RF module allows long-range ZigBee networking

The XBee-PRO ZNet 2.5 allows ZigBee mesh networking to be used for applications with large distances between nodes, like automated meter reading, asset management and remote sensor management

Digi International has rleeased the XBee-PRO ZNet 2.5, an extended-range RF module designed for ZigBee mesh networking at Embedded World in Nuremberg. The powerful XBee-PRO ZNet 2.5 provides up to 1.6k) RF line-of-sight transmission, significantly increasing the number of applications in which ZigBee mesh networking can be used.
It is the latest addition to Digi's Drop-in Networking product family and is fully compatible with any other XBee ZNet 2.5 Drop-in Networking product, including RF modules, adapters, wall routers and gateways.

'Because of the extended range, ZigBee mesh networking can now be used for applications where there is a greater distance between nodes like automated meter reading, asset management and remote sensor management', said Larry Kraft, Senior Vice President of Global Sales and Marketing, Digi International.

'The interoperability with Digi Drop-in Networking products and XBee modules also provides customers a tremendous amount of flexibility'.

The XBee-PRO ZNet 2.5 provides reliable, wireless data communication over ZigBee networks and satisfies the needs of low cost, low-power wireless applications.

It is a fully compatible, pin-swappable extended-range counterpart to the cost-optimised XBee ZNet 2.5 which provides up to 120m RF line-of-sight transmission.

The XBee-PRO ZNet 2.5 operates on the 2.4GHz ISM band, making it appropriate for use worldwide.

It is easy to use and ready to operate out of the box, will be available with four antenna options, has a small form factor and shares the XBee footprint.

XBee RF modules are part of Digi's line of Drop-in Networking solutions.

Drop-in networking products provide end-to-end connectivity to commercial-grade electronic devices in locations where wired infrastructure does not exist or satisfy customer needs.