Sample of digital sensor: pressure switch, level switches, buttons, limit switches, outputs to control relays etc. Can be used for communication with third party MPU/smart subsystems. Supports 3.3V and 5V logic.
Supports 4 Configurable Analog inputsI 0-30V 1.1mV precision or 0-40mA 0.1mA precision. Sample of Analog sensor: temperature, pressure, humidity, accelerometer, hall effect/magnetic Sensor (position sensor), sound sensor, air quality, light, flame, gas, heartbeat etc.
BLE is a wireless personal area network technology aimed at novel applications in the healthcare, fitness, beacons, security, and home entertainment industries. BLE extends Classic Bluetooth the area of applications thanks to reduced power consumption and cost while maintaining a similar communication range.
I²C interface, known for its simplicity is used for low cost, low speed peripheral. Sample of I²C sensors: pressure, temperature, IR temperature, accelerometer, compass, RGB color, gyroscope, ToF range finder, ultrasonic range finder, digital I/O expander and other devices.
The Dallas 1-Wire interface shares the concept of simplicity and low cost with I²C, but with lower data rates and longer range. It is typically used to communicate with small inexpensive devices such as digital thermometers and weather instruments. Sample of 1-Wire sensors: temperature, iButton.
The protocol is most supported by hydrographic sensors (level and flow), water quality sensors, meteorological instruments, soil moisture and plant physiology. Sample of SDI-12 sensors: temperature and humidity of soil, wind, rainfall, water and air quality etc.
RS-485 signals are used in a wide range of automation systems. E.g. It is used in building automation since the simple bus wiring and long cable length is ideal to connect big number of remote devices communicating at relatively low (up to 1Mb) speed.
IoT in transportation enables the assets tracking, which helps to keep an eye on physical assets by logging and real-time access to such information, as assets location, surrounding environment conditions, access to the asset attempts as well as their validity, time to maintenance and etc. The advanced analytics features provide our customers with an access to processed data gathered from multiple devices with the range of filters applied. It makes an assets management transparent an efficient like never before
Like in previous case IOT in construction helps to resolve some security issues. Usage of IoT enabled tags for material movement tracking makes technological processes and logistic easier and turn a theft a thankless job. For instance concrete curing process progress might be traced thanks to sensors embedded in concrete during casting. This allows to continue work at the earliest technologically possible time.
IoT devices can be an utility in power plants, water management, and chemical manufacturing. For instance embedded sensors in a pump regulate and control the flow and pressure of water. These devices allow to turn off or on pumps automatically according to the values of configurable parameters. They are also the real-time source of information such as the performance of the systems. It helps industries to control electricity expenses, reduce manual labour and proliferate the production with the minimum wastage of water. IoT-enabled pumping systems enable industries to install a connected, flexible, and efficient pumping system.
Thanks to the extensive number of interfaces, and configurability the TYMIQ IoT Sensor Hub ADH-01 can be used for a variety of custom cases.
Customer knows better what they want to measure, track and control, what scenarios to run, how to process data and react to erroneous situation.
TYMIQ just helps to make it all run.