Ermete device is an advanced telematic platform with Linux O.S. for telemetry and real-time diagnostics applications for vehicular use.
The high flexibility of configuration customized according to the needs of the application allows the achievement of high levels of performance in the experimental phase and places Ermete in the high end of the diagnostic and telemetry devices.
Ermete allows companies to collect diagnostic and telemetry data from vehicles actually operating around the world, without the need to be in the field, speeding up the testing phases and obtaining an unprecedented amount of data.
| – processing unit based on Freescale Cortex A9 iMX6 up to 1GHz quad core |
| – DDR3 memory up to 4GB @ 64bit |
| – non-volatile eMMC memory on-board, for operating up to 64GB |
| – vehicle-side interfaces for monitoring, diagnostic and 3rd parts vehicle devices |
| – 6 high speed CAN lines 1Mbps |
| – 1 B-CAN lines,125kbps fault tolerant |
| – 3 K lines |
| – 1 RS232 complete line (8 wires) |
| – 1 RS232 minimal line (2 wires) |
| – 1 RS485 line |
| – 1 serial line for tachograph |
| – 8 configurable GPIO |
| – 3 wake-up inputs |
| – 2 high-side outputs |
| – 1 microphone input or speaker output |
| – 1 USB 2.0 host |
| – 1 Ethernet 10/100 |
| – user-side connector for maintenance and user interface connection |
| – auxiliary power supply |
| – 1 HDMI full-HD |
| – 1 Ethernet Gigabit |
| – 3 USB 2.0 host |
| – 1 USB 2.0 OTG port optically isolated (used in device mode) |
| – 1 Comm over Usb (used for debug console) |
| – communication interfaces for vehicle localization and other radio connections |
| – GPS with dead-reckoning |
| – UMTS and CDMA modem / LTE modem |
| – WiFi |
| – Bluetooth |
| – Easy access to sim insertion and removal |
| – Internal peripherals for diagnostics and added value features: |
| – digital accelerometer |
| – digital Magnetometer |
| – digital gyroscope |
| – buzzer |
| – uSD slot with easy access |
| – user diagnostic info trough a LED matrix and graphic display |
| – real time clock (RTC) with battery-powered backup |
| – connector for future expansion, with reconfigurable FPGA pins |
| – wake-up source management (GPIO, CAN, modem, RTC, accelerometer, tachograph, LAN) |
| – backup battery (500mAh min.) able to ensure the proper system shutdown |
| – non-isolated automotive power supply (8-36V) with auxiliary input |
| – operating temperature -20÷65°C |
| – moisture range 10÷90% non-condensing |
| – cooling system based on natural dissipation through the case (fanless) |
| – dedicated plastic/aluminum case |
| – all the system devices are in range industrial, or automotive where available |
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