868 MHz Long Range Radio Module
Supports Flooding Mesh and a Long Range Mode with ultra low power consumption
- With a range of up to 10 km (external antenna)
- Only 26 mA@14dBm output power, sleep 0,2µA
- Incl. Flooding Mesh Function
- Small dimensions: 27 x 17 x 3.2 mm
- Addressing: with up to 65,535 nodes in 255 networks
- TI CC1310 sub-GHz Transceiver
- 32-bit ARM Cortex-M3 CPU with 128kB Flash and 20kB RAM
- Available with PCB-Antenna or external antenna connection
- AMB8x26 footprint compatible with our module family AMB8x26
- radio compatibel with the modules AMB8426, AMB8626, AMB8420
The AMB8826 is an extremely power-saving and versatile radio module based on the Texas Instruments SoC (System on Chip) CC1310. The integrated firmware supports three operating modes, Long Range mode, Flooding Mesh-Net, as well as the ready-to-go configuration. Due to the choice between internal or external antenna (see ordering information), the hardware also offers versatile applications. In addition the AMB8826 footprint is compatible with our other radio modules in the 169, 434, 868 and 915 MHz frequencies.
Long Range Mode
In the long range mode, the total reception sensitivity of the chip of -124 dBm is optimally utilized. This results in a phenomenal link budget of 138 dB, which together with its narrowband properties allows a very disturbance-resistant radio transmission with a range of up to 10 km (providing a clear line of sight and a dipole antenna placed at least 6 m above ground). The wireless data rate at 625 bps is more than twice the rate compared to other long range systems. Therefore, this mode of operation is particularly suited for transmission of small data packets, such as those of wide sensor networks.
The mesh functionality integrated in the firmware automatically routes messages to the destination address even over large networks. Each individual network user can act as a forwarding point and at the same time is also accessible as recipient via a separate address. To avoid unnecessary radio traffic, the modules compare incoming radio packets before re-transmitting them. This minimizes network traffic and prevents neighboring repeaters from repeating a telegram twice. Flooding mesh networks are very robust and easy to install. Radio traffic to maintain the network topology, as is the case with other mesh networks, is not required. In addition, no special measures are required to teach or include new nodes into a network. The simple allocation of a destination address for each node is sufficient to build up your mesh network.
The AMB8826 is pre-configured so that data can be sent directly from one module to another. The command interface provides easy-to-use commands for sending data and editing parameters. Even in the standard configuration, the module supports a wide range of functions and network topologies. Broadcasts, peer-to-peer and star connections are possible. Addressing with up to 3 bytes allows the creation of 255 networks each with up to 65535 nodes. A total of 40 channels can be selected from within the 868 MHz frequency band, which means that neighboring radio networks can also be physically separated from each other. In addition, the channel selection offers the possibility to move between 0.1% and 10% in duty cycle options (the duty cycle defines the maximum duration for which a frequency may be occupied per hour).
The interfacing of the radio module to the host system takes place via UART with data rates of up to 115.2 kbaud. Further pins are available for data flow control as well as for wake-up control. Numerous freely configurable GPIO and a JTAG interface make the AMB8826 very versatile. Even complex applications, in which the module via further firmware adopts additional tasks, are achievable.
The ACC software (AMBER Config Center) can be used for many of our radio modules to edit the settings of the modules or to perform firmware updates via PC. The ACC software can be downloaded free of charge from our web site upon registration (see downloads on the product page).
Areas of application
Data acquisition, monitoring, remote control and sensor networks. Due to its small dimensions and low power consumption the module is also well suited for battery powered applications.
The radio module is also available in tape & reel packaging and is thus suited for automatic assembly (see ordering information).
|WE Order-Code: 2609011081001Former Order-Code: AMB8826||868 MHz Radio Module integrated antenna|
|WE Order-Code: 2609011181001Former Order-Code: AMB8826-1||868 MHz Radio Module with external antenna|
|WE Order-Code: 2609011081000Former Order-Code: AMB8826-TR||868 MHz Radio Module with internal antenna, packaged as Tape & Reel for automatic assembly|
|WE Order-Code: 2609011181000Former Order-Code: AMB8826-1-TR||868 MHz Radio Module for external antenna connection, packaged as Tape & Reel for automatic assembly|
|WE Order-Code: 2609019281001Former Order-Code: AMB8826-1-EV||Evaluation Kit|
AMB8826-EV Evaluation Kit
- Development-Board with USB interface
- external pins of the radio modules
- Allows for a simple evaluation of the power consumption (jumper selection)
Documentation and software for this product. If you need further information on this product, please contact our Support.