We work with device manufacturers and solution providers from around the world to showcase their innovations below. Please browse through our catalog to find a solution best-fitting your needs.
Gimasi
Tuino 0-96
- Arduino Zero compatible
- 2G, NB1 and LTE-M connectivity
Contact for purchase
Sierra Wireless
MangOH Green
- 120 mm x 100 mm form-factor to develop any IoT application
- "Business-friendly" Open Source design ("Creative Commons - By" licence), with all available, reusable and modifyable hardware schematics, BOM and documentation
- 3D-printable case designs available
- 2x Snap-in socket to host Sierra CF3 cellular modules (2G, 3G, 4G, 4G-LPWA (LTE-M/NB-IoT))
- 3x IoT expansion card slot to plug in any add-on card (LoRa, WiFi, CanOPEN, ZigBee, Thread, Ethernet, RS232, RS485, satellite...)
- Arduino shield connector to receive all available hats
- Onboard Arduino MCU to run Ardino sketches
- Built-in accelerometer, gyroscope
- Battery charger
- Multiple LEDs and touch button
- USB 2.0 Micro, USB Host, SD card, RJ45/Ethernet, RS232/Serial, audio jack
- Compatible with Octave IoT platform
MangOH Red
- Compact 69 mm x 61 mm form-factor to develop any IoT application
- "Business-friendly" Open Source design ("Creative Commons - By" licence), with all available, reusable and modifyable hardware schematics, BOM and documentation
- 3D-printable case designs available
- Snap-in socket to host any Sierra CF3 cellular module (2G, 3G, 4G, 4G-LPWA (LTE-M/NB-IoT))
- IoT expansion card slot to plug in any add-on card (LoRa, WiFi, CanOPEN, ZigBee, Thread, Ethernet, RS232, RS485, satellite...)
- RaspberryPi shield connector to receive all available hats
- Built-in Wi-Fi and Bluetooth
- Built-in accelerometer, gyroscope, altimeter, and light sensor
- Battery charger
- Multiple LEDs and touch button
- USB 2.0 Micro, USB Host, SD card, audio jack
- Compatible with Octave IoT platform
MangOH Yellow
- Compact 65 mm x 42 mm form-factor to develop any IoT application
- "Business-friendly" Open Source design ("Creative Commons - By" licence), with all available, reusable and modifyable hardware schematics, BOM, and documentation
- 3D-printable case designs available
- Snap-in socket to host any Sierra CF3 cellular module (2G, 3G, 4G, 4G-LPWA (LTE-M/NB-IoT))
- IoT Expansion Card slot to plug in any add-on card (LoRa, WiFi, CanOPEN, ZigBee, Thread, Ethernet, RS232, RS485, satellite...)
- Built-in Wi-Fi b/g/n and Bluetooth 4.2 BLE , Bluetooth Mesh, NFC tag
- Built-in antennas for cellular, GPS, WiFi, Bluetooth and NFC
- Built-in accelerometer, gyroscope, magnetometer, pressure, humidity, acoustic mic, air Index quality, temperature, and light sensors
- Battery charger and battery gauge
- Multiple LEDs, buzzer and touch button
- 15 pin IO expansion connector, SD card, 2-way audio connector
- Compatible with Octave IoT platform
STMicroelectronics
P-L496G-CELL02
- A turnkey development platform for cellular and cloud based technology solutions
- Consists of STM32L496 based discovery mother board and STMOD+ cellular expansion board
- Cellular expansion board based on Quectel BG96 modem, an antenna, and eSIM compatible
- Cellular expansion board can work with other ST kits supporting STMOD+ connector such as STWIN.
STEVAL-STWINKT1B
- Simplifies prototyping and testing of advanced industrial IoT applications
- Multi-sensing wireless platform implementing vibration monitoring and ultrasound detection
- Built around STWIN core system board with processing, sensing, connectivity and expansion capabilities
- Modular architecture, expandable via on-board connectors and LTE/NBIoT expansion board
- Li-Po battery 480 mAh and plastic box
Telit
Bravo
- Ideal for rapid IoT application design; most hardware building blocks are readily available
- Arduino stackable (UNO, Zero, Leonardo, Yun, etc.)
- Raspberry Pi stackable (all models of Zero, 1, 2, 3 and 4)
- Mounts ME910C1-WW module, one of Telit’s flagship modules, featuring LTE Cat M1/NB1 and GSM/GPRS connectivity
- High-performance Bosch Sensortec motion and environmental sensors, providing accelerometer, gyroscope, magnetometer, temperature, pressure, humidity and volatile organic compounds (VOC) information
- Smooth software integration with dedicated libraries; can control external sensors easily with few lines of code
- Access to USB and UART module communication ports (UART ports either directly to or through USB to serial converter)
- Ready for OneEdge, Telit's awardwinning, module-integrated software and services suite that accelerates development and simplifies management of IoT solutions
Charlie
- Easy to use, ideal for rapid IoT application design
- Compatible with Arduino MKR form factor, fully compatible with the open-source Software (IDE)
- Mounts ME310G1-WW module with LTE Cat M1/NB1 and 2G global connectivity and GNSS receiver
- High-performance, low-power Bosch Sensortec motion sensor
- Built-in high-performance GNSS antenna with low-noise amplifier, SMA receptacle for external cellular antenna
- High-efficiency battery charging circuit
- LED and pushbutton for user application
- Can be expanded using MKR standard shields
- Programmable CPU
FN980 Evaluation Kit
- New, state of the art evaluation board, including interface board
- Easy to use and set up
- All module interfaces easily accessible
- Ready for current consumption measurements
- Onboard audio codec and circuitry
- Module UART accessible directly or through USB converter
- 12V power supply support
- USB-C connectors
- Pushbuttons and LEDs
- SD-card socket and 2x SIM card holders
Thales
DevKit ENS22-E
- UART via USB VCP
- Direct module signal access with complete interruption for deep level investigation
- Real module current consumption measurement; no additional leakage current
- Powered via USB or external devices
- Adjustable module supply level 3.1 V to 4.2 V
- Further supported interfaces: I²C, ASC1/SPI, and GPIO
- Clear and easy concept for usage and signaling
- QR code scanning leads users to all the information necessary for usage
u-blox
C030-N211-0 Application Board
- The C030-N211-0 integrates the u-box SARA-N211 LTE Cat.NB1 module, and the u-blox MAX-M8C GNSS receiver
- Quick prototyping with Arm® Mbed™ on integrated host CPU
- Integrated GNSS for simple testing of positioning applications
- Ideal for ultra-low power designs and compact form factors
- Out-of-the-box international eUICC roaming
- Easily capture sensor data with Arduino® shields
- Compatible with u blox Bluetooth and Wi-Fi modules
C030-R412M-0 Application Board
- The CO30-R412M integrates the u-box SARA-R412M LTE Cat.M1, NB1, and 2G module, and the u-blox ZOE-M8B GNSS receiver
- Quick prototyping with Arm® Mbed™ on integrated host CPU
- Integrated GNSS for simple testing of positioning applications
- Ideal for ultra-low power designs and compact form factors
- Out-of-the-box international eUICC roaming
- Easily capture sensor data with Arduino® shields
- Compatible with u blox Bluetooth and Wi-Fi modules
C030-U201-0 Application Board
- The C030-U201-0 integrates the u-box SARA-U201 (HSPA / GSM) and the u-blox MAX-M8C GNSS receiver
- Quick prototyping with Arm® Mbed™ on integrated host CPU
- Integrated GNSS for simple testing of positioning applications
- Ideal for compact form factors
- Out-of-the-box international eUICC roaming
- Easily capture sensor data with Arduino® shields
- Compatible with u blox Bluetooth and Wi-Fi modules