EDK312C

DATA SHEET Dolphin Developer’s Kit EDK 300 and EDK 300C EDK 300 – the developer’s kit for EnOcean Dolphin modules. Your simple entry to bidirectional energy harvesting wireless technology. It offers both plug’n play features and the possibility to start complex hardware and software design for new products based on EnOcean’s Dolphin platform. EDK 300 (868 MHz) and EDK 300C (315 MHz) supports OEM development with:  TCM 3x0 for line powered applications  STM 300 for self-powered applications Following extension kits are available:  EDK 310 with STM 310 as a all in-one solution for solar powered applications  EDK 312 with STM 312 and ECT 310 for thermo powered applications EDK 300 supports line powered applications based on TCM 3x0 and self-powered applications based on STM 3xy modules including energy conversion and storage. EnOcean modules come already with a predefined feature set for energy management, data acquisition, data processing and wireless data transmission. User specific applications can be implemented based on the new application programming interface (API). Key features STM 300 evaluation board  Supports ISO/IEC 14543-3-10:2012  Designed for battery less concepts with multiple energy harvesters  Onboard solar cell and energy management  Additional plug-ins for external solar, thermo, push button, piezo and vibration harvesters Key features TCM 3x0 evaluation board  Supports ISO/IEC 14543-3-10:2012  Transceiver for line powered applications e.g. switching actuator, gateway and repeater  Programmer interface for customer specific applications  Two slots for TCM 300 and TCM 320 module  Easy prototyping of customer specific HW with patch area, jumpers and pin connectors for all signals  LEDs for I/O pins, PWM and RSSI  Supports all operation modes of TCM 3x0  Detailed Application notes and FW examples © 2012 EnOcean | www.enocean.com  Multiple energy storages: onboard short-/long term capacitor (gold-/supercap)  Onboard temperature sensor, brightness sensor, potentiometer and energy storage voltage measurement circuit  Signal LEDs for output signals  Easy prototyping of customer specific HW with patch area, jumpers and pin connectors  Default FW supports all STM 300 sensor features e.g. data acquisition and transmission  Programmer interface for customer specific applications  Detailed Application notes and FW examples Subject to modifications | May 2012 DATA SHEET Benefits for developers Development process  Plug and play development kit for the EnOcean Dolphin EO3000i platform  Supports software and hardware development User Source Code DolphinStudio  Comprehensive PC software for fast and easy actuators API Config.files Keil Compiler  Competitive advantage over battery-powered wireless solutions  Technical support via Email and Forum API Library Keil Linker  EnOcean is the wireless standard for sustainable buildings Controlled from Keil IDE development of self-powered sensors and EOPX PostBuild PostBuild.txt Prg Area (hex file) Cfg Area (hex file) EDK 300(C) content  1x EVA 300 (TCM 3x0) evaluation board  1x EVA 320 (STM 300) evaluation board DolphinAPI Application programming interface to implement customer specific firmware based on the comprehensive Dolphin platform.  1x TCM 300 with adapter board  1x STM 300 with adapter board  1x TCM 320  1x PTM 2x0 with test rocker  2x USB cable DolphinView New tool to visualize EnOcean radio nodes, receive/send and analyze radio telegrams. Get detailed radio information like sub-telegram timing and signal strength. DolphinView supports remote management (ping, query and remote learn) and Smart Ack. DolphinStudio Powerful PC program for configuration (e.g. RF parameters and IO Pin configuration) and programming of Dolphin chip based modules. © 2012 EnOcean | www.enocean.com  2x EOP 300 programmer  1x Package leaflet with download links for documentation and software tools Type Ordering Code EDK EOP EDK EDK S3004-X300 (S3034-X300) S3005-X310 S3004-X310 (S3034-X310) S3004-X312 (S3034-X312) 300(C) 300 310(C) 312(C) Subject to modifications | May 2012