Radio Modem Application Notes

MaxStream has a revolutionary method of synchronizing the radio modules in a network that does not require the use of a master or server. This technology allows for very robust communications even in the presence of interference and enables flexible network topologies that are not possible with modules from other vendors. This Application note covers: a general overview of Frequency Hopping Spread Spectrum (FHSS) systems, a synopsis of the master – slave system often used by our competitors and advantages of the peer-to-peer architecture of MaxStream’s modules.
Application Note ( PDF - 169k)

Tech Tip #3

In this Tech Tip we noted the reasons that thousands of companies are choosing MaxStream modules over our competitor’s products. Many engineers try to make a decision based only on datasheet shopping. We all know that datasheets can be deceiving.

Take a close look at the specifications and what they mean to your application before making any decisions. Those engineers who take the time (~15 minutes) to range test our modules choose them for their designs 9 out of 10 times.

MaxStream’s patent pending technology is changing the way OEMs implement RF capability. Instead of the OEM’s altering their system designs to enable wireless capability, the OEM can simply plug in a MaxStream module configured to work in the application.
Application Note (PDF - 280k)

Tech Tip #4

This document explains how to use MaxStream’s Module Address and Module Address Mask to set up global or local addresses for establishing module groups, subnets etc. It includes examples illustrating point-to-point and point-to-multipoint network configurations with Reliable Delivery modes.
Application Note (PDF - 217k)

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