SEBVMG03VMG03

FCC submission Product Manual October 21, 2004 Medic4All Ltd. POB 4222 Petach Tikva, Israel 49000 Medic4All TELEMEDICINE SOLUTIONS MiniGate™ - VMG03 Operation Manual MiniGate™ is an IP-based USB gateway. Plugging MiniGate™ into a standard USB port activates its software and displays data generated by Medic4All’s wireless vital signs monitors on the computer screen. With an Internet connection, measurement data can be sent directly and securely to a monitoring center and/or to a web medical file. Ref: OM-111v1 Copyright © 2004 by Medic4All ® AG. All rights reserved Copyright Notice The information in this document is subject to change without prior notice and does not represent a commitment by Medic4All ® Ltd. This publication may not be reproduced in whole or in part, printed, stored in a retrieval system, distributed in electronic form or otherwise, including photocopying and recording for any purpose other than the personal use of Medic4All’s customer, without the written permission of Medic4All ® . All other products are trademarks or registered trademarks of their respective holders and should be noted as such. Copyright © 2003 Medic4All ® , Ltd. All Rights Reserved. Manufacturer: Medic4All ® Ltd. Hamefalsim 10, P.O.B 4222, Petach Tikva, 49000, Israel. Tel: +972-3-9226610 Fax: +972-3-9226615 EC Authorized Representative: MedNet GmbH Eschstrasse. 19 D-48167 Munster Germany Tel: +49-2506-86440 Fax: +49-2506-864422 0483 Table of Contents Copyright Notice 3 Introduction 6 Scope 6 About this Manual 6 Installation 7 Scope 7 Hardware and software requirements 7 Preparing to install 7 Installation process 8 MiniGate operation 13 Activating the MiniGate application 13 Scope 13 Connecting the MiniGW to the computer 13 MiniGate initial activation and setup 14 MiniGate Daily usage 16 View measurements 16 Updating the Web measurements 18 MiniGate Configuration 19 Configuring measuring devices 19 Changing MiniGate password 20 Associating the MiniGate to Medic4all Web Medical File 21 List of figures: Figure 1- “Choose language” window ............................................................. 8 Figure 2- “welcome to the installation” window.............................................. 9 Figure 3- License agreement window ............................................................. 9 Figure 4– Destination folder window............................................................. 10 Figure 5 – Ready to Install window ............................................................... 11 Figure 6 - File version conflict window ......................................................... 11 Figure 7 - Web registration window............................................................... 15 Figure 8 - MiniGate authorization window .................................................... 17 Figure 9 - Offline measurement View............................................................ 18 Figure 10 - MiniGate setup wizard - Hardware information window............ 19 Figure 11 - MiniGate system tray Menu ........................................................ 22 Figure 12 - Web registration window............................................................. 22 Introduction Scope Medic4All ® Telemedicine system is designed for interactive remote medical monitoring. The system installed at the user home includes the MiniGW TM device, which serves as a gateway between the peripheral units (i.e., sensors, medical measuring devices) and the MiniGate TM application. The MiniGate TM is responsible for accepting the measured data, and for sending it to the Medic4All call center medical file. On the local PC, the application provides the user with the ability to view the medical measurements and configure system parameters. Using the Internet, the user or his delegate (e.g., a physician) may view the measurements based on the Medical File viewer. The MiniGW TM device is the mediator between the peripheral units - measuring devices - and the MiniGate TM application. The MiniGW TM device communicates with the MiniGate TM application using a standard USB port, and with a number of Medic4All peripheral units (WristClinic TM , MiniClinic TM , blood pressure monitor, weight scale, and others), via RF communication. About this Manual This manual describes and explains the installation and working environment of the MiniGate application. It provides detailed instructions on how to handle, setup, configure and operate the MiniGate system. Installation Scope The Installation section describes how to install the Medic4All MiniGate application. The MiniGate installation is performed by a setup wizard, which provides step-by- step instructions on how to install the MiniGate application. Hardware and software requirements Before the installation starts make sure your system supports the following requirements: Hardware Requirements: • Pentium 3 500MHz Or Similar • 64MB RAM • 100MB free and available space • Available USB port Software Requirements: • Windows XP home • Windows XP pro • Windows 2000 • Windows ME • Win 98 SE • Microsoft Explorer 5 or higher – with SSL 128bit supports Preparing to install In order to install the MiniGate application, you need to have Administrator privileges on your Operating System. Make sure there are no old Medic4All programs installed on your PC. To start the installation, verify that you have the following parts: Medic4All MiniGate installation CD MiniGW device Installation process To install the Medic4All MiniGate application: ¾ Insert the Medic4All CD into the CD ROM and run the file: Medic4All MiniGate Setup.exe. The MiniGate setup screen opens; on top of this screen, the “Choose language” window appears. 1. Figure 1- “Choose language” window ¾ In the language selection window, select a language and click Next. Note: The language chosen determines both the language used in the installation screens and the language used in the MiniGate graphical user interface. The MiniGate “Welcome to the install…

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VMG03 block diagram 5V C8051F320 Micro controller Chipcon CC1020 RF Transceiver 3.3V Regulator Antenna USB connector

Medic4All Ltd. Hamefalsim 10, P.O.B 4222, Petach Tikva, 49000, Israel. Tel: 972-3-9226610 Fax: 972-3-9226615 6-December-2004 To: FCC Equipment Authorization Branch Attn: Diane Poole Copy: Mr. Yuri Rozenberg – The Standards Institute of Israel Subject: Confidentiality request Letter Applicant: Medic4All FCC ID: SEBVMG03 Correspondence Reference Number: 28151 731 Confirmation Number: EA791958 Dear Diane Poole, 1. We would like to have the exhibit of the Schematics confidential. 2. The schematics are of no interest for the public and can be used by potential competitors for copying our products. 3. I, the undersigned, am listed on Form 731 of the application. Sincerely, Rami Shmueli V.P. R&D Medic4All

External photo VMG03 overall view.

VMG03 Label WMG03 SN: 00000000 FCC ID: SEBVMG03 2004 0483

Internal photo VMG03 internal view.

VMG03 operational description The VMG03 is MiniGate connects to the PC via USB interface and communicates with all Tested model has carrier frequency 915 MHz. The VMG03 dimensions: 9 cm x 2.5 cm x 1.5 cm. The VMG03 is powered via USB cable from PC’s USB slot 5V. The current consumption of the VMG03 is up to 100 mA The VMG03 block diagram and RF transceiver block diagram are shown in Figures 1 and 2, respectively. The VMG03 transceiver is based on chipset Chipcon CC1020. The transceiver uses one channel. Integrated antenna – printed circuit board (PCB). The antenna cannot be de-attached or changed by the user. RF communication frequency: 915 MHz. Output transmission power: -1 dBm (EIRP) Baud rate: 9.6 Kbps Modulation type: FSK Bandwidth: 50 kHz The VMG03 field strength is less than 50 mV/m at 3 meters and meets the requirements of paragraph (a) of section 15.249. Figure 1. VMG03 block diagram The following are the main components shown in the block diagram: ∗ The Silicon Labs C8051F320 USB interface Micro Controller (single chip) has the following features: • 16K byte FLASH memory • 2304 byte RAM • 8 bit architecture • Up to 25 MIPS (25 MHz) • 10 bit A/D converter • Four 16 bit timers • UART/SPI/SMBus serial ports • USB 2.0 Interface • 25 digital I/O control lines ∗ The C8051F320 is the CPU of the VMG-03, and performs the following tasks: • Communicates with the Chipcon CC1020 RF transceiver • Communicates with the PC via USB 2.0 full speed (12 Mbps) • Green LED output • Red LED output ∗ The Chipcon CC1020 is an RF transceiver supporting up to 153.6Kbps. In the VMG03 project it operates at 9.6Kbps at 915MHz. ∗ 3.3V regulator – a low drop regulator that regulates the voltage supplied by the USB controller (5V input, USB bus powered) into a stable and noise-reduced 3.3V. 5V C8051F320 Micro controller Chipcon CC1020 RF Transceiver 3.3V Regulator Antenna USB connector Figure 2. Tx-Rx block diagram

Test Report No.8412305156 For Medic4All (Israel) Ltd. Equipment Under Test: MiniGate Model: VMG03 (915 MHz) From The Standards Institution Of Israel Industry Division Telematics Laboratory EMC Section Certificate No. 1487-01 Test Report No.: 8412305156 Page 1 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) Order placed by: Medic4All (Israel) Ltd. Address: 10 Hamefalsim Str., P.O. Box 4222, Petach-Tikva 49000, Israel Sample for test selected by: The customer The date of test: 20/04, 12/05, 23/05/2004 Description of Equipment Under Test (EUT): MiniGate Model: VMG03 (915 MHz) Manufactured by: Medic4All (Israel) Ltd. Reference Documents:
CFR 47 FCC: Rules and Regulations; Part 15. “Radio frequency devices”; Subpart B. “Unintentional Radiators”. Section 15.107. “Conducted limits”. Section 15.109. “Radiated emission limits”. Subpart C: “Intentional radiators” (2002), Section 15.205. “Restricted bands of operations”, Section 15.207. “Conducted limits”. Section 15.209. “Radiated emission limits, general requirements”. “Radiated Emission Limits, Additional Provisions”; Section 15.249. “Operation within the bands 902 - 928 MHz, 2400 - 2483.5 MHz, 5725 - 5875 MHz, and 24.0 - 24.25 GHz”. Test Results: The EUT meets the following requirements of CFR 47 FCC Part 15: Subpart B Section 15.107. Conducted emission Class B, Section 15.109. Radiated emission Class B. Subpart C Section 15.207. Conducted Emission Section 15.209. Radiated emission Section 15.429 (a), Section 15.205. This Test Report contains 29 pages and may be used only in full. This Test Report applies only to the specimen tested and may not be applied to other specimens of the same product. Test Report No.: 8412305156 Page 2 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) Table of Contents 1. EUT Description and operation 3 1.1. General description: 3 1.2. Potential emission sources: 6 1.3. Auxiliary equipment used: 6 1.4. EUT setup and operation: 6 2. Measurements, examinations and derived results 8 2.1. Location of the Test Site: 8 2.2. Test condition: 8 2.3. Initial visual check and functional test: 8 2.4. Emission tests: 8 2.5. Conducted emission test: 9 2.6. Radiated emission test: 12 2.7. General: 12 2.8. Test of field strength of emission from intentional radiators 14 3. Test summary 22 4. Appendix 1. Test equipment used 23 5. Appendix 2: Antenna Factor and Cable Loss 24 6. Appendix 3: Test configuration illustrations 28 Test Report No.: 8412305156 Page 3 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) 1. EUT Description and operation 1.1. General description: * Note: All information in below clause was supplied by the customer. Description of Equipment Under Test (EUT): MiniGate Model: VMG03 (915 MHz) Manufactured by: Medic4All (Israel) Ltd. The VMG03 is MiniGate connects to the PC via USB interface and communicates with all Tested model has carrier frequency 915 MHz. The EUT was tested together with a Cradle mfr Medic4All Model MiniGW-Cradle. The EUT is Transceiver based on chipset Chipcon CC1020. The transceiver uses one channel. Integrated antenna – printed circuit board (PCB). Output transmission power: -1 dBm (EIRP) Bandwidth: 50 kHz Modulation type: FSK. The EUT”s dimensions: 9 cm x 2.5 cm x 1.5 cm. The EUT’s powered via USB cable from PC’s USB slot 5V. The current consumption of the VMG03 is up to 100 mA. The EUT’s block diagram and Tx/Rx block diagram are shown in Figures 1 and 2, respectively. VMG03 external and internal views are presented in Photos 1-2. Test Report No.: 8412305156 Page 4 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) Figure 1. EUT’s block diagram Figure 2. Tx-Rx block diagram 5V C8051F320 Micro controller Chipcon CC1020 RF Transceiver 3.3V Regulator Antenna USB connector Test Report No.: 8412305156 Page 5 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) Photo 1. EUT’s overall view Photo 2. EUT’s views from both sides Test Report No.: 8412305156 Page 6 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) * Information in clauses below is provided by the manufacturer. 1.2. Potential emission sources: The potential emission sources are detailed in Table 1. Table 1. Potential emission sources Frequency (MHz) Location 14.7456 kHz crystal VMG03 915 MHz RF signal VMG03 1.3. Auxiliary equipment used: Laptop IBM ThinkPad Type 2645 with a mouse and Printer mfr Olivetty were used as auxiliary equipment. 1.4. EUT setup and operation: The EUT was placed on a Cradle. Cradle was connected to the PC via USB cable (shielded, length = 1 m), as described in Figure 3. Respective tests were performed in Transmission (Tx) and Receiving (Rx) modes. Test Report No.: 8412305156 Page 7 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) Figure 3. EUT’s test setup Laptop EUT VMG03 Cradle USB cable Mouse 120 VAC mains power cable, unsielded, < 3 m Printer 120 VAC mains LPT communication cable Test Report No.: 8412305156 Page 8 of 29 Pages Title: Test on MiniGate Model: VMG03 (915 MHz) 2. Measurements, examinations and derived results 2.1. Location of the Test Site: Conducted emission tests and preliminary radiated test and immunity tests were conducted at the EMC laboratory of the Standards Institution of Israel in Tel-Aviv. All other tests were conducted in an Open Area Test Site located at Kibbutz Native Halamed Hai in Emek HaEla, Israel. 2.2. Test condition: Temperature: 22 °C. Humidity: 56 %. Atmospheric pressure: 1010 mbar. 2.3. Initial visual check and functional test: Initial visual check and brief built- in- test of the EUT was performed before testing. - No external damages were found. The test on the EUT passed successfully. 2.4. Emission tests:
For both radiated and conducted measurements, initial scans were made using a peak detector but still using the appropriate CISPR 16 (Quasi-Peak) detector IF bandwidth.
For conducted emissions, a tolerance limit was set 6 dB below the specification limit. Levels above the tolerance limit were retested using t…

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Radiated emission test setup on Open site. Front view EUT placed in the Cradle Radiated emission test setup on Open site. Rear view Conducted emission test setup.