SNA Support for Partner Kits
Please note that Daintree's Sensor
Network Analyzer software and Sensor Network Adapter hardware were
discontinued on March 31, 2010, and are no longer available for sale.
The following information is provided for support purposes only. The Sensor Network Analyzer (SNA) software can be used with Daintree's 2400E Sensor Network Adapter, together with an extensive range of third party semiconductor development kits available from the following partners:
The SNA supports the following Texas Instruments boards as capture devices:
Note that many of the above boards are also available for individual purchase from TI. Recent releases of the SNA support advanced functionality provided by the TI CC2430 and CC2431, including features such as over-the-air firmware upgrades and the TI location engine. With Release 3.0 and newer, the SNA also provides decode support for the Texas Instruments SimpliciTI and the ZigBee RF4CE and 6LoWPAN network protocols. Contact Daintree support to find out how to obtain and use these decodes. Refer to Daintree's application notes for detailed instructions on how to use TI boards as SNA capture devices, how to decode non-ZigBee network protocols such as SimpliciTI, and how to performed advanced functionality such as start up commissioning and binding, locationing, and over the air firmware upgrades.
The SNA is compatible with the 802.15.4 Analyzer hardware supplied in the following Freescale 802.15.4/ZigBee Evaluation Kits:
You can also purchase the Analyzer hardware separately from Freescale. With Release 3.0 and newer, the SNA also provides decode support for Freescale's Synkro network protocol. Contact Daintree support to find out how to obtain and use the Synkro decodes. Refer to Daintree's application notes for detailed instructions on how to use Freescale boards as SNA capture devices, and how to use the SNA to decode non-ZigBee network protocols (such as Synkro).
The SNA is compatible with boards from the following Ember ZigBee Development Kits:
You can use boards from both kits as SNA capture devices. The Ember EM250 and EM2420 kits also support the use of Daintree's 2400E Adapter as a capture device. The SNA also supports the use of the EM250 breakout board (together with the EM250 RCM) to actively interact with live networks and devices, and do things like over-the-air configuring of devices during commissioning, managing networks by forcing devices to join or leave, scanning and discovering network structure, and measuring parameters such as link quality and power levels. Refer to Daintree's application notes for detailed instructions on how to use Ember boards as SNA capture devices, and how to performed advanced functionality such as active analysis and configuration, and start up commissioning, binding and group commissioning.
The SNA is compatible with Atmel's ATAVRRZ541 AVR Z-Link 2.4 GHz Packet Sniffer Kit. You can use the kit's Atmel AVR Z-Link USB Adapter Board as a capture device. Refer to Daintree's application notes for detailed instructions on how to use the above Atmel board as an SNA capture device.
Note that in July 2008, Integration Associates was acquired by Silicon Labs. The SNA is compatible with the Integration Associates 802.15.4/ZigBee USB Dongle, which is bundled with a number of third-party ZigBee development kits. Refer to Daintree's application notes for detailed instructions on how to use the Integration Associates dongle as an SNA capture device, and how to performed advanced functionality such as active analysis and configuration, and start up commissioning, binding and group commissioning.
The SNA is compatible with boards from the IEEE 802.15.4 Wireless Microcontroller Evaluation Kit. You can use the kit's sensor or controller boards as capture devices. With release 3.0 and newer, the SNA also provides decode support for Jennic's JenNet network protocol. Refer to Daintree's application notes for detailed instructions on how to use Jennic boards as SNA capture devices, and how to use the SNA to decode non-ZigBee network protocols (such as JenNet).
The SNA is compatible with devices from the Lapis (previously OKI) ZigBee Development Kit. You can use the Integration USB ZigBee Dongle, provided as part of the Lapis kit, as a capture device. You can also use the dongle with the SNA to "actively" interact with live networks and devices, to do things like over-the-air configuring of devices during commissioning, managing networks by forcing devices to join or leave, scanning and discovering network structure, and measuring parameters such as link quality and power levels. Refer to Daintree's application notes for detailed instructions on how to use the Integration Associates dongle as an SNA capture device, and how to performed advanced functionality such as active analysis and configuration, and start up commissioning, binding and group commissioning.
The SNA is compatible with devices from the NEC Electronics 802.15.4/ZigBee Development Kit. You can use the kit's NEC 78K0 UZ Stick as a capture device. Refer to Daintree's application notes for detailed instructions on how to use the NEC Electronics UZ Stick as an SNA capture device.
The SNA is compatible with devices from the Renesas RZB-CC16C-ZDK ZigBee Demo Kit. You can use the Integration USB ZigBee Dongle provided as part of the Renesas kit as a capture device. You can also use the dongle with the SNA to "actively" interact with live networks and devices, to do things like over-the-air configuring of devices during commissioning, managing networks by forcing devices to join or leave, scanning and discovering network structure, and measuring parameters such as link quality and power levels. Refer to Daintree's application notes for detailed instructions on how to use the Integration Associates dongle as an SNA capture device, and how to performed advanced functionality such as active analysis and configuration, and start up commissioning, binding and group commissioning.
The SNA is compatible with the MB851 Analyzer board found in the STMicroelectronics STM32W Starter Kit. Refer to Daintree's application notes for detailed instructions on how to use the ST Analyzer board as an SNA capture device.
Note that in October 2008, Telit acquired One RF Technology. The SNA is compatible with devices from the TinyOne ZigBee 2.4 GHz ZigBee Compliant Platform (2006) Demo Case. Refer to Daintree's application notes for detailed instructions on how to use the Telit boards as SNA capture devices.
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