AMB8826 Image

AMB8826

RF Module by Wurth Elektronik (2 more products)

Note : Your request will be directed to Wurth Elektronik.

The AMB8826 from Wurth Elektronik is an 868 MHz Long Range (LoRa) Radio Module that supports three operating modes - Long Range mode, Flooding Mesh-Net, as well as a ready-to-go configuration. The module is based on the TI CC1310 System on Chip with a sub-GHz transceiver and has a 32-bit ARM Cortex-M3 CPU, 64 kB flash memory and an integrated PCB antenna. It is an ultra low power radio module with a power consumption of only 17mA @ 10 dBm and has a receive sensitivity of -124 dBm. In the long range mode, it provides a link budget of 138 dB, with a range of up to 10 km. This mode of operation is particularly suited for transmission of small data packets, such as those of wide sensor networks. The AMB8826 is available in a surface mount package that measures 17 x 27 x 3.2 mm and is ideal for IoT, M2M, wireless sensor networks and building automation applications.

Product Specifications

    Product Details

    • Part Number :
      AMB8826
    • Manufacturer :
      Wurth Elektronik
    • Description :
      868 MHz Long Range (LoRa) Radio Module

    General Parameters

    • Technology :
      LoRa
    • Frequency :
      865 to 870 MHz
    • Mesh Networking :
      Yes
    • Data Rate :
      0.625 to 100 kbps
    • Modulation :
      GFSK GMSK, OOK, DSSS
    • Supply Voltage :
      2.2 to 3.8 V
    • Current Receiving :
      8 mA
    • Current Transmitting :
      17 to 26 mA
    • Output Power :
      Up to 14 dBm
    • Sensitivity :
      -124 dBm
    • Integrated Antenna :
      Yes
    • Interface Type :
      UART
    • Memory :
      128kb flash + 20kb RAM
    • Processor :
      32-bit ARM Cortex-M3
    • Dimension :
      17 x 27 x 3.2 mm
    • Operating Temperature :
      -40 to 85 Degrees C

    Technical Documents

Click to view more product details on manufacturer's website  »

Need Help?

x
Let us know what you need, we can help find products that meet your requirement.