11000R-10-11

Pyxos™ FT EVK Evaluation Kit Model 11000R-10-1P ® Features • Introduces developers to the Pyxos FT embedded control networking platform • Includes an example application to demonstrate major features of the Pyxos FT platform • Includes source code for the example application and APIs that you can port to different host microcontrollers • Demonstrates easy integration with other control networks such as LonWorks networks • Includes four evaluation boards, power supply, and cables for quick plug-and-play setup Pyxos Network Example HMI Application • Includes all the tools you need to use in conjunction with your existing development tools to create new Pyxos FT applications • RoHS-compliant Description Echelon’s Pyxos™ FT EVK Evaluation Kit is a set of hardware and software tools that you can use to demonstrate the functions and capabilities of Pyxos FT technology and to develop your own devices that incorporate Pyxos FT technology. You can also use the Pyxos FT EVK to develop devices that integrate a Pyxos network with a control network based on the LonWorks® platform. Designed for hardware, software, and firmware engineers, the Pyxos FT EVK Evaluation Kit includes all the tools you need to use in conjunction with your existing development tools to create new Pyxos FT applications. Hardware The Pyxos FT EVK includes four evaluation boards that you can use with the included example application to quickly build a working Pyxos FT network. You can also use the evaluation boards to create your own Pyxos applications. The evaluation boards incorporate a Pyxos FT Network Chip and come with schematics so you can see their designs. The following evaluation boards are included: www.echelon.com ® • The Pyxos FT EV-Pilot Evaluation Board is the controller for the Pyxos EVK network. It contains an Atmel® ARM® AT91SAM7S64 host microcontroller that is connected to, and communicates with, a Pyxos FT Chip. A Pyxos Pilot is responsible for configuring, main- uation Board is a Pyxos Point that serves as a hosted multi-sensor for the Pyxos EVK network. It includes an Atmel AVR® ATtiny13 host microcontroller. The sensors measure temperature, light level, and DC voltage. Pyxos Pilots and Pyxos Points. The example application simulates a room controller network with analog and digital sensors, analog and digital actuators, and a controller running on a Pyxos Pilot. The example also includes a Performance Demo that you can use to demonstrate Pyxos FT network determinism. The example demonstrates several of the major features of the Pyxos platform, including: • Automatic registration of Points • Manual registration of Points • Seamless replacement of Points within the Pyxos FT network • Determinism within the Pyxos FT network • Network security monitoring for the Pyxos FT network taining, and communicating with the Pyxos Points in a Pyxos network. The EV-Pilot can also optionally communicate with LonWorks devices using the included FT 3150® Smart Transceiver. • The Pyxos FT EV-Actuator Point Evaluation Board is a Pyxos Point • The Pyxos FT EV-Nano Point Evaluation Board is a Pyxos Point that serves as a simple unhosted digital sensor and actuator for the Pyxos EVK network. It demonstrates how a Point can participate in a Pyxos FT network without a host microcontroller. The system is powered from a single included power supply that you connect to the EV-Pilot, which then distributes 24VAC link power over the included network cable to the EV Points. • Free-topology wiring with 24VAC link power • Optional connectivity to LonWorks networks Development Tools The Pyxos FT EVK includes software that you can use in conjunction with your host microcontroller development tools to develop applications for Pyxos Pilot and Pyxos Points. The software includes C source code for a Pyxos FT application programming interface (API) that you can The Pyxos FT EVK includes all the cables you need—network cables to connect all the evaluation boards, a USB cable to connect the EV-Pilot to a Windows computer, and an I/O cable to connect the analog output of the EV-Actuator Point to the analog input of the EV-Sensor Point. that serves as a hosted analog and digital actuator for the Pyxos EVK network. It also includes an Atmel ARM AT91SAM7S64 host microcontroller. You can optionally connect the EV-Pilot to a Windows computer using a LonWorks network. A LonWorks connection requires a LonWorks network interface that is not included with the Pyxos FT EVK—the details of this hardware are listed in the System Specifications section. • The Pyxos FT EV-Sensor Point Eval- Example Network Application The Pyxos FT EVK comes with example software that demonstrates a complete control system using the included evaluation boards, and shows how you can use a Windows computer to monitor and control a Pyxos network through a Pyxos Pilot. The software is preloaded in the evaluation boards, and is also included as source code that you can use to learn how to develop Pyxos Example Network Application Block Diagram use with your applications to access a Pyxos network from a Pyxos Pilot, or to interact with a Pyxos Pilot from a Pyxos Point. You can also port this software to www.echelon.com ® other microcontrollers if you are using a microcontroller that is not included with the Pyxos EVK. The software also includes the Pyxos FT Interface Developer utility that simplifies development of Pyxos applications that use the Pyxos API. The EV-Pilot and the EV-Actuator Point Evaluation Boards include a header connector that provides external access to the host microcontroller memory. You can use the JTAG header connector to load a new Pyxos application firmware into the host processor for the EV-Pilot or the EV-Actuator Point. The EV-Sensor Point Evaluation Board includes a connector that provides access to the AVR programmed I/O (PIO) line that you can use to download applications to the Tiny13 processor on the EVSensor Point. You can also use the evaluation boards to test or debug applications for the Pyxos FT platform that use host microcontrollers different from the ones used on the evaluation boards. You can replace the AVR host microcontroller on the EV-Sensor Point Evaluation Board with your own host microcontroller using the Serial Peripheral Interface (SPI) header on the evaluation board. System Specifications PC Requirements Software Hardware Windows XP (plus Service Pack 2 or later) or Windows 2000 (plus Service Pack 4 or later) Minimum: Intel® Pentium® III 500MHz or AMD™ Athlon® 750MHz processor, 128MB RAM, 65MB hard disk space, CD-ROM drive, 1 available USB port Recommended: Intel Pentium 4 1.0GHz or AMD Athlon 1.5GHz processor, 256MB RAM, 100MB hard disk space, CD-ROM or DVD-ROM drive, 3 available USB ports Monitor Display Minimum screen resolution of 1024 x 768 pixels LOnWORkS network Interface Hardware LOnWORkS OpenLDV™ compatible TP/FT-10 network interface such as an Echelon Requirements U10, PCC-10, PCLTA-20, PCLTA-21, or SLTA-10 interface, or an i.LOn® 10, i.LOn 100, or i.LOn 600 server Evaluation Board Specifications All Pyxos FT Evaluation Boards incorporate a Pyxos FT network Chip. Pyxos FT EV-Pilot Pyxos FT EV-Actuator Point Pyxos FT EV-Sensor Point Pyxos FT EV-nano Point Link Power Supply (included): Input Voltage Output Voltage Local Power Supply (not included): Input Voltage Output Voltage Hosted Pyxos Pilot with a 47.9 MHz Atmel ARM AT91SAM7S64 as the host microcontroller. Includes five push buttons, eight LEDs, and a pre-loaded demo application. Also includes an Echelon FT 3150 Smart Transceiver with a ShortStack 2 Micro Server that provides an optional interface to a LOnWORkS network. Hosted Pyxos Point with a 47.9 MHz Atmel ARM AT91SAM7S64 as the host microcontroller. Includes 0 to +3.0VDC analog output, five push buttons, eight LEDs, and a pre-loaded demo application. Hosted Pyxos Point with a 2.4 MHz Atmel AVR ATtiny13 as the host microcontroller. Includes a temperature sensor, light-level sensor, 0 to +3.0VDC analog input, and a pre-loaded demo application. Unhosted Pyxos Point with four general-purpose digital I/Os, in parallel with two push buttons and two LEDs. 100 to 120VAC or 200 to 240VAC; 50 or 60Hz (depending on power option). 24V AC nominal unregulated 100 to 120VAC or 200 to 240VAC; 50 or 60Hz (depending on power option). 9V DC nominal unregulated (see below for individual current requirements of each Evaluation Board) Evaluation Board Input Current* EV-Pilot 100mA EV-Actuator Point 50mA EV-Sensor Point 15mA EV-nano Point 15mA * Does not include the application current for user I/O. www.echelon.com ® Temperature Operating non-operating Dimensions (excluding connectors) EV-Pilot EV-Actuator Point EV-Sensor Point EV-nano Point EMI Compliance 0 to +40°C -20 to +65°C 144mm x 122mm x 22mm 127mm x 120mm x 35mm 79mm x 97mm x 20mm 62mm x 70mm x 16mm FCC Level A; En55022 Level A Documentation The following documentation is included with the Pyxos FT EVk. The brief Quick Start Guide provides a quick introduction on how to install and use the Pyxos FT EVk. It is included in printed and on-line PDF format. All other documents are included only in on-line PDF format. In addition, the evaluation board schematics are also included with the Pyxos FT EVk. Document Pyxos FT EVk Quick Start Guide Pyxos FT EVk User’s Guide Pyxos FT Programmer’s Guide Pyxos FT Chip Datasheet Pyxos FT Chip Databook Introduction to the LOnWORkS System Introduction to Pyxos FT Platform Echelon Part Number 078-0340-01A 078-0342-01A 078-0339-01A 003-0406-01A 005-0188-01A 078-0183-01A 078-0341-01A Ordering Information Product Pyxos FT EVK Evaluation Kit Pyxos FT Evaluation kit (US power supply) Pyxos FT Evaluation kit (Continental Europe power supply) Pyxos FT Evaluation kit (Uk power supply) Pyxos FT Evaluation kit (Japan power supply) Pyxos FT Evaluation Boards Pyxos FT EV-Pilot Evaluation Board (US power supply) Pyxos FT EV-Pilot Evaluation Board (Cont’l Europe power supply) Pyxos FT EV-Pilot Evaluation Board (Uk power supply) Pyxos FT EV-Pilot Evaluation Board (Japan power supply) Pyxos FT EV-Sensor Point Evaluation Board Pyxos FT EV-Actuator Point Evaluation Board Pyxos FT EV-nano Point Evaluation Board Echelon Model Number 11000R-10-11 11000R-10-12 11000R-10-13 11000R-10-14 11200R-11 11200R-12 11200R-13 11200R-14 11210R 11220R 11230R Copyright © 2007-2008, Echelon Corporation. Echelon, LON, LonWorks, LonMark, LonBuilder, NodeBuilder, LonManager, LonTalk, LonUsers, LonPoint, Digital Home, Neuron, 3120, 3150, LNS, i.LON, LonWorld, ShortStack, Panoramix, Panoramix Powered by Echelon, LonMaker, the Echelon logo, and the LonUsers logo are trademarks of Echelon Corporation registered in the United States and other countries. Pyxos, LonLink, LonResponse, LonSupport, LONews, Open Systems Alliance, OpenLDV, LonBridge, Powered by Echelon, LNS Powered by Echelon, LonWorks Powered by Echelon, Networked Energy Services Powered by Echelon, NES Powered by Echelon, and Thinking Inside the Box are trademarks of Echelon Corporation. Other trademarks belong to their respective holders. DISCLAIMER PYXOS FT CHIPS, NEURON CHIPS, FREE TOPOLOGY TWISTED PAIR TRANSCEIVER MODULES, AND OTHER OEM PRODUCTS WERE NOT DESIGNED FOR USE IN EQUIPMENT OR SYSTEMS INTENDED FOR SURGICAL IMPLANT INTO THE BODY, OR OTHER APPLICATIONS INTENDED TO SUPPORT OR SUSTAIN LIFE, FOR USE IN FLIGHT CONTROL OR ENGINE CONTROL EQUIPMENT WITHIN AN AIRCRAFT, OR FOR ANY OTHER APPLICATION THAT INVOLVES DANGER TO HUMAN HEALTH OR SAFETY OR A RISK OF PROPERTY DAMAGE. ECHELON ASSUMES NO RESPONSIBILITY OR LIABILITY FOR USE OF THE PYXOS FT CHIPS, NEURON CHIPS OR FREE TOPOLOGY TWISTED PAIR TRANSCEIVER MODULES IN SUCH APPLICATIONS. ECHELON SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. ECHELON SHALL NOT BE LIABLE TO ANY USER OF THE PYXOS FT CHIPS, NEURON CHIPS, OR FREE TOPOLOGY TWISTED PAIR TRANSCEIVER MODULES FOR ANY LOST PROFITS OR OTHER SPECIAL, CONSEQUENTIAL, INDIRECT, PUNITIVE OR INCIDENTAL DAMAGES, HOWEVER CAUSED ON ANY THEORY OF LIABILITY, ARISING IN ANY WAY OUT OF THE DEVELOPMENT OR DISTRIBUTION OF APPLICATIONS OR SYSTEMS USING SUCH PRODUCTS. 003-0430-01C www.echelon.com