How does PeakNet LPR enable battery-powered routers?

PeakNet LPR uses network-wide time-synchronization to put all devices in the network into a low-power sleep mode most of the time. Periodically (period ranges from 125ms up to multiple seconds and can be set by the application) all devices in the network wake up simultaneously to send/receive data. To keep the idle listening periods to a minimum, the time synchronization was optimized to have a deviation of only 2us per hop.

Hardware related questions:

Is there a development kit available for the CM09 modules?

What sensors are available on the development boards?

How do I program the CM09 module?

Is the CM09 module ETSI and FCC certified?

Can I use the microcontroller inside the module for my custom embedded application?

How do I buy CM09 modules?

Software related questions:

What communication software stacks are available?

What are PeakNet Z and PeakNet LPR?

How does PeakNet LPR enable battery-powered routers?

What battery lifetime can I expect when using PeakNet LPR?

Is the communication stack ZigBee compliant?

Do the modules in the network share a common time-base?

Development kit information:

What is included in the Development Kit Enterprise?

How do I develop my own wireless application using the CM09 module?

Which development tools are available?

What sensors are available on the development boards?

Where can I get support?

Are there software/hardware examples available?

Where can I order the development kit enterprise?