TDK-LTR26RSH8 (LTR26RSH8 Module Test and Development Kit)

TDK-LTR26RSH8 (LTR26RSH8 868MHz/+20dBm RF LoRa Transceiver Module Test & Development Platform)

TDK-LTR2X Series RF LoRa Transceiver Module Test and Development Kits aim to provide an easy and quick  test platform for LTR28 and LTR26 Series 315MHz/433MHz/868MHz/915MHz +20dBm RF LoRa Transceiver Modules. As an advanced and low cost RF LoRa Transceiver Module test and development kit, it includes a Nucleo-L432KC, which is based on Arm-Cortex M4 MCU, to  efficiently run provided test codes as well as developing and testing firmware for a variety of use cases ranging but not limited to LoRa/LoRaWAN to specific radio communication protocols.

TDK-LTR26RSH8 Test and Development Kit – Content

Package List


1-LTR2X Baseboard
2-Nucleo-L432KC Arm-Cortex M4 MCU Kit
3-LTR26RSH8 868MHz/+20dBm RF LoRa Transceiver Module
4-Antenna
5-USB Cable
6-Sample Test Code

TDK-LTR26RSH8 Documentation and Supplementary Materials

 

§  TDK-LTR26RSH8 (LTR26RSH8 868MHz/+20dBm RF LoRa Transceiver Module Test & Development Platform)

Kitler

TDK-LTR26RSH8 (LTR26RSH8 RF Lora Transceiver Module Test and Development Kit) – Product Flyers

TDK-LTR26RSH8 (LTR26RSH8 RF LoRa Transceiver Module Test and Development Kit) – Datasheet

TDK-LTR26RSH8 (LTR26RSH8 RF Lora Transceiver Module Test and Development Kit) – Sample Test Codes

Test and Development Kits for NTR/LTR Series RF LoRa Transceiver Modules

A Proper Kit for Each RF LoRa Transceiver Module

A suitable test and development kit for NTR/LTR Series RF LoRa Transceiver Modules with different operating frequency bands and RF power outputs.

High Performance MCU

Nucleo-L42KC is based on Arm-Cortex M4 MCU, pave the way for a broad range of advanced applications.

Plug, Run, Test – Easily and Quickly

The kit includes a suitable antenna and a USB cable for immediate start, ready with a sample test code flashed.

Sample Test Code

Sample test code with explanations and parameter settings for basic transmit and receive functionality testing, can be easily modified for user specific requirements.

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