Differences between the G76P EdgePrime and G26I Rugged Telematics Device
Key Feature Difference:
- i.MX93 Dual core processor in G76P when compared to IMX6ULL processor in the G26I
- 4CAN FD interfaces in G76P when compared to 1 CAN FD and 2 HS CAN in G26I
- 100BASE-T1 automotive ethernet support in G76P along with standard 100mbps ethernet.
- 2 SKU’s for G76P with Western Modem solution
- CAT-4 Global variant
- 5G Redcap Global variant.
- WIFI 6 and BT v5.3 BR/EDR/LE support in G76P whereas in G26I, WIFI 5 and BT v5.0 BR/EDR/LE is supported
- 1x RS232 is supported by default.
Enclosure:
The G76P uses the same Enclosure as the G26I. Step file remains same as G26I
Cable harness compatibility and Antenna compatibility:
- Cable harness: The G76P cable need minor changes to the existing cable harness of G26I, to support the 4th
CAN FD and Automotive ethernet. - Antenna: For LTE variant the G76P uses the same antenna as the G26I. For 5G Redcap variant, iWave will
update the antenna details.
- Cable harness: The G76P cable need minor changes to the existing cable harness of G26I, to support the 4th
Connector Pinout difference between the G26I and G76P
| Pin No | Rugged Telematics Device G26I | Telematics EdgePrime G76P | ||
|---|---|---|---|---|
| Signal Name | Description | Signal Name | Description | |
| 1 | NC/DIN3¹ | NC/Digital Input 3¹ | ETH_MAG_A_RXP | Automotive ethernet positive |
| 2 | ANALOG_IN1 | Analog Input 1 | ANALOG_IN1 | Analog Input 1 |
| 3 | DIN2 / ETH_ACTIVATE¹ | Digital Input 2 / ETH_ACTIVATE¹ | DIN2 | Digital Input 2 |
| 4 | HS_CAN2_H | High Speed CAN2 High | FD_CAN2_H | Flexible Data Rate CAN2 High |
| 5 | HS_CAN2_L | High Speed CAN2 Low | FD_CAN2_L | Flexible Data Rate CAN2 Low |
| 6 | FD_CAN_H | Flexible Data Rate CAN High | FD_CAN1_H | Flexible Data Rate CAN1 High |
| 7 | FD_CAN_L | Flexible Data Rate CAN Low | FD_CAN1_L | Flexible Data Rate CAN1 Low |
| 8 | IGN_DET | Ignition Detection Input | IGN_DET | Ignition Detection Input |
| 9 | NC/RS485_RX_M¹ | NC/RS485 RXM¹ | RS485_RX_M | RS485_RXM |
| 10 | NC/RS232_RXD1¹/ RS485_RX_P¹ / UART_RXD¹ | NC/RS232 RXD1¹ / RS485 RXP¹ / UART_RX¹ | RS232_RXD1 | RS232 RXD1 |
| 11 | ETH_MAG_RXP | Ethernet RXP | ETH_MAG_RXP | Ethernet RXP |
| 12 | ETH_MAG_RXM | Ethernet RXM | ETH_MAG_RXM | Ethernet RXM |
| 13 | DIN4¹ | Digital Input 4¹ | ETH_MAG_A_RXM | Automotive ethernet negative |
| 14 | USB_OTG_ID / DOUT3¹ | USB_OTG_ID / Digital Output 3¹ | USB_OTG_ID | USB_OTG_ID |
| 15 | DOUT2 | Digital Output 2 | DOUT2 | Digital Output 2 |
| 16 | DOUT1 | Digital Output 1 | DOUT1 | Digital Output 1 |
| 17 | HS_CAN1_H | High Speed CAN1 High | FD_CAN3_H | Flexible Data Rate CAN3 High |
| 18 | HS_CAN1_L | High Speed CAN1 Low | FD_CAN3_L | Flexible Data Rate CAN3 Low |
| 19 | ANALOG_IN2 | Analog Input 2 | Analog_IN2 | Analog Input 2 |
| 20 | NC/RS232_TXD1¹/ RS485_TX_P¹ / UART_TXD¹ | NC/RS232 TXD1¹ / RS485 TXP¹ / UART_TX¹ | RS232_TXD1 | RS232 TXD1 |
| 21 | NC/RS485_TX_M¹ / K-Line¹ | NC/RS485 TXM¹ / K-Line¹ | RS485_TX_M | RS485_TXM |
| 22 | ETH_MAG_TXP | Ethernet TXP | ETH1_MAG_TXP | Ethernet TXP |
| 23 | ETH_MAG_TXM | Ethernet TXM | ETH1_MAG_TXM | Ethernet TXM |
| 24 | MAIN_VCC_OBD_IN | Power Input (12V Typical) | MAIN_VCC_OBD_IN | Power Input (12V Typical) |
| 25 | GND_OBD | Ground | GND_OBD | Ground |
| 26 | DIN1 | Digital Input 1 | DIN1 | Digital Input 1 |
| 27 | UART5_TX | Debug UART_TX | UART_CON_TX_3V3 | Debug UART_TX |
| 28 | UART5_RX | Debug UART_RX | UART_CON_RX_3V3 | Debug UART_RX |
| 29 | NC/Reserved | Reserved | FD_CAN4_H | Flexible Data Rate CAN4 High |
| 30 | NC/Reserved | Reserved | FD_CAN4_L | Flexible Data Rate CAN4 Low |
| 31 | VCC_3V3 | 3.3V Power Out | VCC_3V3 | 3.3V Power Out |
| 32 | 5V_USB | USB Power | 5V_USB | USB Power |
| 33 | USB_OTG_D+_CONN | USB_OTG_D+ | USB_OTG_D+_CONN | USB_OTG_D+ |
| 34 | USB_OTG_D-_CONN | USB_OTG_D- | USB_OTG_D-_CONN | USB_OTG_D- |
| 35 | USB_GND | USB_GND | USB_GND | USB_GND |