Weight | 0.2 kg |
---|---|
Dimensions | 63 × 42 × 10 mm |
SMA CONNECTOR | With SMA Connector, Without SMA Connector |
MODULE SELECTION | A7670C-LASS |
Input Supply: 12V–42V DC via barrel jack (with reverse polarity protection); 3.7V–4.2V Li-Po battery via header (no reverse polarity protection)
Power Consumption: Up to 500 mA (active), <1 mA (sleep)
SIM Slot: Nano SIM (push-push type)
Cellular Module: SIMCom A7670C / A7670E / A7670SA (LTE Cat-1)
Interfaces: USB, UART (with level shifting), GPIO, ADC, I²C
Connectivity: LTE Cat-1, GPRS (HTTP, MQTT, TCP, UDP), SMS, Call
Antenna Interfaces: U.FL & SMA for cellular
Dimensions: 64.2mm × 42mm × 10mm
Processor: ASR chipset
Firmware Updates: Via onboard Micro USB
$14.99 – $16.24
NOTE : SMA connectors and headers are not soldered on board by default.
This is a 4G GSM module development board which can be used with Arduino and Raspberry Pi kind of development boards for evaluating the features of SIMCOM A7670 modules.
This 4G GSM Modem supports 9VDC to 42V DC voltage input on the DC jack input. The extended operating range helps in directly connecting the modem to different power sources like lead acid battery, DC adapters and EV supply.
There is on board IO level translator for converting the 1.8V UART TX and RX lines of modem to MCU IO voltage level connected to VTRANS pin.
A7670C-LASS module is recommended for Data only applications. For Audio applications which need Audio call functionality we recommend A7672S modules.
A7670C/A7670E/A7670SA is a very good 4G alternative for 2G modules like SIM900, SIM900A, SIM800 & SIM808. It comes at a very low price and can serve in as a drop in replacement.
A7670C MODEM PINOUT :
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Weight | 0.2 kg |
---|---|
Dimensions | 63 × 42 × 10 mm |
SMA CONNECTOR | With SMA Connector, Without SMA Connector |
MODULE SELECTION | A7670C-LASS |