Waveflow

Data logger and wireless transceiver for smart metering
Based on award-winning, 2-way Wavenis wireless technology, Waveflow OEM platforms deliver utility meter data reliably and transparently from home, commercial and industrial meters to utilities' information systems. The Waveflow platform today connects millions of water, gas and electric meters around the world, offering unprecedented last-mile outdoor and indoor performance with long battery life and wireless range that far exceed other technologies in comparable situations.




Waveflow is generally used in asynchronous mode for Wavenis networks with up to around 200 points in any given network sector and occasional data transmission.

In synchronous mode, Waveflow is better adapted for large-scale fixed networks. Wavenis network synchronization enables features such as end-point initiated bubble-up and automated installation using the self-discovery protocol.
Waveflow products are available either ready-to-use (pre-potted in IP68 plastic casing) or as OEM boards for integration directly under glass in utility meters or other custom products.


Main features Technical specs Comparison Related products Downloads  
 

  • Meter index and event logging for pulse meters
  • Supports synchronous or asynchronous Wavenis networks 
  • Ideal for walk-by, drive-by and fixed network metering applications
  • 2-way wireless communications for scheduled transmission, automatic alerts and on-demand remote reading
  • 10-year+ guarantee (including battery life)
  • Range up to 1 km/0.6 mi (25 mW/868 MHz, 10 mW/433 MHz) or 4 km/2.5 mi (500 mW/915 MHz)
  • Easy configuration in the field

Download product datasheet in the "Download" section


Waveflow products support two network operating modes.

  • Asynchronous Wavenis networks
  • Synchronous Wavenis networks

Asynchronous usage is generally well-suited in networks for up to around 200 end-points, in networks where battery life is a concern, and with data polling conducted occasionally by server-side software. In smaller asynchronous networks, polling may be conducted more frequently.

In large-scale networks, synchronous operation can significantly optimize overall wireless traffic, particularly when making use of frequent end-point initiated bubble-up features (which eliminates the need for 2-way polling-based reads) and automated network configuration using self-routing services in end-points.

Choice between synchronous and asynchronous operation is generally based on the application requirements and network size, as shown in the diagram below.

Please feel free to contact your Coronis representative for more information on choosing the right Waveflow configuration for your wireless network and remote monitoring needs.


  • Synchronous vs asynchronous operation