Connect the Starter Kit to your PC and browse the embedded web pages. Then, build your own web pages and flash them with the included utility. AK-S12NE64-A Ethernet Starter Kit for Freescale MC9S12NE64 The provided Java demo allows you to view and control the status of the Starter www.softecmicro.com Kit using just a web browser. Pack your embedded applications with web pages, e-mail support, and more. ® ™ Copyright © SofTec Microsystems . Freescale and the Freescale logo are trademarks of Freescale Semiconductor, Inc. Other products and company names are trademarks or trade names of their respective companies. DC00797 Designed by Core Module and Signal Pins Section • A 112-pin LQFP MC9S12NE64 microcontroller; This area is dedicated to the hosting of the • A 10/100 BaseT integrated RJ45 Ethernet AK-S12NE64-A CM-HCS12NE64 Ethernet Core Module. On the connector; Supported Protocols and Services Ethernet Starter Kit evaluation board, four connector strips are available • An 8 Mbit (1 MByte x 8) serial FLASH memory; with all of the Core Module’s microcontroller • A 4 Kbit (512 Bytes x 8) serial EEPROM; Prototype Area The AK-S12NE64-A Starter Kit includes full source codes of the for Freescale MC9S12NE64 signals. The prototype section features • A 25 MHz crystal oscillator; OpenTCP Open Source project (developed by Viola Systems) The CM-HCS12NE64 Ethernet Core Module is the • A Reset supervisor circuitry; both a standard, thru-hole area together with full documentation for easy porting to your custom heart of the AK-S12NE64-A Starter Kit. It features: • A BDM connector for in-circuit (for mounting traditional application. components) and a SMD area debugging/programming; The OpenTCP Open Source project brings a high-quality TCP/IP The AK-S12NE64-A Starter Kit is an integrated system designed RS-232 Section • Two header connectors to connect to the (for soldering SMD components stack to embedded systems. Entirely written in C, it allows easy in SOIC package). This area contains an RS-232 AK-S12NE64-A evaluation board base with all of to provide the user with a complete, ready-to-use embedded porting to any existing microcontroller platform for which a C the microcontroller’s signals. connector, an RS-232 Ethernet application. The Starter Kit is built around the Freescale compiler is available. transceiver, and two jumpers to MC9S12NE64 microcontroller, which has a built-in, dedicated The OpenTCP Open Source supports the following protocols and connect/disconnect the services: Ethernet peripheral. The Starter Kit demonstrates how effectively SCI0_TXD and SCI0_RXD Motor Section signals to/from the the MC9S12NE family of microcontrollers can be used in This area contains a brushed, • ARP • DNS Client • SMTP Client • TFTP Client microcontroller. real-world embedded Ethernet applications. permanent magnet, 12 V DC • BOOTP • HTTP Server • TCP • UDP motor, together with a 5.0 A The Starter Kit is composed of: • DHCP Client • POP3 Client • IP • ICMP H-bridge motor driver (MC33887). Power Supply Section • A general purpose evaluation board (including LEDs, a DC A series of jumpers allows you This area contains a 12 V DC motor, a temperature sensor, a buzzer, a serial connector, a to connect/disconnect the lines input connector and generates potentiometer, DIP-switches and push-buttons); two regulated voltages: 3.3 V required to interface the H-bridge motor driver to/from DC and 5.0 V DC. The 12 V DC • A “Core Module” board (including the MC9S12NE64 the microcontroller. input voltage is also provided microcontroller, external FLASH and EEPROM memory, an Two additional jumpers are to the board. Ethernet connector and a BDM connector); available to connect/disconnect the motor • An AC power adapter; to/from the H-bridge motor • Ethernet and serial cables; driver. This enables you to drive ATD Reference Section your own DC motor. • Software (including free source code of the TCP/IP stack). This area contains two jumpers A red “FAULT” LED indicates the which allows you to define the H-bridge motor driver’s fault The Starter Kit can be used in two ways: high (VRH) and low (VRL) state. threshold for the MCU internal A 0.5 A auto-restore fuse is • For demonstration purposes. The Starter Kit works as a web A/D converter. present on the 12 V line used to server. Connect the board to your local network and use a power the H-bridge motor standard browser to access HTML pages. A JAVA applet is driver. provided which allows the board to be viewed/controlled LAN Section through a browser. With the provided software utilities you Temperature Section This area contains five LEDs can upload your own HTML pages, images, etc. and access This area contains an NTC (”ACTIVITY”, “LINK”, “SPEED”, temperature sensor and them through any PC in your LAN. “DUPLEX” and “COLLISION”) Starter Kit Package Contents associated amplifier, calibrated which monitor the LAN status. • For user application development. A complete, integrated The AK-S12NE64-A Starter Kit comes with everything you need to start to detect a temperature in the Inputs Section Outputs Section Reset Push-Button Speaker Section developing and debugging your Ethernet application. development environment is provided, which allows you to range 0-50°C. A jumper is This area contains various input This area contains eight The Reset push-button is This area contains a present which enables to write your own software, download it to the MC9S12NE64 • General-purpose evaluation board base; controls: a potentiometer high-efficiency (low-current) directly connected to the piezoelectric speaker with the connect/disconnect the • Ethernet core module; microcontroller and debug it. Downloading and debugging (together with a jumper to LEDs connected to Port A, microcontroller’s RESET pin. appropriate driving circuit. A temperature sensor circuitry connect/disconnect it to/from together with eight jumpers to jumper is present which • AC adapter; your application is possible through a serial monitor to/from the microcontroller’s the microcontroller’s PAD0 pin), connect/disconnect each of the enables the speaker circuitry to • Ethernet cross cable; pre-programmed into the microcontroller. The Starter Kit PAD2/AN2 pin. four push-buttons (connected eight LEDs to/from their be connected/disconnected • Serial cable; includes full source codes of the TCP/IP protocol together with to the microcontroller’s PG3, respective microcontroller’s to/from the microcontroller’s • SofTec Microsystems AK-S12NE64-A “System Software” CD-ROM; full documentation for easy porting to your custom PG2, PG1 and PG0 pins) and Port A pins. PT6/TIM_IOC6 pin. • Metrowerks CodeWarrior for HC(S)12 CD-ROM; eight general-purpose application. • Printed user’s manual. DIP-switches connected to the microcontroller’s Port H and Port G pins.