The F1 Starter Kit is compatible with the SG Ctrl Cloud Platform and supports MicroPython. It is an ideal board for getting started with IoT development and evaluating the SG F1 Smart Module.

A CAP/T BLE sensor is included, which measures temperature and humidity and forwards the measurements to the F1 Starter Kit.

Further information can be found at https://docs.sgwireless.com/sg-products/.

The post SG Wireless F1 Starter Kit with CAP/T Sensor first appeared on Linkwave.

The GT-100 provides developers with a full evaluation platform to configure and monitor the features of the GT-100, including the ability to view and record GNSS operations for further analysis.

A reference platform to compare RF performance with target design.

Supports GT-100 anti-jamming function. The VN 100T can display and record the  in-band radio environment to highlight potential in-band jamming threats

The post Furuno VN-100T Evaluation kit for GT-100 Timing Multi-GNSS Receiver Module first appeared on Linkwave.

The new enhanced C-16QS DDK provides users with flexible product development and evaluation options for several use case scenarios.

The C16QS DDK provides users with complete access to the Cavli C16QS Module with the necessary GPIOs and interfaces for product testing and development.

The post Cavli Wireless C16QS LTE CAT1bis Evaluation Kit, Global, with GNSS first appeared on Linkwave.

The post IoT747 IDC777 Development kit first appeared on Linkwave.

Linkwave’s Wasp2 enabler board is an evaluation board suitable for all Sierra Wireless RC, WP and HL Series cellular IoT modules. The module is mounted within a CF3 socket, facilitating module swap-out, making Wasp2 an ideal platform for module firmware upgrades. Wasp2 can be used stand-alone, powered from host USB or separately, or can be added to Raspberry Pi, Arduino Uno and Arduino Mega, with standard mechanical fixings.

Wasp2 can also be used as an Octave edge device, extracting data over a TTL serial port.

Schematics for the Wasp2 are provided for reference.

The post Linkwave Wasp2 Enabler Board for RC/WP/HL Series Modules first appeared on Linkwave.

The post How to assemble the Pilot Kit first appeared on Linkwave.

The PiloT is a HAT-compliant board that is compatible with all versions of Raspberry Pi with a 40-pin header, including Pi 2,3,4 and Zero models. Fully controllable with I/O pins, the PiloT can communicate with the Pi over USB or serial ports*. The PiloT 4G-1is an LTE CAT-1 device with a fallback to 2G for Europe.

The PiloT can be fully controlled from the Raspberry Pi and can support data communication using either PPP or CDC-NCM (PiloT 4G-1). Scripts to automate communication setup are available

The PiloT power state is controlled via the Rpi GPIO and the PiloT is powered via the RPi 40-pin header.

Control and data communications between the PiloT with the RPi are via USB or the RPi physical serial port. Note that some RPi variants use the physical serial port to communicate with the RPi onboard WiFi / Bluetooth systems.

The post Linkwave PiloT HL7692 4G Cat-1 IoT Raspberry-Pi hat first appeared on Linkwave.