Instant Internet Evaluation Board II-EVB-600

Transcription

1 Instant Internet Evaluation oard II-EV-00 User Manual Version. International: Connect One Ltd. 0 Atir Yeda Street Kfar Saba, Israel Tel: ---0 Fax: sales@connectone.com USA: Connect One Semiconductors, Inc. 0 S. Winchester lvd. Suite 00 San Jose, CA Tel: (0) - Fax: (0) -0

2 Program License Agreement Program License Agreement The information in this document is subject to change without notice and shall not be construed as a commitment on the part of Connect One. Connect One assumes no liability for any errors that may appear in this document. The software described in this document is furnished under a license agreement and may be used or copied only in accordance with the terms of such a license agreement. It is forbidden by law to copy the software on any medium except as specifically allowed in the license agreement. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, including but not limited to photocopying, recording, transmitting via fax and/or modem devices, scanning, and/or information storage and retrieval systems for any purpose without the express written consent of Connect One. ichip, ATi, and Connect One are trademarks of Connect One Ltd. Copyright Connect One Ltd. All rights reserved. Program License Agreement ii

3 Warranty Statement Warranty Statement Connect One warrants to the Customer that the Products to be delivered hereunder will function in accordance with the specifications published with regard thereto by Connect One, under conditions of normal use and service and when used in accordance with Connect One s instructions, for a period of (twelve) months from shipment by Connect One or its distributor to the customer. Connect One will, at its option, repair or replace Products that fail to perform as aforesaid. The Customer will ship defective Products to be repaired or replaced to Connect One under warranty at Connect One s expense, and Connect One will, at its expense, ship the repaired Products or its replacement to the Customer. In no event will Connect One s liability under the foregoing warranty exceed the purchase price of the defective Products. The warranty set forth above will not apply (i) with respect to defects or damage caused by the use of unauthorized parts, the making of unauthorized repairs or improper use or maintenance, (ii) if service or repairs of the allegedly defective Products have been performed by persons other than qualified persons who have been properly trained to perform the same, (iii) if the allegedly defective Products have been affected by alterations, modifications or other tampering or misuse, (iv) if the allegedly defective Products have been removed from their original packaging prior to sale to the end-user or (v) if the allegedly defective Products have been used otherwise than in accordance with Connect One s instructions. The provisions of the above sections set forth the Customer s sole and exclusive remedies with regard to Product failure. CONNECT ONE MAKES NO OTHER WARRANTIES, EXPRESSED OR IMPLIED, WITH RESPECT TO THE PRODUCTS, INCLUDING UT NOT LIMITED TO ANY WARRANTY OF MERCHANTAILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT OF PATENT OR OTHER INTELLECTUAL PROPERTY RIGHTS. THERE ARE NO OTHER WARRANTIES WITH RESPECT TO THE PRODUCTS ARISING FROM ANY COURSE OF DEALING, USAGE OR TRADE OR OTHERWISE. IN NO EVENT WILL CONNECT ONE E LIALE FOR INDIRECT, SPECIAL OR CONSEQUENTIAL DAMAGES WHETHER UNDER THIS AGREEMENT, IN TORT OR OTHERWISE, OR FOR AN AMOUNT IN EXCESS OF THE ACTUAL AMOUNT PAID Y THE CUSTOMER TO CONNECT ONE FOR THE FAILED PRODUCTS. Warranty Statement iii

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5 Table of Contents TALE OF CONTENTS PROGRAM LICENSE AGREEMENT... II WARRANTY STATEMENT... III PRODUCT OVERVIEW.... ICHIP 0SEC: THE II-EV-00 INTERNET ENGINE.... HOW TO USE THIS MANUAL... GETTING STARTED.... WHAT S IN THE PACKAGE?.... ADDITIONAL DOCUMENTATION.... UNPACKING AND INSTALLING.... CONNECTORS AND SWITCH POSITIONS..... Connectors..... Switches.... LED POSITIONS.... JUMPER SETTINGS.... ILL OF MATERIALS.... SCHEMATICS.... RUNNING THE ICHIPCONFIG UTILITY FOR THE FIRST TIME....0 CONFIGURING FOR CONNECTION Dynamic IP Allocation Fixed IP Configuration... FIRMWARE AND PARAMETERS UPDATE.... LOCAL FIRMWARE UPDATE..... Loading the Firmware from Host..... Loading the Firmware from SPI Flash Memory.... MANAGING PARAMETER FILES..... Saving the II-EV-00 Configuration to an RPF File..... Loading an RPF File... Table of Contents v

6 Product Overview Product Overview Connect One s II-EV-00 with its ichip CO0SEC IP-enables and offloads connectivity tasks from a host processor or host device. II-EV-00 supports effortless integration of many upper layer Internet protocols using either ATi commands or the ichipconfig Utility, both of which are discussed in this document. II-EV-00 features include the ability to stream data over TCP or UDP sockets (up to 0 simultaneous active sockets are available) and manage two listening sockets. In addition, a secure socket (SSL/TLS) is fully supported. Additional features include the ability to send plain-text s; an FTP client, and the SerialNET (Device Server) mode, a plug-and-play operating mode that enables the connection of any device with an RS interface to the Internet, without changing anything on the device s hardware or software.. ichip 0SEC: The II-EV-00 Internet Engine The host processor communicates with the II-EV-00 via Connect One s high-level ATi command set. ATi commands are simple ASCII characters that are sent across the RS interface. The ATi Application Programming Interface (API) requires writing just a few lines of code on the host processor to implement Internet connectivity. ATi commands make it very easy to configure, test, and implement high-level Internet protocols with virtually no understanding of TCP/IP or other Internet protocols. Thanks to the ATi commands, the device only needs to tell the II-EV-00 what task to perform, but not how to perform it. For example, if the device has to send textual , after a one-time short configuration of subject, recipient, mail account, etc., the device sends ATiEOA:<lines of text>. The ichip inside the II-EV-00 establishes a connection or uses the existing one, builds the (headers and content), connects to the SMTP server, and sends the . A status report is sent to the device upon completion. All these actions are completely hidden from the device and only require sending a few characters in addition to the content. This mode of operation is applicable for all features of the II-EV-00.. How to Use this Manual ichipconfig Utility is a front-end Windows-based user interface for the ATi commands. The ichipconfig Utility, combined with the II-EV-00, enables quick and full product configuration, serial-based updating of firmware, and packaging of a parameters file. This functionality is achieved from any device, machine, or system. Note: From this point onward, this manual assumes that you have the ichipconfig Utility installed. The configuration, running and testing of the II-EV-00 is demonstrated via the ichipconfig Utility, although they can also be carried out using ATi commands. For a complete description of the ATi interface and commands, please refer to the ATi Programmer's Manual on the Connect One website: To set up the ichipconfig Utility, please refer to the ichipconfig Utility User Manual Version.. or higher. The latest version of the ichipconfig Utility can be found on the Connect One website: Product Overview

7 Getting Started Getting Started This section describes the content of the II-EV-00 package, provides additional relevant documentation to enhance and fine-tune the II-EV-00 functionality, and includes unpacking and first-time configuration instructions. The final section of this chapter offers several ways to test the II-EV-00 LAN connection.. What s in the Package? The II-EV-00 is a turnkey boxed solution and, as such, is supplied with all necessary accessories. The package includes the following items: II-EV-00 evaluation board RS cable RJ Cat 00aseT cable 0V or 0V power supply Extra ichip CO0SEC. Additional Documentation The II-EV-00 is built around the ichip CO0SEC. Great flexibility in configuration and operation of this product can be achieved via proper use of the ATi commands. For the sake of simplicity, the II-EV-00 configuration and operation is described in this document mainly through the ichipconfig Utility. The ichipconfig Utility and the ichipconfig Utility User Manual can be downloaded from the Connect One website. Note: ecause documentation, utilities and firmware files change from time to time, please be sure to check for the latest version on the Connect One website: Unpacking and Installing The II-EV-00 installation is simple and all the required accessories are supplied with the device. The II-EV-00 is provided pre-configured to work with LAN using COM on the II-EV-00 as host interface. For additional configuration options, see section. Jumper Settings. To install the II-EV-00 and connect it to a LAN network: Connect the RJ cable to the II-EV-00 RJ port. Connect the other end of the cable to a 0/00aseT or 00aseT Ethernet switch or hub. Getting Started

8 Getting Started Connect one side of the RS cable to the II-EV-00 RS COM port and the other side to your device or PC s COM port. Connect the power supply to the DC jack on the II-EV-00 and apply power. The Link LED (orange) on the RJ should now be on and the Activity LED (green) should blink occasionally, reflecting network traffic. To test the connection, use ATi commands or the ichip Config Utility to invoke any of the activities that trigger the ichip to go online and use the Internet or local LAN. Getting Started

9 Getting Started. Connectors and Switch Positions.. Connectors Name Type Function JA HEADER X CO EXTENSION J HEADER X CO EXTENSION JC HEADER X CO EXTENSION JD HEADER X CO EXTENSION J HEADER 0X EI US (for CO) J HEADER 0X EI US (for CO) J HEADER 0X HPI (for CO) J D FEMALE COM0 (for CO) J HEADER X SSC (for CO) 0 J RJ Telephone Line (from Uart) J D MALE COM J RJ 0/00aseT J0 HEADER X TWI J SIM CARD SIM CARD J HEADER X SPI J HEADER X SPI0 J D FEMALE COM J US-A US Host J DC-JACK POWER Supply J US- US Device J LOCK Pin Analog Input J HEADER X MII EXTENSION 0 J0 HEADER X MII EXTENSION Getting Started

10 Getting Started.. Switches Name Type Function SW PUSH OTTOM MSEL SW PUSH OTTOM RESET SW TOGGLE SWITCH POWER On/Off. LED Positions Name Type Function D G.LED RXD0 D G.LED TXD0 D G.LED DTR D G.LED CD D G.LED RXD D G.LED TXD D G.LED RXD D G.LED TXD D R.LED ichip Error 0 D G.LED FW_RDY D R.LED V IO D G.LED DATA READY D R.LED V For US Host D0 R.LED.V Getting Started

11 Getting Started. Jumper Settings Name Setting JP - ONREG Pin=0 working with external core ; - ONREG Pin= working with internal core JP ON External Core (For CO0) JP ON External Core (For CO) JP ON- Enable K Pull-up Resistor On HPI_nWAIT signal. (HPI_Wait_Enable For CO) JP ON- Enable COM0 (only when HPI is disable) (For CO) JP ON Power to J Connector (SSC) (For CO) JP ON- Enable HPI (For CO) JP0 ON- Enable Socket Modem (on Uart) JP ON- Enable COM 0 JP ON Power to J0 Connector (TWI) JP ON- Enable K Pull-up Resistor On TWI_TWD signal. JP ON- Enable K Pull-up Resistor On TWI_TWCK signal. JP ON- Enable SIM CARD JP ON- SIM Card V ; OFF SIM Card V JP ON- Enable SIM Card Interrupt. JP ON Power to J Connector (SPI) JP ON Power to J Connector (SPI0) JP0 ON Enable SPI Flash JP - = COM0ssc ; - = HPI 0 JP - = MII ; - = RMIICOM JP - = S.C ; - = SPI0 JP - = SPI ; - = TWI JP - = LAN_EN ; - = LAN_DIS; JP - = YPASS Rom ;- = ENGAGE Rom Getting Started

12 Getting Started JP - = UHP_EN ; - = UHP_DIS JP ON COM Enable COM_EN JP ON Enable Parallel Flash (For CO). ill of Materials Part Description Designation Quantity Electromagnetic Sound Transducer/RoHS LS Capacitor nf/kv, Size mm C-C Capacitor uf/v, TANTALOM, Case A C0 Capacitor uf/v, TANTALOM, Case A C0 Capacitor uf/v, TANTALOM, Case A C0 Capacitor uf/v, TANTALOM, Case A C-C Capacitor uf/v, TANTALOM, Case A C Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C0 Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C0 Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor 0uF/V,TANTALOM,Case /RoHS C Capacitor pf C00-C0 Capacitor pf C-C Getting Started

13 Getting Started Capacitor pf C0 Capacitor pf C-C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C0-C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C0-C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C Capacitor 00nF, Size 00 C-C0 Capacitor 00nF, Size 00 C0-C0 Capacitor 00nF, Size 00 C-C Capacitor 00nF, Size 00 C0-C0 Capacitor 00uF/0V TANTALOM Case D C-C0 Capacitor 0nF C Capacitor 0nF C-C Capacitor 0nF C Capacitor 0nF C-C Getting Started

14 Getting Started Capacitor 0nF C-C Capacitor 000uF/V Electrolytic/RoHS C-C ichipsec CO, pin LQFP,.v, MHz, RoHS U D-Sub Right Angle, Female pin Connector/RoHS J D-Sub Right Angle, Female pin Connector/RoHS J D-Sub Right Angle, Male pin Connector/RoHS J Connector DC-JACK.mm/RoHS J AS UL-V0; 0.m/m DIA J RJ 0/00aseT Magnetics/RoHS J CON SIM/SMA Holder/RoHS J CONN TERMINAL LOCK POS mm PC/RoHS J CONN US FEMALE TYPE A PC J CONN US FEMALE TYPE PC J Crystal Clock MHz/RoHS Y.0 AMP SILICON RECTIFIERS DIODE/RoHS D0 DIA SURGE SUPPRESSOR (DSS) RV FAST SWITCHING SURFACE MOUNT DIODE/RoHS D-D FAST SWITCHING SURFACE MOUNT DIODE/RoHS D Ultrafast Rectifiers.0A ;0V-00V/RoHS D Header mm Pitch SQ Tail Socket pin,female/rohs UA HEADER x / MALE 00 MIL PITCH J0 HEADER x / MALE 00 MIL PITCH JP-JP HEADER x / MALE 00 MIL PITCH JP-JP HEADER x / MALE 00 MIL PITCH JP-Jp Getting Started

15 Getting Started HEADER x / MALE 00 MIL PITCH JP-JP HEADER x / MALE 00 MIL PITCH JP HEADER x / MALE 00 MIL PITCH JP-JP Header mm Pitch SQ Tail Socket pin,female/rohs UD HEADER x / MALE 00 MIL PITCH J0 HEADER x / MALE 00 MIL PITCH J0 HEADER x / MALE 00 MIL PITCH J HEADER x / MALE 00 MIL PITCH J HEADER x / MALE 00 MIL PITCH J Header mm Pitch SQ Tail Socket pin,female/rohs U-Uc HEADER 0x /MALE 00 MIL PITCH J HEADER 0x/FEMALE00 MIL PITCH/RoHS J-J Low Power High Speed Rail to Rail Amp/RoHS U Low Power High Speed Rail to Rail Amp/RoHS U Low Voltage Audio Power Amplifier/RoHS U SDPT Analog Switch/RoHS U A Step-Down Regulator;Out-.v/RoHS U MIT,uttom-oot v Flash/RoHS U Mbit.V Serial Flash with SPI Interface/RoHS U IC uffer/ldriver Octal/RoHS U IC uffer/ldriver Octal/RoHS U IC uffer/ldriver Octal/RoHS U Octal uffers/drivers With -State Outputs U0 Octal uffers/drivers With -State Outputs U Getting Started 0

16 Getting Started V Octal idirectional Transceiver/RoHS U IC SINGLE INVERTER GATE / RoHS U 0/00 PHY CONTROLLER/RoHS U 00mA Low-Drop Regulator.v/RoHS U0 Adjustable.A LDO Voltage Regulator U RS, Driver/ Receiver v/v,ind/rohs U RS, Driver/ Receiver v/v,ind/rohs U RS, Driver/ Receiver v/v,ind/rohs U v/.v Micro Supervisory Circuit, Ind/RoHS U Smart Card Interface/RoHS U Temp Sence/RoHS U Indactor Unshiled uh.a SMT/RoHS L K-0/RoHS L K-0/RoHS L-L Wound eads,turns:x.; Wire:0. AWG/RoHS L mm Plastic Female Jumper pin/rohs JP mm Plastic Female Jumper pin/rohs JP-JP mm Plastic Female Jumper pin/rohs JP-Jp mm Plastic Female Jumper pin/rohs JP-JP mm Plastic Female Jumper pin/rohs JP0-JP 0 LED-GREEN mm D LED-GREEN mm D-D LED-GREEN mm D LED-RED mm D Getting Started

17 Getting Started LED-RED mm D-D0 Oscillator Clock 0MHz, SMD,Ind/RoHS U POLYSWITCH RXE Series 0.0A Hold/RoHS F Potentiometer 0K Ohm / RohS P Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R0 Resistor Ohm 0% R-R Resistor K R Resistor K R0-R Resistor K R Resistor.K 0% R Resistor.K % R Resistor 0 Ohm 0% R0 Resistor 0K % R Resistor 0K % R0-R Resistor 0K % R Resistor 0K % R-R0 Resistor 0K % R-R Resistor k R Resistor k R Resistor k R0 Getting Started

18 Getting Started Resistor Ohm 0% R Resistor Ohm 0% R Resistor Ohm 0% R-R Resistor Ohm 0% R-R Resistor. Ohm % R-R Resistor 00 Ohm 0% R Resistor 00K 0% R Resistor 00K 0% R Resistor 00K 0% R-R Resistor 00K 0% R-R Resistor 00K 0% R Resistor 00K 0% R Resistor 00 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R-R Resistor 0 Ohm 0% R0 Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R-R Resistor 0 Ohm 0% R-R Resistor 0 Ohm 0% R Resistor 0 Ohm 0% R-R TOGEL SW ON/OFF-SPDT-0D/RoHS SW SW-TACK/RoHS SW-SW Getting Started

19 Getting Started. Schematics Getting Started

20 COREA U. U. U. U. U. U. U. C 00NF C 00NF C 00NF C 00NF C0 0UF/V C 00NF C 00NF C 00NF C 0UF/V D U.0 U. U. U. U. U. U. D VREF KHM0 L C ADVREF 00NF PLLA COREA KHM0 A L JMP JP ONREG A PLLA COREA JP EXT_CORE C 00NF C C C PF MHz Y UA ONREG IO IO IO A VREF PLL CORE CORE CORE CORE C PF -RESET DDM DDP XIN XOUT RES DDM DDP SPI0_MISO/SC_CLK/PIOC SPI0_MOSI/SC_C/PIOC SPI0_SPCLK/SC_C/PIOC SPI0_CS/SC_RST/PIOC SPI_MISO/SC_IO/PIOC SPI_MOSI/SC_INT/PIOC SPI_CLK/IC_TWD/PIOC0 SPI_CS/IC_TWCK/PIOC 0 SPI0MISO_SCCLK SPI0MOSI_SCC SPI0CLK_SCC SPI0CS_SCRST SPIMISO_SCIO SPIMOSI_SCINT SPICLK_ICTWD SPICS_ICTWCK HDM HDP HPID_ADC HPID_SCLK0 FW_RDY MSEL ICHIP_ERR DATA_READY_FIQ IRQ0 TXD RXD C TD C R TD 0 HDM HDP ADC/PIOC PIOC F/W_RDY/TCLK0/PIOC MSEL/TIOA0/PIOC ichip_error/tio0/pioc DATA_RDY/FIQ/PIOC IRQ0/PIOC TXD/PIOC RXD/PIOC LFT TST MII_ERXCK/RXD/PIO MII_ETX/DTR/PIO MII_ETX/DCD/PIO MII_ETXER/TXD/PIO MII_ERX/DSR/PIO MII_ERX/RI/PIO MII_ECRS/CTS/PIO MII_ECOL/RTS/PIO MII_ETXCK/RMII_REFCLK/PIO0 MII_ETXEN/PIO MII_ETX0/PIO MII_ETX/PIO MII_ERXDV/RMII_CRSDV/PIO MII_ERX0/PIO MII_ERX/PIO MII_ERXER/PIO MII_EMDC/PIO MII_EMDIO/PIO IRQ/RMII_EF00/PIO ERXCK_RXD ETX_DTR ETX_DCD ETXER_TXD ERX_DSR ERX_RI ECRS_CTS ECOL_RTS EREFCK ETXEN ETX0 ETX CRSDV ERX0 ERX ERXER EMDC EMDIO IRQ A TD R 0 CO0 IO IO IO A CORE CORE CORE CORE 0 CPU 0 A Title IIEV-00 A Size Document Number Rev. Date: Tuesday, January 0, 00 Sheet of

21 CORE JP EXT_CORE U. U. U. U. U.0 U.0 CORE U. U.0 U. U. D C A EI_D[0..] EI_A[0..] EI_nRD_nOE EI_nWR0 EI_nWR_nU EI_nCS0 EI_nWAIT EI_CS/A0 EI_D0 EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D0 EI_D EI_D EI_D EI_D EI_D EI_A0 EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A0 EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_nCS0 EI_nWAIT EI_CS/A0 PF C PF R TD MHz Y -RESET DDM DDP HDM HDP R R R R0 R R R R R R R R R R0 R R R R R R R R R R0 R R R R R R R R R R0 R R EI_nRD_nOE R EI_nWR0 R EI_nWR_nU R C TD C C0 R R ONREG DDM DDP HDM HDP R0 0 U XIN XOUT D0 D D D D D D D D D D0 D D D D D RES DDM 0 DDP HDM HDP LFT TST CO ONREG EI_D0/PIOA0 EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D0/PIOA0 EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA EI_D/PIOA A0 A EI_A0/NL/PIOA A EI_A/PIOA A EI_A/PIOA 0 A EI_A/PIOA A EI_A/PIOA0 A EI_A/PIOA A EI_A/PIOA A EI_A/PIOA A EI_A/PIOA A0 EI_A/PIOA A EI_A0/PIOA 0 A EI_A/PIOA 0 A EI_A/PIOA 0 A EI_A/PIOA 0 A EI_A/PIOA0 0 A EI_A/PIO0 0 A EI_A/PIO 0 A EI_A/PIO 0 A EI_A/PIO EI_A/PIO IO 0 IO 0 IO IO IO IO nrd nwr EI_RD/EI_OE/PIO HE EI_RW0/EI_WE/PIO EI_RW/EI_U/PIO ncs0 nwait EI_CS0/PIO EI_WAIT/PIO R CS_A0 EI_CS/EI_A0/PIO0 IO IO IO IO IO IO 0 PLL A A A PLL 0 CORE CORE CORE CORE HPI_WAIT/ERR/SSC_RD/PIOC0 HPI_D0/SSC_TD/PIOC HPI_D/SSC_TK/PIOC HPI_D/SSC_RK/PIOC 0 HPI_D/SSC_TF/PIOC HPI_D/SSC_RF/PIOC HPI_D/ADC/PIOC CORE CORE CORE CORE ADVREF 0 HPI_D/SCLK0/PIOC HPI_D/RTS0/PIOC HPI_RD/DSR0/PIOC HPI_WR/CTS0/PIOC0 HPI_CS/RXD0/PIOC HPI_IF/DTR0/PIOC HPI_OE/TXD0/PIOC SPI0_MISO/SC_CLK/PIOC SPI0_MOSI/SC_C/PIOC SPI0_SPCLK/SC_C/PIOC SPI0_CS/SC_RST/PIOC SPI_MISO/SC_IO/PIOC SPI_MOSI/SC_INT/PIOC SPI_CLK/IC_TWD/PIOC0 SPI_CS/IC_TWCK/PIOC F/W_RDY/TCLK0/PIOC MSEL/TIOA0/PIOC 0 ichip_error/tio0/pioc DATA_RDY/FIQ/PIOC IRQ0/PIOC TXD/PIOC RXD/PIOC 0 MII_ERXCK/RXD/PIO MII_ETX/DTR/PIO MII_ETX/DCD/PIO MII_ETXER/TXD/PIO MII_ERX/DSR/PIO MII_ERX/RI/PIO 0 MII_ECRS/CTS/PIO MII_ECOL/RTS/PIO MII_ETXCK/RMII_REFCLK/PIO0 MII_ETXEN/PIO MII_ETX0/PIO MII_ETX/PIO MII_ERXDV/RMII_CRSDV/PIO MII_ERX0/PIO MII_ERX/PIO MII_ERXER/PIO MII_EMDC/PIO MII_EMDIO/PIO 00 IRQ/RMII_EF00/PIO0 0 NC NC NC NC A ERXCK_RXD ETX_DTR ETX_DCD ETXER_TXD ERX_DSR ERX_RI ECRS_CTS ECOL_RTS EREFCK ETXEN ETX0 ETX CRSDV ERX0 ERX ERXER EMDC EMDIO HPID_SCLK0 HPID_RTS0 HPIRD_DSR0 HPIWR_CTS0 HPICS_RXD0 HPIIF_DTR0 HPIOE_TXD0 SPI0MISO_SCCLK SPI0MOSI_SCC SPI0CLK_SCC SPI0CS_SCRST SPIMISO_SCIO SPIMOSI_SCINT SPICLK_ICTWD SPICS_ICTWCK FW_RDY MSEL ICHIP_ERR DATA_READY_FIQ IRQ0 TXD RXD IRQ C 00NF U. HPInWAITERR_SSCRD HPID0_SSCTD HPID_SSCTK HPID_SSCRK HPID_SSCTF HPID_SSCRF HPID_ADC KHM0 L0 C 00NF C 00NF C 00NF U. U. U. U.0 U. SPICLK_ICTWD SPIMISO_SCIO SPI0CLK_SCC SPI0MISO_SCCLK A A nwait HE nrd A A A A -RESET HPID_SCLK0 HDM DDM HPIIF_DTR0 HPIWR_CTS0 HPID_RTS0 HPID_SSCTF HPID_SSCTK HPInWAITERR_SSCRD ADVREF ADVREF A C 00NF C0 00NF U. C 00NF U. JD C UF/V L KHM0 KHM0 L 0 0 HEADER X C 00NF JA CS_A0 ncs0 nwr A A A A HEADER X C UF/V IRQ EMDC ERX CRSDV ETX0 EREFCK ECRS_CTS ERX_DSR ETX_DCD ERXCK_RXD SPICS_ICTWCK U. SPIMOSI_SCINT SPI0CS_SCRST SPI0MOSI_SCC IRQ0 HDP DDP C 00NF A0 A A A A A0 D U. ICHIP_ERR FW_RDY HPIOE_TXD0 HPICS_RXD0 HPIRD_DSR0 HPID_SSCRF HPID_SSCRK HPID0_SSCTD HPID_ADC A Title IIEV-00 C 00NF JC TXD U. HEADER X D D0 D D D D D0 CPU EXTENSION C 00NF U. C C 00NF 0UF/V A A A A A A D J EMDIO ERXER ERX0 ETX HEADER X PLL CORE KHM0 ETXEN ECOL_RTS ERX_RI ETXER_TXD ETX_DTR 0 0 C UF/V D D D D D D D C 00NF DATA_READY_FIQ MSEL RXD L D C A TD A Size Document Number Rev. Date: Tuesday, January 0, 00 Sheet of

22 EI_D[0..] EI_A[0..] D D J C EI_nCS0 JP EI_nCS0 JUMPER R 00K EI_nWR0 EI_nRD_nOE EI_nWR0 EI_nRD_nOE EI_A EI_A EI_A EI_A EI_A EI_A 0 EI_A EI_A EI_A EI_A0 EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A U LV00TT-0EC TSOP A0 A A A A A A A A A A0 A A A A A A A A CE WE OE VCC YTE RESET C 00NF DQ0 DQ DQ DQ DQ DQ 0 DQ DQ DQ 0 DQ DQ0 DQ DQ DQ DQ DQ/A RY/Y EI_D0 EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D EI_D0 EI_D EI_D EI_D EI_D EI_D EI_nWR_nU EI_D EI_D EI_D EI_D EI_A0 EI_A EI_A EI_A EI_A EI_A0 EI_A EI_A EI_A EI_A EI_D EI_D EI_D EI_D HPICS_RXD0 HPIWR_CTS0 HPIRD_DSR0 HPID_SCLK0 ERXCK_RXD ECRS_CTS ERX_DSR IRQ0 SPI0MOSI_SCC SPI0CS_SCRST ICHIP_ERR ERX_RI -RESET EI_nWR_nU EI_nRD_nOE EI_nCS HEADER 0X FEM J EI_D EI_D EI_D0 EI_D EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_A EI_nCS EI_D EI_D EI_D EI_D0 HPIOE_TXD0 HPID_RTS0 HPIIF_DTR0 MSEL ETXER_TXD ECOL_RTS ETX_DTR DATA_READY_FIQ SPI0MISO_SCCLK SPI0CLK_SCC EI_nWAIT RESET IRQ EI_A U FW_RDY EI_nWR0 EI_CS/A0 C 00NF NCS0 EI_CS/A0 C HEADER 0X FEM C 0UF/V A A EI US PARALLEL FLASH (OMLY FOR CO) Title IIEV-00 Size Document Number Rev. Date: Tuesday, January 0, 00 Sheet of

23 D HPIOE_TXD0 HPIIF_DTR0 HPID_RTS0 HPICS_RXD0 HPIRD_DSR0 HPIWR_CTS0 C 0NF C 0NF ENALE_RS0 TXD0 -DTR0 -RTS0 RXD0 -DSR0 -CTS0 U C TIN TIN TIN 0 ROUT ROUT ROUT ROUT ROUT ROUT C C- C- VCC FORCEON FORCEOFF C 00NF TOUT TOUT 0 TOUT RIN RIN RIN RIN RIN INVALID V V- 0NF C C 0NF TXD0 -DTR0 -RTS0 RXD0 -DSR0 -CTS0 -DTR0 TXD0 -CTS0 RXD0 -RTS0 -DSR0 0 J D FEM RS TO COM0 HPID0_SSCTD HPID_SSCTK HPID_SSCRK HPID_SSCTF HPID_SSCRF HPID HPID_SCLK0 HPID_RTS0 C 0 U VCC A A A A A A A A HCT 0 DIR OE 00NF HOST_D0 HOST_D HOST_D HOST_D HOST_D HOST_D HOST_D HOST_D HOST_RD HPICS_RXD0 00K 00K 00K 00K 00K R R R R R 00K R 00K R 00K 00K R0 R R 0K HOST_D0 HOST_D HOST_D HOST_D HOST_CS HOST_WR HOST_IF HPI INTERFACE J HEADER 0x 0 0 HOST_D HOST_D HOST_D HOST_D HOST_RD HOST_WAIT HOST_OE D C R 00K SPECA C C JP JUMPER nhpi_control HPInWAITERR_SSCRD HPIIF_DTR0 HPIOE_TXD0 HOST_RD HOST_WR HOST_CS U VCC A Y A Y A Y A Y A A A A 0 Y Y Y Y 00NF JUMPER JP HOST_IF HOST_OE HPICS_RXD0 HOST_WAIT HPIRD_DSR0 HPIWR_CTS0 HPICS_RXD0 U 0 C0 00NF 0K R nhpi_control OE OE LV 0 TXD0 RXD0 ENALE_RS0 nenale_rs0 A VCC Y A Y A Y A Y A A A A G G LVX0M 0 Y Y Y Y nenale_rs0 R 0 D G.LED R 0 D G.LED HPInWAITERR_SSCRD HPID_SSCTK HPID_SSCTF JUMPER J 0 JP HEADER X MALE HPID0_SSCTD HPID_SSCRK HPID_SSCRF JUMPER JP A SSC INTERFACE HPI SSC UART0 (OMLY FOR CO) A Title IIEV-00 Size Document Number Rev. Date: Monday, April, 00 Sheet of

24 D D C C A A RING TIP SPKR -DTR -DCD -DSR TXD RXD -RTS -RI -CTS -DTR -DCD -DSR TXD RXD -RTS -RI -CTS -DTR -DSR -CTS -RTS RXD TXD -CD -RI -RI -CD TXD RXD -DTR -CTS -DSR -RTS DTR nen_com_led RXD EN_EXT_COM nen_com_led EN_EXT_COM TXD TXD CD DTR CD RXD nen_modem EN_MODEM nen_modem EN_MODEM -RESET V ERXCK_RXD ERX_RI ETX_DCD ETX_DTR ERX_DSR ECRS_CTS ETXER_TXD ECOL_RTS ERXCK_RXD ERX_RI ETX_DCD ETX_DTR ERX_DSR ECRS_CTS ETXER_TXD ECOL_RTS SPI0CLK_SCC SPI0MISO_SCCLK SPI0MOSI_SCC SPI0CS_SCRST SPICLK_ICTWD SPIMISO_SCIO SPIMOSI_SCINT SPICS_ICTWCK Title Size Document Number Rev Date: Sheet of. IIEV-00 MODEM UART Tuesday, January 0, 00 Title Size Document Number Rev Date: Sheet of. IIEV-00 MODEM UART Tuesday, January 0, 00 Title Size Document Number Rev Date: Sheet of. IIEV-00 MODEM UART Tuesday, January 0, 00 PHONE FOR COM U LVX0M U LVX0M G 0 G VCC 0 A A A A A A A A Y Y Y Y Y Y Y Y C NF/KV C NF/KV R0 0 R0 0 J RJ J RJ C 0NF C 0NF U SPECA U SPECA RIN RIN RIN TOUT TOUT 0 TOUT ROUT ROUT ROUT TIN TIN TIN INVALID FORCEOFF VCC C C- C C- V V- FORCEON ROUT 0 RIN RIN ROUT ROUT C 00NF C 00NF C 00NF C 00NF R /00 R /00 R 0 R 0 C 0NF C 0NF R 00K R 00K C 0UF/V C 0UF/V R 0 R 0 C 00NF C 00NF R /00 R /00 D G.LED D G.LED C 00NF C 00NF C0 00NF C0 00NF C 0NF C 0NF JP JUMPER JP JUMPER LS HPE0 LS HPE0 D G.LED D G.LED RV DSS-0L RV DSS-0L C 0UF/V C 0UF/V LV U0 LV U0 Y Y Y Y Y Y Y Y A A A A A A A A VCC 0 OE 0 OE JP0 JUMPER JP0 JUMPER D G.LED D G.LED L L C 00NF C 00NF J D MALE J D MALE 0 R 00K R 00K R 00K R 00K R 0 R 0 R 0 R 0 C NF/KV C NF/KV - G P V G U LM - G P V G U LM C 00NF C 00NF C 0NF C 0NF U MT000SMI U MT000SMI TIP RING SPKR A VCC -RTS RXD TXD -RI -DSR -CTS -DCD -DTR 0 D TXLED DTRLED RXLED 0 DCDLED -PULSE -RDL D -RESET MICV SM SM SM SM SM SM 0 SM SM D G.LED D G.LED

25 R 0K C D C IRQ NC R AutoMDIX unable R 0K R 0 U E/D R0 0K OUT 00NF F00-0MHZ EREFCK CRSDV 00NF 00NF -RESET R R 00NF K C ETX ETX0 ETXEN K C C R 0 ERX ERX0 ERXER EMDC EMDIO U REF_CLK/XT TX TX TX TX0 TX_EN TX_CLK/ISOLATE RXD/PHYAD RXD/PHYAD RXD/PHYAD RXD0/PHYAD0 RX_CLK/0TSER RX_DV/TESTMODE TX_ER/TXD RX_ER/RXD/RPTR COL/RMII CRS/PHYAD MDC MDIO MDINTR DISMDIX PWRDWN RESET DMA XT TX RX TX- RX- AR AR AT A A A GRESG GRES LEDMODE LED0/OP0 LED/OP LED/OP CALESTS/LINKSTS NC A KHM0 A A 00NF C 00UF/V 00UF/V A C C0 00NF C R.K% L 0 R R R. %. % C A 00NF R R. %. % C 00NF A A C 00NF A C 00NF A J TDP TDN RDP TCT RCT RDN NC SHILD 0 SHILD D D D D ERNI D C SPEED ACT_LNK 0 R 0 R IRQ0 CRSDV ECOL_RTS EMDIO J0 0 HEADER X MALE IRQ ERXER ECRS_CTS EMDC ERX_DSR ERX0 ETXER_TXD EREFCK ETX_DTR ETX0 J HEADER X 0 ERX_RI ERX ERXCK_RXD ETXEN ETX_DCD ETX A A C0 UF/V RMII INTERFACE Title IIEV-00 Size Document Number Rev. Date: Sunday, April 0, 00 Sheet of

26 C0 D C JUMPER JP R 0K SPIMOSI_SCINT JUMPER JP JUMPER JP R R R R 0K SPIMISO_SCIO SPI0CLK_SCC SPI0MOSI_SCC SPI0MISO_SCCLK SPI0CS_SCRST NC NC NC U PWR CS NC/NO V/V READY ALARM CARD DATA AUXIN AUXIN CIN RIN 0 VIN C0 PRES VCC C C- I/O 0 AUX AUX CLK RST LTC 00NF 0 R C0 UF/V SIM C SIM_IO SIM_C SIM_C SIM_CLK SIM_RST 00NF C 0UF/V J SIM CARD 00NF OS A0 A A SDA SCL SPICLK_ICTWD SPICS_ICTWCK U LMA JP JUMPER R0 0K R 0K JP JUMPER JP JUMPER J0 CON TWI INTERFACE D C JP JUMPER SPIMISO_SCIO SPI0CLK_SCC SPI0MOSI_SCC SPI0MISO_SCCLK SPI0CS_SCRST R R R0 R R R NC SIM_IO NC SIM_C NC SIM_C NC SIM_CLK NC SIM_RST NCSIM SPIMISO_SCIO SPIMOSI_SCINT SPICLK_ICTWD SPICS_ICTWCK J CON SPI INTERFACE SPI0CS_SCRST JP0 JUMPER SPI0CLK_SCC SPI0MISO_SCCLK SPI0MOSI_SCC C U 00NF MP0-A CLK_IN SO SI CS R 00K HOLD WP SPI0MISO_SCCLK SPI0MOSI_SCC SPI0CLK_SCC SPI0CS_SCRST JP JUMPER J CON A SPI0 INTERFACE A SPI0 FLASH SPI TWI SIM INTERFACE Title IIEV-00 Size Document Number Rev. Date: Wednesday, January, 00 Sheet of

27 R R00 R0 R0 R0 R0 R0 NC NC NC NC NC NC NC JP JP JP JP JP D HPIIF_DTR0 ETXER_TXD SPI0MISO_SCCLK SPI0CS_SCRST EMDIO EMDC ICHIP_ERR D JMP JP JMP JP JMP JMP JMP JMP JMP R0 R0 R0 R0 R0 R R K K K K K K K C C 00NF C TXD RXD DATA_READY_FIQ ICHIP_ERR FW_RDY EN_COM nen_com U A A A A A A A A G G 0 VCC Y Y Y Y Y Y Y Y C 00NF nen_com D G.LED D R.LED D G.LED R 0 D D G.LED G.LED R 0 C 0NF C 0NF TXD TXD RXD RXD JP EN_COM JUMPER R 00K VCC U C V C- V- C C- TIN TOUT TIN TOUT 0 TIN TOUT 0 ROUT ROUT RIN ROUT RIN ROUT RIN ROUT RIN ROUT RIN FORCEON INVALID FORCEOFF SPECA 0NF C C 0NF TXD RXD TXD RXD 0 J D FEM RS TO COM0 A LVX0M 0 R NC R R0 0 NC R R NC 0 R 0 A UART CONFIGURATION PINS Title IIEV-00 Size Document Number Rev. Date: Tuesday, January 0, 00 Sheet of

28 D J V TP C0 00NF R0 K F RXE00 0UF/V V C R C PF HDM C 00NF HDM R 00 R 00 LT0CM VOUT CASE ADJ U VIN VIN R 0 D0 R.LED C 00NF 0K R - U AD00 R 0K.V TP EXT_CORE 0UF/V C U0 VOUT VIN EN TPS C 0NF D C US-A DDM DDP DDM DDP C00 PF R K R C0 PF R R C PF HDP J HDP US- R NC MSEL.V TP R 0 000UF/V D C R.LED C 00NF A L UH/A C0 D MUR FEEDACK OTPUT P S ON/OFF A C0 U VIN LMHVS-. A VIN 000UF/V C D0 N00 C 00NF SW SWITCH TP J DC-JACK C TACK_SW SW HPID_ADC nhpi_control U TSA COM IN 00NF A NO NC HPID A 00NF AD00 - UA LL D LL D C0 PF R K J CON A LL D TACK_SW SW R.K C0 UF/V C0 00NF U MR PFI VCC NC RESET RESET PFO SP0RCN RESET -RESET UA AD00 - ADVREF A A U AD00-0UF/V D C0.V A A A A R NC R 0 R NC P POT OPTIONAL Title USPOWERRESET ANALOG INPUT A A Size Document Number Rev. Date: Tuesday, January 0, 00 Sheet of

29 Getting Started. Running the ichipconfig Utility for the First Time This section describes how to start running the ichipconfig Utility. To start the ichipconfig Utility:. Select Programs > ConnectOne > ichipconfig from Windows Start menu. The ichip Configuration Tools window is displayed:. Select the desired operation by clicking the appropriate icon. When an icon is selected (except Exit), the ichipconfig utility attempts to locate the II-EV-00 on one of the PC s COM ports at the default baud rate of 00. If the II-EV-00 is not located, the Serial Settings dialog box is displayed: Getting Started

30 Getting Started This dialog box is also displayed if you select Serial Ports from the menu bar.. From the Serial Port drop-down list, select the port to which the II-EV-00 is attached.. In the aud Rate area: Select the exact aud Rate used by the II-EV-00. -or- Select Scan if you don t know the baud rate. If Scan is selected, ichipconfig Utility runs through the different baud rates until the correct baud rate to be used is found. The following message is displayed: Note: If ichipconfig Utility still fails to find the II-EV-00, make sure that there are no applications open, such as Palm HotSync, occupying the port; switch to a different COM port and try Scan again. After ichipconfig has found the baud rate, you can easily change it by opening the Serial Settings dialog box and selecting the desired baud rate..0 Configuring for Connection To be part of the LAN, the II-EV-00 needs basic LAN settings, such as IP Address, Subnet and Gateway IP address. There are two ways to configure this set of parameters for II-EV-00: Dynamic IP Allocation (Via DHCP) Fixed IP Configuration (Via User Assignment) Getting Started

31 Getting Started.0. Dynamic IP Allocation y default, the II-EV-00 is configured to gain LAN access via DHCP. Therefore, if a DHCP server is present, there is no need for additional configuration. Specific configuration for acquiring LAN settings via DHCP can be carried out from the Quick Configuration window in the figure below:. Select the Use DHCP check box and click Save.. To activate these settings, recycle power to the II-EV-00. Note: II-EV-00 supports DHCP Server extensions. This means that if your server s assignees have additional LAN settings, such as SMTP server, the II-EV-00 automatically configures and uses these settings..0. Fixed IP Configuration To configure the II-EV-00 to work with a fixed IP address, the following parameters should be configured:. Use the Quick Configuration screen to set the following parameters: Getting Started

32 Getting Started IP Address (DIP): Set it to the IP address you want the II-EV-00 to have. Subnet (SNET) IP Gateway (IPG). Click Save and recycle power to the II-EV-00. These settings can also be configured using the following ATi commands: ATiDIP ATiSNET ATiIPG A detailed description of these commands can be found in the ATi Programmer's Manual. Getting Started

33 Firmware and Parameters Update Firmware and Parameters Update This section describes the II-EV-00 local firmware and parameters update capabilities using the ichipconfig utility. It also describes how to create and use parameter files (*.RPF).. Local Firmware Update The II-EV-00 can be updated locally in one of two ways. You can upload the firmware directly from the host (PC, in our case) via the RS interface, or from the external flash memory provided on the II-EV-00 via the SPI interface... Loading the Firmware from Host To load the ichip firmware from host memory via the RS serial interface, you need to obtain the RAM version of the firmware flavor you wish to install from Connect One. The RAM version is provided as two separate files: a version.hdr file and a version.dat file. The following procedure assumes that you have a host application running on your PC, in which you insert appropriate lines of code, as detailed below.. Power up the II-EV-00 and assert the MSEL pin for at least seconds.. Use the connected UART at a baud rate between 00 and 00 to send a capital U character to the ichip. Wait for a > prompt.. Send a capital L and wait for a > prompt.. Send the version.hdr file and wait for a > prompt.. Send the version.dat file.. The firmware is now loaded into ichip s RAM and ready for use... Loading the Firmware from SPI Flash Memory. Invoke the ichipconfig utility. Miscellaneous Operational Features

34 Firmware and Parameters Update. Click Tools > CO/0 Monitor Mode.. In the dialog box displayed, select the SPI Flash Mbit check box and click OK.. Wait for the utility to finish loading FPRO into ichip s RAM.. Power up the II-EV-00 while holding down the MSEL switch for at least seconds and OK the dialog box. Miscellaneous Operational Features

35 Firmware and Parameters Update. In the dialog box displayed, click the FW Update button.. In the dialog box that appears, select the.imf image file of the firmware you wish to upload and click Open. Miscellaneous Operational Features 0

36 Firmware and Parameters Update. Click Yes when prompted.. The following screen appears: 0. Click OK on the Image file loaded successfully dialog box. The firmware is loaded into the SPI flash memory. When you reset the ichip, it automatically loads the firmware from flash memory into its internal RAM.. Managing Parameter Files Parameters for the II-EV-00 are stored in *.RPF files. Parameter files can be used to save current configurations to be loaded for later use or to automate product distribution. Miscellaneous Operational Features

37 Firmware and Parameters Update.. Saving the II-EV-00 Configuration to an RPF File The parameters stored in the II-EV-00 can be saved to a Remote Parameter File (RPF) or loaded from an RPF file onto the II-EV-00. To save the current configuration to an RPF file:. Click the Full Configuration icon. The II-EV-00 Full Configuration window is displayed.. Click File > Save as RPF File in the Full Configuration window. The RPF Parameters dialog box is displayed:. Configure the following parameters and click OK: Select the Start from factory defaults check box if you want to save the factory default settings as your new parameters. Do not select the Start from factory defaults check box if you want to save your current configuration (except for parameters) in the RPF file. Group - Not relevant Destination Chip Serial Number - Not relevant.. Loading an RPF File To load an RPF file onto the ichip:. Select File > Load RPF file from the ichipconfig menu. The Open dialog box is displayed: Miscellaneous Operational Features

38 Firmware and Parameters Update. rowse to the appropriate RPF file and click Open. All the parameters from the RPF file are loaded onto the II-EV-00.. If an illegal parameter value has been assigned, ichipconfig Utility displays the illegal parameter and offers to save it to a log file. Enter a new valid parameter value and Load/Save the RPF file again. Miscellaneous Operational Features