SIMCOM LPWA многодиапазонный CAT M & nb iot и GPRS модуль SIM7070G

Share on (1600523394969):


Price:

Quantity:


Product Overview

Description



Product Description


 Overview


The SIM7070 series is the LPWA module which supports wireless communication modes of Cat-M/Cat-NB/GPRS/EDGE.


The SIM7070 series adopts LCC form factor and has a compact size of 24mm*24mm which makes it ideal for compact products design.


The SIM7070 series has powerful expansibility with abundant interfaces including UART, GPIO, PCM, SPI, I2C etc. The SIM7070 series is designed for applications that need low latency, low throughput data communication in a variety of radio propagation conditions. Due to the unique combination of performance, security and flexibility, this module is ideally suited for M2M applications, such as metering,asset tracking, remote monitoring, E-health etc.


 


Product Advantages



  • With Power Saving Mode(PSM) and Extended Discontinuous Reception(eDRX), the SIM7070 series can extend battery life up to 10 years

  • The SIM7070 series provides deeper coverage enhancement compared to GSM

  • The form factor and AT commands of the SIM7070 series are compatible with SIM7000X/SIM800F/SIM900


SIM7070G-6SIM7070G-5SIM7070G-4SIM7070G-2SIM7070G-1





Company Information


   HUASIFEI is a manufacturer professional in R&D and producing network equipments, products are included Access Point, openWRT wifi router, Vehicle router, outdoor CPE, 3G/4G/5G wifi router. HUASIFEI also is a wifi coverage sloutions provider, provides the solution for hotel, school,hospital,enterprise,vehicle field etc. with 50 people R&D team and around 700 people in factory, 20,000 Square meters production scale, is very skilled at processing OEM/ODM design, also builds the long term cooperation with Mediatek, Broadcom,Qualcomm, capably offering good quality product and fast after-sale service.Till now, HUASIFEI's products have exported to over 30 countries and regions.


  _202012091811291611135366(1)1611135262(1) 





Packaging & Shipping


12 





FAQ


11111 




0.2086 s.