N7HPTPMEGACELLCPE customer premise equipment

MegaCell Installation Guide Version 1.0 Copyright © 1998 by TelesciCOM Ltd. All rights reserved. This document contains proprietary material of TelesciCOM Ltd. Any unauthorized reproduction, use or disclosure of this material is strictly prohibited. This material is meant solely for TelesciCOM Ltd. customers. TelesciCOM Ltd. reserves the right to make any changes in specifications at any time and without notice. The information furnished in this document is believed to be accurate and reliable. However, TelesciCOM Ltd. assumes no responsibility or liability for use of this document. Date of publication: 28 June, 2001. LtdMegaCell Installation Guide Version 1.02 NOTE: This equipment has been tested and found to comply with the limits for class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However there is no guarantee that interference will not occur in particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: - Reorient or relocate the CPE - Consult the dealer or an experienced radio technician for help. Any changes or modification to the CPE not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. LtdMegaCell Installation Guide Version 1.03 Contents C ONTENTS .............................................. 3 Figures ......................................... 4 Tables ...............Error! Bookmark not defined. I NTRODUCTION ........................................... 5 P REPARING FOR INSTALLATION ................................ 7 Unpacking ....................................... 7 Enclosed components ............................. 7 Customer-supplied components .................... 8 Required tools .................................. 8 CPE INSTALLATION ....................................... 9 Installation ................................... 10 Unpacking........................................... 10 Identifying an appropriate location for outdoor installation .................................. 11 Performing mechanical installation.................. 11 Connecting the indoor unit.......................... 14 Connecting the Indoor Unit to the customer’s equipment14 Powering up......................................... 17 Adjusting the antenna............................... 17 LED Indicators...................................... 18 CPE Specifications ............................. 19 Electric features................................... 22 Mechanical features................................. 22 Wiring and cabling ............................. 22 LtdMegaCell Installation Guide Version 1.04 Figures F IGURE 1.M EGA C ELL L INKS CONFIGURATION ........................................................................5 F IGURE 2.CPE EQUIPMENT .....................................................................................................9 F IGURE 3.CPE OUTDOOR INSTALLATION ..............................................................................12 F IGURE 4CPE CONNECTION WIRE DIAGRAM ........................................................................14 F IGURE 5.CPE LED LOCATIONS ...........................................................................................18 LtdMegaCell Installation Guide Version 1.05 Introduction The MegaCell System is a platform that allows wireless transmission of data over ISM band frequencies. The MegaCell Link consists of two stand alone transceivers, which is called Customer Premise Element (CPE). The CPE is installed outdoors at line of sight with the remote CPE. Both CPEs use the same frequency to transmit the data. Therefore it is necessary that the both CPEs will be synchronized with each other, means when one side transmits data the other CPE operates as receiver and don’t transmit anything till the former finishes its transmission, and at the other direction is the same procedure. In order to determine when each CPE can transmit, one of the CPE is configure as a Master CPE, and the other CPE is configured as Slave CPE. The Slave CPE, which normally operates as receiver, waits for acknowledge from the Master CPE, to Transmit. Figure 1. MegaCell Links configuration Typical link configuration (4Km) End UserEnd User Back to Back CPE End UserEnd User Double link configuration (8Km) Master CPE Slave CPE LtdMegaCell Installation Guide Version 1.06 The End user Interface is a 10BASET, that can be connected to the user workstation or to any network element that have a 10BASET interface. The CPE can handle up to 50 Mac Address at time at each side of the link. The available data bandwidth is separate between the users by their use requires. The Maximum range of single CPE link can reach till 4Km. In double Link configuration (using back to back CPE configuration) the range is doubled to 8Km. This document contains instructions for installation of the CPE. The document is arranged in the logical order that would normally be used for installation of these units. The system specifications are included at the end of the document. LtdMegaCell Installation Guide Version 1.07 Preparing for installation Unpacking Caution:When handling the CPE cards, make sure you are wearing Electrostatic Protection to avoid damage to the cards. The CPE come as complete unit. Unpack the CPE carefully and make sure that the components enclosed match the order placed with TelesciCOM Ltd. Enclosed components TelesciCOM Ltd. packages most of the parts used in the installation. CPE The following co…

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LTD Tel: 972-3-5589595Fax : 972-3-5589292 P.O Box: 6th Hamachtesh st. Holon. Zip code: 58810 RF card block diagram Overview The RF card converts the data coming from the digital card into RF signal and transmits it. In the opposite direction it receives the RF signal coming from the other CPE and converts it to digital signal. Transmit direction: The data coming from the digital card is converted by the Base band to analog signals called I/Q. Those signals are modulate with DQPSK modulation to IF signal of 280Mhz carrier by the IF Modem . Then the signal is up converted by the UP/Down convertor and amplified by the Power amplifier . Receive direction: the RF signal coming from the antenna is amplified by the LNA U1017 and down converted to IF signal ( 280MHz ), then the IF is converted to I/Q signals by the IF Modem U1012 . Those signals are converts to Data and clock signal, and drives to the Digital card. Description Base band processor U1004 Receive direction: the Base band receives the I/Q signals coming from the IF modem those signals are mixed with BPSK PN dispreading. The PN code length is 11bits with rate of 22MCP, then A/D converters converts the signal to data and clock signals, discrambles the data and send it to the digital card in NRZ data and clock format. Transmit direction: the Base band accepts the data from the digital card, the data is in Data and clock NRZ format at 2Mbps rate, scrambles it, differentially encodes it as DQPSK, and mixes it with BPSK PN spreading. The PN code is 11bits length with rate of 11MCPS. Those signals called I/Q are transferred to the IF modem. IF MODEM U1012 Receive direction: the IF receives an IF signal of 280MHz with 17.6 Base band range. Two mixers down converts the IF signal coming from the base band filter SAW. each one is 90° shifted from the other. The Reference frequency is coming from VCO2 and divide by 2. The two signals then are filtered with LPF and transmit to the Base band processor. LTD Tel: 972-3-5589595Fax : 972-3-5589292 P.O Box: 6th Hamachtesh st. Holon. Zip code: 58810 Transmit direction: the IF MODEM accepts the I/Q signals coming from the Bases band processor filters them with LPF filter of 8.8Mhz, up convert the I/Q signals with up converters, which 90° shifted from each other. Then combine them to IF signal. Up/down converter U1019 Receive direction: the Up/down converter accepts the RF signal from the LNA, amplify and filter it, then down converts it to IF signal using internal mixer and the frequency coming from VCO1 . Transmit direction: the Up/down converter accepts the IF signal from the IF modem up converts the signal to RF frequency using a mixer and the frequency coming from the VCO1 . Then filter it and amplify with internal preamplifier. SW/PWA U1028 The SW/PWA is a power amplifier with integrated fast switch. The CPE operates in Half duplex mode, means there is two operations mode, transmit mode and receive mode. The integrated switch used to switch between the power amplifier and the receives signal coming from the antenna. The digital card controls the switch and determines when the CPE is in transmit mode or in receive mode. The power amplifier has a gain of 28db. VCO2 Q1009 This VCO is used as Fix oscillator. This VCO creates 560MHz frequency with 25ppm accuracy. The Dual Synthesizer controls the VCO to achieve the wanted accuracy. VCO1 U1026 This is a programmable oscillator that used by the UP/down converter. The VCO operation range is 2.120Ghz to 2.203Ghz with accuracy of 25ppm. The Dual Synthesizer controls the VCO to achieve the wanted accuracy. Dual synthesizer U1027 The Dual synthesizer is phase lock controller. It is used to stabilize VCO1 and VCO2. The Dual synthesizer use reference frequency of 44MHz with 25ppm accuracy coming from the crystal oscillator CXO U1002. LTD Tel: 972-3-5589595Fax : 972-3-5589292 P.O Box: 6th Hamachtesh st. Holon. Zip code: 58810 RF-CARD BLOCK DIAGRAM BPF SW PwA LNA UP/DOWN CONVER BPF BPF SAW SAW IF MODEM I/Q BASE BAND VCO1 VCO2 CXODUAL SYNTHESIZER F=2.4-2.483 GHz 280MHz 280MHz 2.4-2.5GHz 2.4-2.5GHz 44MHz 560MHz 2.120-2.203 GHz U1017 FL1,FL2 U1028 U1019 FL3 FL4 FL5 FL6 U1012 U1027 U1026 Q1009 U1004 CLOCK DATA CLOCK U1002 TELESCICOM LTD 1998 I/ Q I/ Q DA TA LTD Tel: 972-3-5589595Fax : 972-3-5589292 P.O Box: 6th Hamachtesh st. Holon. Zip code: 58810 Digital card Block diagram Overview The digital card drives the Data from the User interface (LAN interface) to the RF card, which modulate and transfer it to the other CPE. In the opposite direction the digital card receives Data from the RF card and drives it to the user interface (LAN interface). Description Controller LAN U48: The controller LAN U48 receives from J2 (through transformer U51) an Ethernet signal. Decode it and check the destination, if the destination is in the other CPE location than it transfer the Data to NRZ and clock signals and drives it to the Altera U20. In the opposite direction the Controller LAN receives Data from the Altera U20 in NRZ and Clock format transfer it to standard Ethernet signal and transmit the data to the Ethernet interface J2 (through transformer U51) the Data using the CSMA/CD method (Carrier Sense Multiple Access with Collision Detection). Altera U20: The Altera is the main processing engine of the CPE. The Altera gets the Ethernet packet from the Controller LAN, disassembles the packet to the desired length packets add some overhead and Error Code detecting data and keep this Data till it determines to transfer the Data. The determination for transmitting the data is made by logical function between some control signals coming from the RF card, and the control signals coming from J2 (if there is any). In the opposite direction, the Altera gets the Data received from the RF card, reassemble the packets to Ethernet packet and drives the packet to the controller LAN. The Altera has several registers, which are used to get statistical information and determine some operation opti…

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TelesciCOM Group Ltd. 6 Hamachtesh St. Holon 58810, Israel TEL: (972) 3 558 9595 FAX: (972) 3 558 9292 March 24, 1999 FEDERAL COMMUNICATIONS COMMISSION EQUIPMENT APPROVAL SERVICES P.O.B. 358315 Pittsburgh, PA 15251-5315 USA Subject: Our application for certification of direct spread spectrum transmitter, FCC ID:N7HPTPMEGACELL Dear Gentlemen, Please find attached our application for certification of direct spread spectrum transmitter, FCC ID: N7HPTPMEGACELL, prepared in accordance with FCC part 2 Rules. The transmitter testing and this application for certification were performed by Hermon Laboratories, which is listed by FCC. Hermon Labs responsible person is Dr. Edward Usoskin, tel: 01197266288001, fax:01197266288277, e-mail: [email protected]. We hope this application satisfies your requirements. Sincerely yours, Mr. Dov Sverdlov, general manager TelesciCOM Ltd. September 10, 1994 ! Page 2

TelesciCOM Group Ltd. 6 Hamachtesh St. Holon 58810, Israel TEL: (972) 3 558 9595 FAX: (972) 3 558 9292 March 24, 1999 FEDERAL COMMUNICATIONS COMMISSION EQUIPMENT APPROVAL SERVICES P.O.B. 358315 Pittsburgh, PA 15251-5315 USA Subject: Request for confidentiality RE: FCC ID:N7HPTPMEGACELL Dear Gentlemen, We apply to you with request to withhold TelesciCOM Ltd. trade secret in Application for Certification for FCC ID: N7HPTPMEGACELL. These trade secrets can be found in the schematic diagram. Many thanks for your help and assistance. The required fee is included in Form 731. Sincerely yours, Mr. Dov Sverdlov, general manager TelesciCOM Ltd. September 10, 1994 ! Page 2

FCC ID: N7HPTPMEGACELL FCC requirements § 2.1033 (b)(7) DEVICE EXTERNAL PHOTOGRAPHS This section contains 2 pages follow this page. FCC ID: N7HPTPMEGACELL Photograph No.1 CPE front view FCC ID: N7HPTPMEGACELL Photograph No.2 CPE back side view

LTD Tel: 972-3-5589595Fax : 972-3-5589292 P.O Box: 6th Hamachtesh st. Holon. Zip code: 58810 FCC ID: N7HPTPMEGACELL LTDCPE This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

FCC ID: N7HPTPMEGACELL FCC requirements § 2.1033 (b)(7) DEVICE INTERNAL PHOTOGRAPHS This section contains 4 pages follow this page. FCC ID: N7HPTPMEGACELL Photograph No.1 CPE internal view FCC ID: N7HPTPMEGACELL Photograph No.2 CPE internal view FCC ID: N7HPTPMEGACELL Photograph No.3 CPE PCB component side view FCC ID: N7HPTPMEGACELL Photograph No.4 CPE PCB solder side view

G G r r o o u u p p Ltd, -1- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 T T e e c c h h n n i i c c a a l l M M a a n n u u a a l l – – O O v v e e r r v v i i e e w w G G r r o o u u p p Ltd, -2- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 T T a a b b l l e e O O f f C C o o n n t t e e n n t t s s TABLE OF CONTENT.................................................................................................................................................................. 2 1. GENERAL DESCRIPTION ...................................................................................................................................................... 3 1.1 S YSTEM O VERVIEW ................................................................................................................................................................ 3 1.2 S YSTEM F EATURES ................................................................................................................................................................. 4 2. S YSTEM C HARACTERISTICS ...................................................................................................................................................... 6 3. CPE DESCRIPTION.................................................................................................................................................................. 7 3.1 G ENERAL D ESCRIPTION .......................................................................................................................................................... 7 3.2 CPE B LOCK D IAGRAM ........................................................................................................................................................... 7 G G r r o o u u p p Ltd, -3- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 1 1 . . G G e e n n e e r r a a l l D D e e s s c c r r i i p p t t i i o o n n 1.1 System Overview Mega Cell TM – A high speed, stand- alone overlay system that provides immediate access capabilities without requirements for any infrastructure alterations. It leapfrogs CDPD technology with a data rate capacity one thousand times faster than current systems. TelesciCOM’s breakthrough technology is designed to transmit broadband wireless data with utmost reliability in cluttered or hostile RF environments, thus permitting the establishment of reliable data services in unlicensed bands (ISM). Mega Cell TM is an application derived from the TelesciCOM invented and tested wireless data transmission platform, based on Advanced CDMA (ACDMA), which is capable of very high speed (2Mbit/s and above), Point-to-Point, bi- directional, data transmission. Mega Cell TM supports all Ethernet 10- Base-T applications by being fully compatible with the IEEE 802.3 standard. In addition to being a highly versatile system, it is, as well, extraordinarily robust, and a highly spectrum efficient system. Mega Cell TM is a stand-alone overlay system that can be installed and maintained with great simplicity. It is, by design, independent of its operational characteristics and limitations. G G r r o o u u p p Ltd, -4- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 1.2 System Features General The Mega-Cell TM system is composed of two main subsystems: • CPE (Customer Premises Equipment) Master. • CPE Slave. The CPE is a stand-alone subscriber unit, installed on the customer’s premises. The unit connects to the 110V/220V supply and with an Ethernet 10-Base T wire to the customer’s PC/HUB/LAN and can support up to 50 Ethernet User’s. General Features An ACDMA (Advanced CDMA) System : • Very High Data Rates - Leapfrogging CDPD Technology. • Extraordinarily Robust - Operates Totally Reliably in Unlicensed Bands. • •• • Quality Transmission in Hostile RF Figure 1.1 - CPE Environments. • •• • Requires no Alterations to Existing Infrastructure. • •• • RF at 2.4Ghz  Economical in Size, Easy to Install and Maintain  Customer Premises Equipment (CPE) Connect to 110/220V Supply.  CPE Connects with an Ethernet 10- Base T Wire to the PC/LAN/HUB.  Silicone Enhanced System; Non- Complex Mechanically or Electronically.  User Friendly Network Management System G G r r o o u u p p Ltd, -5- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 Application Support:  Can be Applied Simultaneously to Business and Residential Needs.  Supports ALL Ethernet, Intranet and Internet Applications.  Can Create Virtual Private Regional Networks and Nationwide Network.  Full Motion Ethernet and Internet Video-Conferencing Capabilities  Novel IPX, Windows NT (work-at- home applications), Voice-over Internet (Such as Vocaltech etc.)  Web surfing (Including Microsoft Explorer, Netscape, Chameleon, etc.).  FTP & E-Mail. G G r r o o u u p p Ltd, -6- 6 Hamachtesh St. Holon 58810 , ISRAEL TEL: (972) 3-5589595 FAX: (972) 3-5589292 2. System Characteristics General  System Data Rate - 2 Mb/sec; (10 Mb/sec second generation).  Access Method – ACDMA/TDD (Proprietary Code) Statistical Multiplexed Data.  Protocols - TCP/IP, Ethernet 802.3 Proprietary Common Air Interface.  Operating Frequencies -2.411GHz – 2.472Ghz (ISM band). Frequency Capability Per Customer Requirements  Modulation – 4 level ACDMA, Phase and Amplitude.  Adjacent Channel Rejection - Minimum 35dB spread  Modulation Accuracy - 0.35 Vector Magnitude  Interface - PC/LAN Connection: Ethernet 10-Base-T RJ-45 Plug, Ethernet IEEE 802.3 Compatible.  Power - Input AC: 110/220V 50/60 HZ. AC Power Consumption: 15 Watts.  RF - RF Power Output: +20 dBm. Reception Sensitivity: -90dBm@BER 10 - 5 @.0.5Mb/sec  Dimensions - 30 cm X 30 cm X 10 cm Network Management system  Performance Monitoring.  Security Management.  Administration Management.  Fault Location Management.  Configuration Management.  Data Rate Management…

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FCC ID: N7HPTPMEGACELL

Test Report:TSCFCC.13069.doc Date: March, 1999 Total : 81 pages FCC ID: N7HPTPMEGACELL Project number:13069Page 1 of 81 HERMON LABORATORIES ELECTROMAGNETIC EMISSIONS TEST REPORT ACCORDING TO FCC Part 15 subpart C and subpart B for TELESCICOM LTD. EQUIPMENT UNDER TEST: CUSTOMER PREMISE EQUIPMENT (CPE) FCC ID:N7HPTPMEGACELL Prepared by: _________________ Mrs. M. Cherniavsky, certif. engineer Hermon Labs Approved by: _________________ Mr. A. Usoskin, QA manager Hermon Labs Approved by: _________________ Dr. E. Usoskin, C.E.O. Hermon Labs Approved by: _________________ Mr. Dov Sverdlov, general manager TelesciCOM Ltd. Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972-6628-8001 Fax.+972-6628-8277 Email:[email protected] Test Report: TSCFCC.13069.doc Date: March, 1999 FCC ID: N7HPTPMEGACELL Project number:13069Page 2 of 81 HERMON LABORATORIES This test report must not be reproduced in any form except in full, with the approval of Hermon Laboratories Ltd. Test Report: TSCFCC.13069.doc Date: March, 1999 FCC ID: N7HPTPMEGACELL Project number:13069Page 3 of 81 HERMON LABORATORIES Description of equipment under test Test itemsCustomer premise equipment (direct sequence spread spectrum transceiver) of the MegaCell system ManufacturerTelesciCOM Ltd. Brand MarkTelesciCOM Type (Model)CPE Applicant information ApplicantTelesciCOM Ltd. Address6 Hamachtesh St. Postal code58810 CityHolon CountryIsrael Telephone number+972 3558 9595 Telefax number +972 3558 9292 Applicant’s responsible personMr. Dov Sverdlov, general manager Test performance Location of the testHermon Laboratories, Binyamina, Israel Test startedSeptember 7, 1998 Test completedNovember 4, 1998 Purpose of testCertification Test specification(s)FCC part 15 subpart C §15.247, § 15.205, § 15.207, §15.209, and Subpart B § 15.107, § 15.109 Through this report a point is used as the decimal separator and the thousands are counted with a comma. This report is in conformity with EN 45001 and ISO GUIDE 25. The test results relate only to the items tested. Test Report: TSCFCC.13069.doc Date: March, 1999 FCC ID: N7HPTPMEGACELL Project number:13069Page 4 of 81 HERMON LABORATORIES Table of Contents 1GENERAL INFORMATION...............................................................................................................6 1.1ABBREVIATIONS AND ACRONYMS....................................................................................................6 1.2SPECIFICATION REFERENCES............................................................................................................7 1.3EUT DESCRIPTION...........................................................................................................................7 1.4CHANGES MADE IN EUT..................................................................................................................7 1.5STATEMENT OF MANUFACTURER.....................................................................................................8 2TEST FACILITY DESCRIPTION......................................................................................................9 2.1GENERAL..........................................................................................................................................9 2.2EQUIPMENT CALIBRATION................................................................................................................9 2.2.1Uncertainty in Hermon Labs Measurements.........................................................................10 2.3LABORATORY PERSONNEL.............................................................................................................10 2.4STATEMENT OF QUALIFICATION......................................................................................................11 3EMISSION MEASUREMENTS........................................................................................................12 3.1OCCUPIED BANDWIDTH TEST ACCORDING TO § 15.247 (A)(2)........................................................12 3.1.1Definition of the test...............................................................................................................12 3.1.2The test set-up configuration.................................................................................................12 3.1.3Test results.............................................................................................................................12 3.2MAXIMUM PEAK OUTPUT POWER TEST ACCORDING TO § 15.247 (B)(3)(I)......................................17 3.2.1Definition of the test...............................................................................................................17 3.2.2The test set-up configuration.................................................................................................17 3.2.3Test results.............................................................................................................................17 3.2.4Exposure limit according to part 1, §1.1310.........................................................................18 3.3OUT OF BAND ANTENNA CONDUCTED EMISSIONS TEST ACCORDING TO §15.247(C)........................21 3.3.1Definition of the test...............................................................................................................21 3.3.2The test set-up configuration.................................................................................................21 3.3.3Test results.............................................................................................................................21 3.4RADIATED EMISSIONS TEST ACCORDING TO §§ 15.205, 15.209(A), 15.247(C)................................44 3.4.1Definition of the test...............................................................................................................44 3.4.2The test set-up configuration..........................................................................…

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