The 868MHz helical antenna, for most applications, where space...
The Pi IC880A Adapter board is the best adaptation to fit you iC880A...
The GSM helical antenna, for most applications, where space constraints...
A flexible hinged whip Antenna with +3dBi gain for general applications...
Take advantage of the world wide coverage of GSM-GPRS network to connect your Sensors to the could.
A Tiny Arduino™ Compatible board that brings Lorawan™ Connectivity to your projects!
Add Sigfox™ Connectivity to your project with this tiny Arduino™ Compatible board.
The IOT Tremoco module is a tiny Arduino™ Zero compatible development board with LoRaWAN™ capability built-in. It is tailored for battery powered long-range monitoring and control applications. And you can choose the transceiver to be mounted on it, either the powerful RN2483A/2903A or the least expensive RFM95W.
Sealed ABS Plastic Enclosure (158x90x45mm)
Sealed ABS Plastic Enclosure (115x90x56.5mm).
Sealed ABS Plastic Enclosure (115x90x55mm)
The GSM helical antenna, for most applications, where space constraints exist, a simple helical Antenna can be used. The helical Antenna is a simple construction made from wound solid copper wire.
The 868MHz helical antenna, for most applications, where space constraints exist, a simple helical Antenna can be used. The helical Antenna is a simple construction made from wound solid copper wire.
FTDI Hack is a miniature breakout board for the FTDI chip FT231XQ. It comes with a USB micro in one end and the serial pins in the other (FTDI pinout). It is compatible with 3,3V and 5V hosts and can provide power to your project up to 50mA.
Adapter cable between U.FL and SMA(F), it is ideal to fit the SMA end on the enclosure and interface the SMA antena with the PCB.
U.FL smd coaxial connector, occupies a small footprint which makes it ideal to mount on boards where the regular SMA doesn't fit.
SMA female connector to mount on the PCB, it is ideal to mount on the edge of the PCB, but it can also be mounted through hole.
The RN2483 is a fully-certified 433/868 MHz module based on wireless LoRa® technology. The RN2483 utilizes a unique spread spectrum modulation within the Sub-GHz band to enable long range, low power, and high network capacity.
The RF transceiver module RFM95W feature the LoRa™ long range modem that provides ultra-long range spread spectrum communication and high interference immunity whilst minimising current consumption.