L82TOPSEC701PCMCIA board

Dear Customer,We thank you for having boughtthis Siemens product and hopeyou will have success with it. In the event your Siemens productneeds guarantee service, please contact your dealer or a memberof our authorized service network. For technical questions pleasecontact the service station. Gentile Cliente,La ringraziamo per aver acquistato questo prodotto della Siemens e Le auguriamo di aver con esso molto successo. Qualora il Suo prodotto Siemens dovesse subire un guasto durante il periodo di garanzia, La preghiamo di rivolgersi al Suo rivenditore autorizzato, presso il quale ha acquistato questo prodotto oppure ad uno dei nostri servizi di assistenza autorizzati. Per questioni tecniche si prega di rivolgersi al service apposito.  S T A R T Nous vous remercions d'avoirchoisi un produit Siemens et nous vous souhaitons beaucoup de succès avec cet équipement. Si votre produit Siemens devait présenter un défaut quelconque au cours de la période de garantie, veuillez vous adresser à votre revendeur ou à l'un de nos services après-vente agréés. Pour toute question technique, adressez-vous au service après-vente. Cher Client, Estimado cliente,Le agradecemos que haya adquirido este productoSiemens y esperamos que siga satisfecho con su compra. Si se diese el caso de que su producto Siemens requiriese al servicio de garantía, póngase en contacto con su distribuidor o con un representante de nuestra red de servicio autorizado. En caso de consultas técnicas, diríjase al Servicio al cliente. Service:Siemens AktiengesellschaftICM CD IS Integration & Customer ServiceHofmannstrasse 51D-81359 MünchenFax: +49 (0)89-722 49880 e-mail: [email protected] internet: http://www.crypto.mch.siemens.deHotline: +49 (0)89-722 49311 from 8:00 to 16:00 h on working days Sehr geehrte Kundin, sehr geehrter Kunde,wir freuen uns, daß Sie sich für ein Produkt vonSiemens entschieden habenund wünschen Ihnen viel Erfolg damit. Sollte Ihr Siemens-Produkt innerhalb der Garantie-Zeit einen Defekt aufweisen, wenden Sie sich bitte an Ihren Fachhändler,bei dem Sie dieses Produkt gekauft haben oder an eineunserer autorisierten Kundendienststellen. Bei technischen Fragen wendenSie sich bitte an denService. 1 Contents Siemens AG © Product Informations "TopSec®"Open the file start.pdf with the double click. TitlePrologue, Service, Start Contents 1 Copyright Statement, Trade Marks 2 Introduction 3 Technical Data 4 Contents of the CD-ROM TopSec 701 Contents Page Page


"TopSec 701_PC Card” Operating Instructions Data Transmission with Mobile Phone via IrDA- Modem operation to GSM network- Transmission device "mobile phone” 28 Data Transmission with Mobile Phone via RS232- Modem operation to GSM network- Transmission device "mobile phone with integrated modem”- Establishing a connection between "modem” and "TopSec 701” with "modem cable” 29 Modem Data Transmission via RS232 Interface- Modem operation to telephone cable network- Transmission device "modem” 30 TopSec® Encryption Systemfor "Teleworkers” 31 Original Accessory- TopSec 701_Modem Cable 32 Important Notices- Notes on presentation 5 - Safety Notices 5 - FCC Compliance Statement 6 - Problem Solutions and Tips 7 The First Steps- Installing the PC Card 8 - Removing the PC Card 8 Installation and Configuration- Installation Instructions 9 - Short Operating Instructions 9 For Windows 95/98 10 - Installation 10 -11 - Configuration 12 – 14 For Windows NT 4.0 15 - Installation 15 -17 - Configuration 18 – 20 For Windows 2000 21 - Installation 21 – 23 - Configuration 24 – 27 2 TopSec 701_PC Card Copyright Statement Trade Marks Siemens AG © Microsoft®MS®MS-DOS® Windows® 95/98 Windows® NT 4.0 Windows® 2000 Copyright © Siemens AG 2000. Siemens AktiengesellschaftICP CD IS; Hofmannstrasse 51, D-81379 München © Siemens AG 2000All Rights Reserved TopSec® TopSec 701 TopSec 701_PC Card Copyright Statement Trade Marks All rights reserved, in particular those of translation, reprinting,copying or similar process (even in part).Any person violating these rights is liable to pay damages.All rights reserved, in particular in the case of a patent being granted or a utility model being registered. Delivery and technical alterations reserved. Publishedby the division Information & Communication Mobile. are registered trade marks of the Microsoft Corporation.TopSec® is a registered trade mark of Siemens AG. The product "TopSec 701” is subject to export permission. Introduction 3 The "TopSec 701" provides a mobile employee with secure access to data in the head office. It has been implemented as a PCMCIA card and behaves like a modem card.All information transmitted via the" TopSec 701" can be encrypted.A modem has not been integrated into the "TopSec 701" but rather is connected externally. This provides the greatest flexibilitysince any modem can be connected to the serial port. Mobiletelephones which contain modem functionality can be connected through the infrared (IrDA) interface.When using devices from the TopSec family, data which is to be transmitted between two TopSec devices over a public network can be encrypted. Therefore between two TopSec 701devices any data can be exchanged in an encrypted form as long as the connecting modems can communicate with each other. In addition it is possible to exchange data between "TopSec 701" devices and TopSec devices in an ISDN network (TopSec 703/730). Top Sec ISDN devices support V.110 protocol for adapting the data rate of the modem connected to the "TopSec 701".OperatingIn the factory the devices are configured so that they can communicate in a so-called public user group. The "TopSec 701"can be operated encrypted or unencrypted. The type of operationis chosen by a mode number which is prefixed onto the telephone number of the remote end when dialing.Additional security is provided by the administration of a TopSec device. The device is given an individual certificate from the administrator site (accessory). The device checks the certificate…

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Engineer:Date: Aug. 24, 2000 Martin Heuser Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:1/32 L82TOPSEC701 MEASUREMENT / TECHNICAL REPORT Fujitsu Siemens Computers Model: PCMCIA board TopSec 701 FCC ID: L82TOPSEC701 Aug. 24, 2000 This report concerns: ! Original grant " Class II change Equipment type:Audio board Request issue of grant: ! Immediately upon completion of review " Defer grant per 47 CFR 0.457(d)(1)(ii) until _____ date _____. Company Name agrees to notify the Commission by _____ date _____ of the intended date of announcement of the product so that the grant can be issued on that date. Measurement procedure used: ! ANSI C63.4-1992 " FCC/OET MP-4(1987) " other ___________________________ Limits on compliance with: CISPR 22 resp. FCC class B Application for Certification prepared by: Alexander Peschka Fujitsu Siemens Computers GmbH Buergermeister-Ulrich-Str. 100 86199 Augsburg Germany Tel.: +49 821 804-2502 Fax: +49 821 804 2675 Applicant for this device: Siemens AG Hofmannstr. 51 81359 München Germany Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:2/32 L82TOPSEC701 Table of Contents 1 GENERAL INFORMATION 4 1.1 Product Description4 1.2 Related Submittal(s)/Grant(s)5 1.3 Tested System Details5 - 6 1.4 Test Methodology7 1.5 Test Facility7 1.6 Referenced Rules Sections7 2 PRODUCT LABELING 8 Figure 2.1 FCC ID Label: see attached file8 Figure 2.2 Location of Label on EUT: see attached file8 3 SYSTEM TEST CONFIGURATION 9 3.1 Justification9 3.2 Video Mode Justification9 3.3 EUT Exercise Software10 3.4 Special Accessories10 3.5 Equipment Modifications11 3.6 Configuration of Tested System11 Figure 3.1 Configuration of Tested System12 4 BLOCK DIAGRAM OF EQUIPMENT UNDER TEST 13 4.1 Block Diagram Description13 4.2 Clockfrequencies of the EUT14 4.3 Theory of Operation14 Figure 4.1 Block Diagram15 5 CONDUCTED EMISSION DATA 16 5.1 Test Procedure16 5.2 Measured Data: see attached file16 - 18 5.3 Referenced Rules19 5.4 Test Instrumentation Used, Conducted Measurement19 Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:3/32 L82TOPSEC701 6 RADIATED EMISSION DATA 20 6.1 Test Procedure20 6.2 Measured Data: see attached file21 - 23 6.3 Reference Rules Sections24 6.4 Test Instrumentation Used, Radiated Measurement24 6.5 Field Strength Calculation25 6.6 Table of Correction Factors26 - 28 7 CONDUCTED AND RADIATED MEASUREMENT PHOTOS: 29 see attached files 8 PHOTOS OF TESTED EUT: 30 see attached file 9 INTERNAL PHOTOS OF EUT: 31 see attached file 10 USER MANUAL: 32 see attached file Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:4/32 L82TOPSEC701 1 GENERAL INFORMATION 1.1 Product Description Siemens offers a family of line encryption devices. The TopSec 701 is designed to encrypt modem lines. The modem may be a terminal device in analog nets, ISDN nets or even integrated modems in mobile phones. The TopSec 701 is realized as a PC card and behaves like a modem card. It is not a modem card itself but feeds through the modem functionality from a connected modem to a PC. This modem will be connected to the TopSec 701 via a serial cable or via an infrared interface. The TopSec 701 interprets the modem commands from the PC and sets up a modem connection to the partner device. If there is also a TopSec device available at the far end, keys will be exchanged. After successful key exchange, a transparent encrypted line will be provided by the TopSec devices. The TopSec cryptology supports a combination of asymmetric algorithms for key exchange (Diffie Hellmann with 1024 bit key length), authentication (RSA with 1024 bit key length) and a symmetric algorithm for data encryption with 128 bit key length. The PCMCIA board is assembled by Siemens AG, Hofmanstraße 51, 81359 München. Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:5/32 L82TOPSEC701 1.2 Related Submittal Grant N/A 1.3 Tested System Details The FCC IDs for all equipment, plus description of all cables used in the tested system are: Pos Model Number (Serial Number) FCC IDDescription Cable Description (length in [cm]) 1Fujitsu Siemens Computers Notebook HSSMOB800001Mobile 800S (AGP) PIII 500 MHz unshielded power cord [292] 2Fujitsu Siemens Computers MCM 17P1 YEDA175914 A3LCSE783Monitorunshielded power cord [175] shielded video cable [168] 3Logitech M-UB48 LZA83300044 DOC: m/n:IM1USB-Mouseshielded mouse cable [197] 4Microsoft MS 2.1A 0056712-2 C3KKMP1Mouseshielded mouse cable [183] 5Fujitsu Siemens Computers S26381-K240-V120 HSS01TASTK240Keyboardshielded keyboard cable [143] Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:6/32 L82TOPSEC701 Pos Model Number (Serial Number) FCC IDDescription Cable Description (length in [cm]) 6Hewlett Packard HP 2225C+ (3002S66627) DSI6XU2225Printer, parallel I/F unshielded AC ca- ble [180], shielded centronics cable [190] 7Hewlett Packard HP 2225D+ (2952S61229) DSI6XU2225Printer, serial I/F unshielded power cord [185], shiel- ded serial cable [190] 83COM US Robotnics 5630 UFR73C89B79A245 630-01 N/AModemunshielded power cord [152] 9Fujitsu Siemens Computers S26113-E428-V30 N/AAC/DC- Adapter shielded DC cable [149]; unshielded AC cable [152] 10Labtec AM-32 N/AMicrophoneshielded cable [142] 11Chairman Power Beat P-10 N/ ALoud- speakers shielded cable [166 + 124] 12Line Inshielded cable Pos 1 contains: aSiemens AG TopSec 701 L82TOPSEC701PCMCIA board (EUT) shielded [150], with ferrite beat (Würth Elektronik, model 742 711 4) Remark: Date: Aug. 24, 2000 Siemens AG PCMCIA board TopSec 701 Page: FCC Identifier:7/32 L82TOPSEC701 1.4 Test Methodology Both, conducted and radiated tests were performed according to the procedures in ANSI C63.4-1992. Radiated testing below 1 GHz was performed at an antenna to EUT distance of 10 meters above 1 GHz at an antenna to EUT distance of 3 meters. All radiated emission measurements were done in an anechoic chamber. Limits for radiated and conducted e…

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ICP9C001Page 1 of 9 Conducted noise according to: EN 55022 class B EUT: PCMCIA board TopSec 701 Manufacturer: Siemens AG Operating Condition: data transfer Test Site: Fujitsu Siemens Computers Augsburg SK1 Operator: C. Brummer Configuration: Full configuration with Mobile 800 Comment: Monitor power from peripheral device LISN Start of Test: 13.01.00 / 11:04:27 SCAN TABLE: "Volt_015-30MHZ" Unit: dBμV Detector: Mode: Curve 1: MaxPeak MaxHold Curve 2: Average MaxHold Subrange 1: Start Frequency: 150.0 kHz Step Size: 6.0 kHz Stop Frequency: 30.0 MHz Measure Time: 10.0 ms IF Bandwidth: 10 kHz Receiver: ESHS Transducer: ESH2-Z5 Signal Path: None System Transducer: None Meas. Mode: Lin Add. Transd. 1: ESH3-Z2 Tracking Gen.: -- Add. Transd. 2: None Input: -- Add. Transd. 3: None Preamplifier: Off Demodulation: A3 RF Att.: 0 dB Volume: -- Ref. Level: -- Squelch: -- Min. RF Att.: 10 dB Option: None IF Att.: LowNoise Autorange: On ICP9C001Page 2 of 9 0 20 40 60 80 100 Level [dBμV] 150k300k500k1M2M3M4M6M10M30M Frequency [Hz] + + + + + + + ++ + x x x x x x x x x x x xMES Quasi Peak + +MES Average MES Preview Peak MES Preview AV LIM EN 55022/B V QP LIM EN 55022/B V AV ICP9C001Page 3 of 9 MEASUREMENT RESULT: "Quasi Peak" 13.01.00 11:22 Frequency Level Transd Limit Margin Line PE MHz dBμV dB dBμV dB 0.168000 40.80 10.0 65 24.3 N GND 0.258000 46.20 10.0 62 15.3 L1 GND 0.360000 40.10 10.0 59 18.6 L1 GND 0.546000 42.70 10.0 56 13.3 N GND 0.636000 44.40 10.0 56 11.6 L1 GND 0.684000 40.00 10.0 56 16.0 L1 GND 1.008000 36.80 10.0 56 19.2 N GND 3.768000 33.60 10.0 56 22.4 L1 GND 7.320000 38.40 10.0 60 21.6 L1 GND 13.554000 42.20 10.0 60 17.9 L1 GND MEASUREMENT RESULT: "Average" 13.01.00 11:22 Frequency Level Transd Limit Margin Line PE MHz dBμV dB dBμV dB 0.270000 39.40 10.0 51 11.7 L1 GND 0.504000 33.10 10.0 46 12.9 N GND 0.528000 38.30 10.0 46 7.7 N GND 0.636000 39.10 10.0 46 7.0 N GND 0.732000 34.40 10.0 46 11.6 L1 GND 1.044000 29.70 10.0 46 16.3 L1 GND 1.188000 33.60 10.0 46 12.4 L1 GND 2.574000 32.00 10.0 46 14.0 L1 GND 2.634000 32.00 10.0 46 14.0 L1 GND 12.966000 35.10 10.0 50 14.9 L1 GND ICP9C001Page 4 of 9 Radiated emission according to: to EN55022 class B EUT: PCMCIA board TopSec 701 Manufacturer: Siemens AG Operating Condition: data transfer Test Site: Fujitsu Siemens Computers Augsburg (10 m Semi Anechoic Chamber) Operator: M. Heuser Configuration: Full configuration with Mobile 800 Comment: Start of Test: 14.01.00 / 11:59:23 SCAN TABLE: "10m/30-1000" Short Description: 10m Field Strength Unit: dBμV/m Detector: Mode: Curve 1: MaxPeak ClearWrite Subrange 1: Start Frequency: 30.0 MHz Step Size: 30.0 kHz Stop Frequency: 1.0 GHz Measure Time: 10.0 ms IF Bandwidth: 120 kHz Receiver: ESXI Transducer: CBL6112 cal. 8/99 Signal Path: 2DC-CP1X1 System Transducer: RFin2-CP1/X1 Meas. Mode: Lin Add. Transd. 1: cable30-1000 Tracking Gen.: Off Add. Transd. 2: None Input: 2DC Add. Transd. 3: None Preamplifier: 10 dB Demodulation: AM RF Att.: Coupled Volume: 70 % Ref. Level: -60.0 dBm Squelch: -- Min. RF Att.: 0 dB Option: None IF Att.: -- Autorange: On Curve 1: On Repetition: Single Stop Mark: Off Stop Message: Off Stop Message: ICP9C001Page 5 of 9 0 10 20 30 40 50 60 Level [dBμV/m] 30M40M50M70M100M200M300M400M600M1G Frequency [Hz] x x x x x x xx x xMES Quasi Peak MES Preview Peak LIM EN55022/B ICP9C001Page 6 of 9 MEASUREMENT RESULT: "Quasi Peak" 14.01.00 12:49 Frequency Level Transd Limit Margin Height Azimuth Polarisation MHz dBμV/m dB dBμV/m dB cm deg 107.100000 23.80 12.2 30.0 6.2 100.0 330.00 VERTICAL 115.800000 26.90 12.5 30.0 3.1 100.0 59.00 VERTICAL 217.140000 27.40 9.6 30.0 2.6 100.0 210.00 VERTICAL 260.580000 34.00 13.9 37.0 3.0 100.0 150.00 VERTICAL 496.830000 34.40 19.4 37.0 2.6 200.0 210.00 HORIZONTAL 599.910000 31.40 21.0 37.0 5.6 200.0 180.00 HORIZONTAL 720.000000 32.40 22.3 37.0 4.6 100.0 0.00 HORIZONTAL 912.030000 32.40 23.6 37.0 4.6 100.0 0.00 HORIZONTAL ICP9C001Page 7 of 9 Radiated emission according to: to FCC class B EUT: PCMCIA board TopSec 701 Manufacturer: Siemens AG Operating Condition: data transfer Test Site: Fujitsu Siemens Computers Augsburg (Semi anechoic chamber 10 m) Operator: M. Heuser Configuration: Full configuration with Mobile 800 Comment: Start of Test: 14.01.00 / 12:28:16 SCAN TABLE: "FCC1-5GHz" Short Description: 3m Messung FCC 1 bis 5 GHz Unit: dBμV/m Detector: Mode: Curve 1: MaxPeak MaxHold Curve 2: Average MaxHold Subrange 1: Start Frequency: 1.0 GHz Step Size: 300.0 kHz Stop Frequency: 5.0 GHz Measure Time: 10.0 ms IF Bandwidth: 1 MHz Receiver: ESXI Transducer: Tensor4105v Signal Path: 2DC-CP7X1 System Transducer: RFin2-CP7/X1 Meas. Mode: Lin Add. Transd. 1: Rosenberger 8m Tracking Gen.: Off Add. Transd. 2: None Input: 2DC Add. Transd. 3: None Preamplifier: 10 dB Demodulation: AM RF Att.: Coupled Volume: 70 % Ref. Level: -30.0 dBm Squelch: -- Min. RF Att.: 0 dB Option: None IF Att.: -- Autorange: On Curve 1: On Repetition: Single Curve 2: On Stop Mark: Off Stop Message: Off Stop Message: ICP9C001Page 8 of 9 0 10 20 30 40 50 60 70 Level [dBμV/m] 1 G 2 G 3 G 4 G 5 G Frequency [Hz] + + + + + + + + x x xMES ICP9E001_fin QP + +MES Average MES Preview FCC LIM FCC ClassB F QP/AV FCC ClassB, field strength 3m LIM FCC ClassB F QP/AV FCC ClassB, field strength 3m ICP9C001Page 9 of 9 MEASUREMENT RESULT: "ICP9E001_fin QP" 14.01.00 13:18 Frequency Level Transd Limit Margin Height Azimuth Polarisation MHz dBμV/m dB dBμV/m dB cm deg 1000.000000 47.90 7.9 53.9 6.0 100.0 0.00 HORIZONTAL MEASUREMENT RESULT: "Average" 14.01.00 13:18 Frequency Level Transd Limit Margin Height Azimuth Polarisation MHz dBμV/m dB dBμV/m dB cm deg 1036.600000 36.60 8.9 53.9 17.3 140.0 0.00 VERTICAL 1103.800000 31.10 9.1 53.9 22.8 140.0 59.00 VERTICAL 1275.700000 30.10 8.8 53.9 23.8 140.0 59.00 VERTICAL 1291.900000 31.50 9.1 53.9 22.4 100.0 239.00 HORIZONTAL 1399.900000 29.30 9.1 53.9 24.6 100.0 29.00 VERTICAL 1788.700000 30.10 11.0 53.9 23.8 100.0 0.00 HORIZONTAL 4393.300000 37.30 16.5 53.9 16.6 140.0 210.00 HORI…

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