Electronic components
San Marino
€ (EUR)
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Quectel has launched another LTE Cat 1 bis module specially optimized for IoT and M2M applications. Thanks to LTE 3GPPRel-14 technology, 10 Mb/s DL, and 5 Mb/s UL, it easily meets the growing demands for robust yet cost-effective connectivity in smart and industrial applications.
The most compact ceramic patch antenna, 2JM3201C5F, for L1, L2, and L5 GNSS bands, is exceptionally reliable in determining position, including for autonomous vehicles and land surveying.
Replace 9 antennas with one combined 2J6B86JBCFf-B16J from 2J Antennas. The combination of performance, durability, accuracy, and reliability was designed for critical communication. It will be the number 1 choice for the next generation of mobile services.
Global IoT module manufacturer Quectel issued PCN documents for several GNSS modules based on the Airoha AG3331 and MT3339 platforms at the end of August 2022. You can find an overview of alternative products in the article.
Featuring a concurrent multi-constellation GNSS receiver on dual GNSS bands, the Quectel LC79D can support L1 and L5 bands for GPS, Galileo and QZSS satellites, L1 band for GLONASS and BeiDou satellites, as well as L5 band for IRNSS satellite.
SOS electronic is a stable partner of 2J Antennas. As part of our cooperation, we help our customers with the integration of antennas into the device, whether during the design stage or as the final product.
A good antenna is a guarantee of success. You can have excellent coverage, the perfect IoT module, but if you don't have a good antenna, your project is at risk. And thus, do not risk and choose from the most widely used 2J connector antennas.
The rugged 10,1” tablet is a perfect tool for industrial field service and maintenance or mobile HMI. It offers industry standard interfaces and connectors, hot-swappable battery and optional barcode reader, as well as the fact that it has been designed to allow customization.
Ceramic patch antennas used for GPS applications have a significant limitation – they must face the sky in order to get the best reception. Moreover, these antennas are sensitive to the size of the ground plane area and must be tuned together with the ground plane, which is a serious drawback.
On 15 December 2016, Europe's satellite navigation system Galileo started offering its initial services to public authorities, businesses and citizens.
