This document describes the different options for integrating RF testing and characterization into standard test flows. This application note is intended for Ember customers who are moving from the early prototype development stage to the manufacturing production environment and need assistance with manufacturing test. The specific target audience is test engineers developing test processes for their Ember-enabled products. Revision F.
This document describes how the EmberZNet stack can be used to create an application. It provides a basic introduction to ZigBee, EmberZNet’s components and capabilities, and a walk through of applications provided by Ember. Revision D.
This document provides a comprehensive reference to EmberZNet stack. To understand the basics concepts of EmberZNet and Zigbee, please read the EmberZNet Application Developer's Guide. Revision E.
This document describes the EmberZNet Serial Protocol (EZSP), which is a communication protocol between a Host Processor and a EmberZNet Network Processor (i.e. EM260 or EM250 running EZSP mode). EZSP messages are sent between the Host and the Network Processor over either a SPI or a UART interface. Revision J.
This document is a step-by-step guide that covers hardware and software installation procedures required to set up an EM250 or EM260 Development Kit with factory default settings. The Ember InSight Desktop provides an easy-to-use and effective way to analyze network traffic on an Ember system. Revision E (the two files are the same).
This document provides the Technical Specification of the EM260 RCM. It describes the board-level interfaces as well as the key performance parameters of the Module. In addition, it provides the necessary information for a developer to either validate their design or integrate the RCM into their application. Revision E.
This document provides the information required to design a ZigBee-based wireless solution using the Ember EM260 on a 4-layer, FR-4 printed circuit board. It details the importance of the off-chip components. This document is intended to be read by the hardware and test design engineers who are designing the EM260-based PCBs. After reading this document, engineers should be able to successfully implement a design involving the EM260. Revision E.
This Application Note is intended to accompany the reference designs and provide detailed information of each design. This document is intended to be read by the hardware and test design engineers who are designing the EM250-based PCBs. After reading this document, engineers should be able to successfully implement a design involving the EM250. Revision H.
