The system is connected to the machine network as standard and collects data from the smart machine components via the IoT edge software. The collected data is transmitted in real-time to the part connected to the external network without physical connections through a patented technology. a4GATE has defined a unidirectional gateway, allowing only a one-way flow. It is not physically possible to go back up the data flow, working at L1 of the ISO/OSI stack. From the outside, it is not possible to access the machine network. Bidirectionality: there may be situations where you are required to enter the system from outside for authorized assistance or to transmit new configurations to the PLC. The solution has a switch that opens a network path from external to internal, activated physically, and monitors what happens. The opening is, however, timed, with configurable intervals.
Board A/B
CPU | Intel Atom E3940 1.6GHz 4*core |
RAM | 8GB |
Flash | 56GB eMMC |
Ethernet | 2* 1Gbps |
HDMI | 1 |
USB | 4*V2.0 (2 internal) |
SD | Optional |
OS Board A | MS-Windows 10 IoT Enterprise |
OS Board B | Ubuntu 18.04 Its |
Dimension | 85mm*130mm |
Power Input | DC 5V |
Hardware Box (Din-Rail)
Power Input | DC 12-48V |
Ethernet | 2* 1Gbps |
HDMI | 2 |
USB | 4*V3.0 (V2.0 is supported)) |
SD | 2 (Optional) |
LED indication | Terafence |
Dimension | 215mm*159mm*71mm |
Battery | Yes |
Shutdown sw | Yes |
Hardware Terafence
Data transfer rates | 1000/100/10Mbps auto-negotiate |
Physical ports | 2xRJ-45 LAN ports |
Core board | Wx135 Hx80 Tx13 (max) (mm) |
LED panel | Wx202 Hx25 Tx11 (max) (mm) |
Weight | 75gr |
Power | 5.5VDC/2.5Amp external supply |
Power consumption | max-20W |