ZigBee® networks. Using the Ember bootloader custom firmware and firmware upgrades can be downloaded via Ethernet or over the air. The SIF interface also allows the EAP-E to be used as a platform for firmware development and debugging.
5. To test the communication with the EAP-E select the unit from the main window list and click Tools->Ping. Once the IP address of the EAP-E is known it is possible to open a telnet session connecting to the built-in ETRX2. By default the port connecting to the ETRX2 is port number 10001 as shown in Figure 3.
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ZigBee® network via the internet is the remote IP address and the port number. Figure 3: A Telnet Session to the EAP-E In order to change the configuration data, such as the port number simply open a telnet connection to port number 9999, which is the configuration port and follow the setup menu.
The DeviceInstaller is used to change the configuration of the EAP-E on the Ethernet side. In most cases there is no need to alter any of the Ethernet settings and so the DeviceInstaller can usually be ignored.
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Product Manual 1.02 ETRX2CF or the EAP-E in the same way, you can map the EAP-E to a virtual COM port in the same way as you can do with the USB and CF devices. For this purpose Lantronix® provides a COM port redirector (CPR) software for use with their products.
Finally with the advent of EmberZNet3.x it is now possible to download the Ember EZSP (Ember ZigBee® Serial Protocol) as described in section 6 of the EM260 manual to the EAP-E. In case require...
1.02 6 Schematics The schematic of the EAP-E is shown on the next page for reference. LED1 and the beeper are future options, which are not fitted. The serial port including the handshaking lines as well as the reset and A/D2 lines can be accessed via labelled pads.
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