Modular hardware to build the IoT backbone box that suits your IoT application!
You can also read about our Dingo Wiska Sensors here
Modular hardware to build the IoT backbone box that suits your IoT application!
You can also read about our Dingo Wiska Sensors here
The DINGO IoT BACKBONE is a kind of "IoT server". Comprising four interconnected electronics boards, that together can be housed in standard industrial DIN-Rail boxes from different vendors, for example OKW.
Each layer has a family of boards from which to make your selection. Making it easy to create a custom BACKBONE for different applications or needs.
At the top sits the User Interface Board (DUIB) that is visible at the DIN-Rail box front.
Under the DUIB sits the computer board (DCB), the brain of the BACKBONE. The DCB holds 1 to 5 interface ports to the outside world (details below).
At the bottom sits the Base Board (DBB) for connecting to external sensors and actuators. plus connections for holding 2, 3 or 4 plug-ins making up the fourth layer.
The plug-ins add I/O or communication specific features to the BACKBONE.
The middle board holds the credit card sized Computer Board (DCB). The DCB has 4 connectors to the outer world:
There are four variants of DCB boards available. All variants are pin compatible with the Base Board (DBB) and User Interface Board (DUIB):
In addition to those four there is a test board intended for testing and developing for base- and user-interface boards from a normal PC computer. It actually puts your PC between the DUIB and the DBB.
Based on NXP i.MX6 Ultra Light, single-core Cortex A7 processor processor
Suitable for most IoT controller use-cases.
Datasheet... Order now...
The Base Board (DBB) provides the I/Os to low-voltage sensors/actuators on one side and high voltage connectors at the other side for power, relays and PINGO plug-in when installed.
In addition the DBB contains 2, 3 or 4 sockets for special purpose plug-ins, discussed below.
The DBB holds a 40 pin plus a 20 pin connectors to the DCB above it. Those connect miscellaneous connectors to the DCB, including GPIOs, I2C, SPI, CAN, serial ports, USB, etc.
The DBB is open-source. Everybody can create their own or have us to help them with that.