QQ2-GAOFDM900-RSUIndoor Transmitter Unit

August 2005 GigAccess GigAccessGigAccess GigAccess TM TM TM TM OFDM 900 OFDM 900 OFDM 900 OFDM 900 Self SelfSelf Self- -- -Install RSU Install RSU Install RSU Install RSU User Guide User GuideUser Guide User Guide Page 2 of 2 Table of Contents 1. INTRODUCTION ...........................................................................................................3 1.1. GENERAL.............................................................................................................................3 1.2. GIGACCESS TM OFDM 900 SYSTEM OVERVIEW......................................................................3 2. PACKING LIST..............................................................................................................4 3. INSTALLATION PROCESS ..........................................................................................5 3.1. GENERAL.............................................................................................................................5 3.2. BEFORE YOU START.............................................................................................................6 3.3. INSTALLATION.......................................................................................................................6 3.4. RADIO CHANNEL SELECTION.................................................................................................7 3.5. USER PC SETUP..................................................................................................................7 3.6. SAFETY................................................................................................................................7 3.7. FCC INFORMATION...............................................................................................................8 4. GIGACCESS TM OFDM 900 RSU TECHNICAL SPECIFICATIONS ..............................9 Table of Figures Figure 1-1: General Description of typical sector in GigAccess™ OFDM 900 System ................... 3 Figure 2-1: RSU package contents ................................................................................................ 4 Figure 3-1: Description of Self Install GigAccess™ OFDM 900 RSU ............................................. 5 Figure 3-2: GigAccess™ RSU - Installation Scheme...................................................................... 7 Page 3 of 3 1. Introduction 1.1. General Congratulations on your purchase of the WaveIP GigAccess™ OFDM 900 self-install Business/Residential Subscriber Unit (RSU). This document describes how to install and use your subscriber unit to obtain wireless high-speed Internet access. You can connect your RSU both to a computer and to a local area network (LAN) through the integrated two ports. 1.2. GigAccess TM OFDM 900 System Overview GigAccess TM OFDM 900 is WaveIP’s wireless point-to-multipoint broadband communication system. The basic subsystem – a Sector, consists of an AU (Access Unit) and up to 128 Subscriber Units (SUs) Each with full-duplex communication SUs and the WAN via the AU. Figure 1-1 depicts a general description of a typical sector in the GigAccess™ OFDM 900 system. Base Controller (Option) AU AU Switch/Router SU SU WAN RSU BSU Figure 1-1: General Description of typical sector in GigAccess™ OFDM 900 System Page 4 of 4 2. Packing List When you first open the package, verify that the unit is complete and consists: • RSU Unit • Power Supply • Quick Start Guide Figure 2-1 illustrates the RSU package contents. GiAccess TM Self-Install RSU User Guide Quick Start Guide Figure 2-1: RSU package contents Page 5 of 5 3. Installation Process 3.1. General The RSU is a self-installed, plug and play unit, which requires minimum operation from the user. A description of the RSU is given in the figure below. 1. Polarization Indication 2. Air link led (Green) 3. ETH link led (Yellow) 4. Received Signal Indicator Lights 5. ETH Connector 6. Power led 7. DC Power Jack Figure 3-1: Description of Self Install GigAccess™ OFDM 900 RSU 1 4 7 6 5 3 2 Page 6 of 6 3.2. Before You Start 1) Make sure your computer is equipped with an Ethernet Network Interface (NIC) 2) Make sure your computer is set up to automatically obtain an IP address (See 0). 3) Select the appropriate location for the RSU: • Make sure you are operating the RSU in a room near an outside window. • Locate the RSU in such a way that the antenna side will be directed towards your service provider (AU direction). • Obtain a clear line of site to the AU as much as possible - avoid any physical obstacles, which may block the signal. • Your RSU comes with a 1.5m category-5 Ethernet cable. If you choose to place the RSU. If you purchase a longer cable, make sure the cable is a category-5 Ethernet cable with RJ-45 connector on each side. 3.3. Installation The installation process should follow the following steps: 1) Connect the CAT5 Ethernet cable from the RSU data port to your PC NIC. Note that your RSU consists two Ethernet ports, so you can connect your PC to either of them, or to connect two PCs each PC to different Ethernet connector. 2) Connect the power supply to the AC wall socket and to the RSU DC power port.                                                            WARNING! Use only with the supplied Power Supply adapter                                                            3) Align the RSU until you get the maximum receive signal from your service provider. Best received indication when maximum “Received Power Indication leds” are light. Check both vertical and horizontal polarization and select the polarization that gives you the best receiving power. The RSU antenna polarization must be the same as in the AU antenna. In most applications, the preferred orientatio…

Text truncated - open the document above for the full version.

January 04 Page 1 of 1 GigAccess TM RSU Self-Install Residential Subscriber Unit End User Manual 1. Packing List • RSU UNIT • Power Supply • End User Manual 2. Installation The RSU is a self-installed, plug and play unit, which requires minimum setup operations from the user. 1. Polarization Indication 2. ETH link led (Yellow) 3. Air link led (Green) 4. Received Signal Indicator Lights 5. ETH Connector 6. Power led 7. DC Power Jack 1) Figure 3-1: General Description for GigAccess™ Self Install RSU 2.1. Before You Start 2) Make sure your computer is equipped with an Ethernet Network Interface (NIC). 3) Make sure your computer network configuration is set up according to your Internet Service Provider instructions (typically to automatically obtain an IP address - DHCP). 4) Select the appropriate location for the RSU: • Locate the RSU near an exterior window. • Locate the RSU in such a way that its antenna will face your service provider Access Unit (AU). Avoid any physical obstacles, which may block the signal. 1 4 7 6 5 3 2 January 04 Page 2 of 2 2.2. RSU Setup The RSU installation steps are depicted below: 1) Connect the CAT5 Ethernet cable between the RSU and your PC NIC. Note that your RSU has two Ethernet ports. You may connect your PC to either one of the ports. Optionally you may connect two PCs to the RSU, which will then acts as a switch for those two PCs. 2) Connect the supplied power adapter to the RSU power jack.                                                            WARNING! Use only the supplied Power Supply adapter                                                            3) Connect the power supply to the AC wall socket . 4) Align the RSU until you get the maximum received signal, i.e. Maximum Received Signal Indicator Lights. Check both vertical and horizontal polarization by changing the RSU orientation. 5) The RSU will automatically acquire the radio channel of the AU. • Verify that the Air link led flashes (green led on the Ethernet connector). Indicates Air Link to the AU. • Verify that the Ethernet link LED lights when the PC is connected (yellow led on the Ethernet connector). 2.3. Safety 1. Do not use any power supply other then the one provided with the RSU. 2. Do not place the equipment on an unstable surface. 3. Do not disassemble the equipment. 4. Do not immerse the equipment in any type of liquid. 5. Do not expose the equipment to extreme hot or cold temperatures. 2.4. Warranty 1. Using any power supply other then the one provided with the RSU voids the warranty. 2. Removing the RSU covers voids the warranty. 2.5. FCC Information                                                                                        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.                                                                                        Notice: This device has been tested and found to comply with Radio Frequency Exposure Limits. A minimum separation distance of 30 cm for 900MHZ Band must be maintained between the device in operation and all persons.                                                                                        FCC Notice, USA 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 the relocate-receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. • Consult the dealer or an experienced radio/TV technician for help. This device must accept any interference received including interference that may cause undesired operation. Any unauthorized modification or changes to this device without the express approval of WaveIP may void the user’s authority to operate this device. Furthermore, this device intended to be used only when installed in accordance with the instructions outlined in this manual. Failure to comply with these instructions may also void the user’s authority to operate this device and/or the manufacturer’s warranty

CONFIDENTIALITY REQUEST FOR FCCID:QQ2-GAOFDM900-RSU Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with Sections 0.457(d)(2)(i) and 0.459 pertaining to confidential material. WaveIP Ltd. would like the following documents regarding this submission for FCC ID: QQ2-GAOFDM900-RSU to be kept confidential. 1. Pages 1 of 5 of document GA OFDM 900RSU_Radio_Scheme 2. Pages 1 of document GA OFDM 900RSU_Clock_Tree 3. Pages 1 of document GA OFDM 900RSU_Power_Tree. The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want these documents to be accessible to the general public. Sincerely, Company Name: WaveIP Ltd. Technical Contact: Michael Dayan Phone: 972-4-9937333 ext. 121 Fax: 972-4-9592614 Email: [email protected] Address: 1 Tavor Building P.O.B 335 Yokneam 20692, Israel 1/1

FCC ID: QQ2-GAOFDM900-RSU Subject: Internal &External pictures for GigAccess 900 FCC ID:QQ2-GAOFDM900- RSU 1/4 2/4

Wednesday, July 28, 2004 FCCID:QQ2-GAOFDM900-RSU Lable ARTWORK LOCATION OF LABLE ON TEST ITEM LABLE LOCATION

3/4 4/4

FCCID:QQ2-GAOFDM900-RSU Wednesday, AUG 28, 2005 Subject: ANTENNA INFORMATION 1. Antenna Information: i) Number of Antennas sold with unit: 1 ii) Gain of each antenna (in dBi): 6dBi iv) Integral (Non-removable)

GigAccess™ OFDM 900 September 2005 Page 1 of 1 G G i i g g A A c c c c e e s s s s ™ ™ O O F F D D M M 9 9 0 0 0 0 S S y y s s t t e e m m O O v v e e r r v v i i e e w w GigAccess™ OFDM is a wireless point-to-point and point-to-multipoint broadband communication system. The basic subsystem is composed of a single sector, which consists of an Access Unit (AU) and up to 250 Subscriber Units (SU). Each sector is a stand-alone communication network operating on a star topology with a gateway to the WAN, which allows two-way communication between the SUs and the WAN via the AU. A Sector may be extended by sub sectors, which are consecutive to the SUs within the sector. GigAccess™ include a Base Controller (BC). The BC is a PC running GigAccess™ Network Management System (NMS) application that monitors and controls the AUs and their corresponding SUs. The NMS provides SNMP integration, thus connecting with already existing NMS that service providers might have. Its main purpose is to configure the AUs and SUs with SLA (Service Level Agreement). Once the AU is configured, the configuration is stored in the AU and the sector can run autonomously without the need of a BC (stand alone configuration). Ethernet Ethernet Managment Software Access uni t(AU) Wireless subscriber unit (SU) MAC 802.16 OFDM PHY MAC 802.16 802.16 Frames TCP/IP stack Web Server DHCP Server Nat Router OFDM PHY Network DB Packet Classifier Base Controller (BC) GigAccess Unit Manager SQL DB User Network Router WAN ISP Firewall Telephone Figure 1: GigAccess™ OFDM functional blocks GigAccess™ OFDM 900 September 2005 Page 2 of 2 The following figure depicts a general description of a typical sector in the GigAccess™ OFDM system. AU AU Switch/Router SU SU SU SU Base Controller (Option) WAN Figure 2: Typical sector in GigAccess™ OFDM System The sector uses a single radio channel frequency with a 20 MHz bandwidth, which carries up to 36 Mbps data throughput. The system is a frame-based system, meaning the time dimension is divided into small periods called frames. Each frame is divided into two parts: downstream part (traffic passing from the AU to the SUs) and upstream part (traffic passing from the SUs to the AU). The Time Domain Duplex (TDD) technique is utilized to divide the bandwidth periodically based on the frame size. The portion of the frame, which is allocated to the upstream traffic, is divided between the SUs in the time domain using TDMA (Time Division Multiplex Access) technique. All the divisions are done dynamically thus allowing the SUs to share the channel capacity in a very efficient way. Figure 3: GigAccess™ OFDM 900 Outdoor Unit GigAccess™ OFDM 900 September 2005 Page 3 of 3 GigAccess ™ OFDM MAC layer is based on IEEE 802.16 MAC standard with additional proprietary attributes, which allow for special features such as Consecutive AP ™ . GigAccess ™ OFDM network layer enables routing and QoS queuing of traffic based on classification of packets using information in layers 2, 3 & 4-7. In certain instances, QoS queuing can be done using packet information (priority defined by the management). GigAccess ™ OFDM leverages Orthogonal Frequency Division Multiplexing (OFDM) technology to deliver high data rates, high spectral efficiency in addition to immunity to interference and line of site boundaries via patent pending Consecutive AP ™ technology, delivering data burst rates of up to 36 Mbps. GigAccess ™ OFDM ensures always-on connectivity to full range of IP-based services, including fast Internet, High Quality VoIP and Video. GigAccess ™ provides an instant and independent infrastructure, which is immediately deployable (self installed) with low infrastructure construction and operating costs. In case of Non-Line-Of-Sight (NLOS) between the AU and the SU due to obstacles such as tall buildings or mountains, a consecutive sector may be used. In this scenario, the SU Ethernet output feed a consecutive AU, which is used as a router and transmits the input data over the obstacle as shown in figure below. AU SU SU Consecutive AU Building Up to 90m Ethernet + Power Cable Ethernet to local users Ethernet to local users Figure 4: Consecutive Sector principle

28-Aug-2005 Page 1 of 1 Radio Frequency Radiation Exposure Evaluation for GigAccess Self Install GA OFDM 900 RSU 1. RF Hazard Distance Calculation Limit for power density for general population /uncontrolled exposure is 0.604 mW/cm≤ (for 902MHz) The Power density is given by: P (mW/cm≤)= PT /4π R≤ Therefore: R = Distance to the center of radiation antenna [cm] (3) mWdBm PPlog10×= Therefore: (4 10 10 dBm P mW P= The hazard distances versus antenna gain are listed in Table 1-1.                                                                                        Note! GigAccess™ OFDM 900 was designed for fixed and mobile applications.                                                                                        point-to-multi-point operation Antenna Gain TxPower Safe Distance Sector Type [dBi] [Numeric] [dBm] [mW] [cm] 6 3.98 30 1000 22.6 p2mp Table 1-1: Hazard Distance versus Antenna Gain for Point to Multi Point  When using the system for point to multi point (p2mp) applications all outdoor units must be installed with a separation distance of at least 30 cm from all persons during normal operation.                                                                                             

Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 1/85 REV ∆ Description Sheet Effected Date Drawn Checked A 07.09.05 D.Lanuel S.Cohen B Paragraph 3a-corrected 5 09.09.05 D.Lanuel S.Cohen C New Document 02.01.06 D.Lanuel S.Cohen EMC Laboratory Manufactured by WaveIP Ltd. EMC Test Report According FCC Part 15 Requirements Jan 2006 Function/Title Name Signatur e Date Prepared b Test Engineer D.Lanuel 07.09.05 Checked by Test Engineer D.Lanuel 07.09.05 Approved by EMC Lab. Manager S.Cohen 07.09.05 Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 2/85 Table of Contents Para Page 1 GENERAL INFORMATION........................................................................................................... 3 2 TEST SUMMARY AND SIGNATURES........................................................................................... 4 3 EUT DESCRIPTION..................................................................................................................... 5 4 OCCUPIED BANDWIDTH FOR DSSS SYSTEM ACCORDING TO 15.247(A) (2)........................... 6 5 MAXIMUM PEAK OUTPUT POWER TEST ACCORDING 15.247(B) (3)........................................ 8 6 OUT OF BAND CONDUCTED EMISSION TEST ACCORDING T0 15.247(C)............................... 11 7 RADIATED EMISSION IN RESTRICTED BANDS TEST ACCORDING 15.247(C), 15.205 AND 15.209 ........................................................................................................................................... 13 8 PEAK POWER SPECTRAL DENSITY OF DSSS ACCORDING 15.247D........................................ 19 9 UNINTENTIONAL RADIATED EMISSION TEST ACCORDING TO 15.109.................................. 21 10 CONDUCTED EMISSION TEST ACCORDING TO 15.207.15.107........................................... 23 11 PLOTS................................................................................................................................... 26 12 CORRECTION FACTORS....................................................................................................... 83 13 ABBREVIATIONS AND ACRONYMS...................................................................................... 85 Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 3/85 1 GENERAL Information a. Description of equipment under test Equipment Under Test: Ga-ofdm-900 RSU FCCID: QQ2-GAOFDM900-RSU Manufacturer: WaveIP. Serial Numbers: 00-50C21CCF39 Mode of Operation: TX MODE Operating frequency: 902-928MHZ Year of Manufacture: 2005 b. Applicant Information: Applicant: WaveIP Ltd. Applicant Address TAVOR Building YOKNEAM Telephone: +972-4-9937333 FAX: +972-4-9592614 The testing was observed by: Yoram Singer Following applicant's personnel: Yoram Singer c. Test Performance: Date of reception for testing: 29.08.05 Dates of testing 29.08.05 - 30.08.05 Test Laboratory Location TADIRAN EMC LAB, Hashoftim 26 Holon 58102 ISRAEL Tel: 972-3-5574476 Fax: 972-3- 5575320 Applicable EMC Specification: Federal Communication Commission (FCC), Code of Federal Regulations 47, FCC Docket 89-103, Part 15: Radio Frequency Devices, Sections 15.109, 15.209 & 15.207, 15.205, 15.247. Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 4/85 2 Test Summary and Signatures. TADIRAN EMC Laboratory has completed testing of E.U.T in accordance with the requirements of the FCC 15.247 *The E.U.T was found to comply with the requirements of the FCC Part 15.247 Regulations given below Test Description Specification Reference Date of Testing Test Report Paragraph Compliance PASS/FAIL Occupied 6db bandwidth 15.247 (a) (2) 30/08/05 4 PASS Max peak output power 15.247 (b) (3) 30/08/05 5 PASS Out of band Conducted emission 15.247 (c) 30/08/05 6 PASS Spurious emission radiated In Restricted band 15.209 15.205(a ,c) 29/08/05 7 PASS Peak power spectral density 15.247 (d) 30/08/05 8 PASS Unintentional radiated emission 15.109 29/08/05 9 PASS Conducted emission 15.207 29/08/05 10 pass *The paragraph references to 15.247 contained in this document do not correspond with the latest version of the publication number 558074 a. Test performed by: Mr. D. Lanuel Test Engineer b. Test Report prepared by: Mr. D. Lanuel Test Engineer c. Test Report Approved by: Mr. Samuel Cohen EMC Lab. Manager Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 5/85 3 EUT Description a. General Model Number(s): Ga-ofdm-900 RSU Brief Description (Purpose of Device): GigAccess TM 900 RSU is WaveIP’s wireless point-to-point and point-to-multipoint broadband communication system. The basic subsystem is composed of a single sector, which consists of an AU (Access Unit) and up to 128 SUs (Subscriber Units). Each with full-duplex communication SUs and the WAN via the AU b. E.U.T Test Configuration EUT test configuration is shown in figure bellow AC Power Source EUT Laptop Adapter Antenna c. E.U.T Mode of Operation description (1) Transmit 30dbm-912MHz (2) Transmit 30dbm-915MHz (3) Transmit 30dbm-918MHz (4) Standby (5) Transmitter Power Source Adapter 220VAC/12VDC Ga-ofdm-900 RSU WaveIP EMI Test Report EMC/30020FC05115 6/85 4 Occupied Bandwidth for DSSS System According to 15.247(a) (2) E.U.T: Ga-ofdm-900 RSU S/N: 0050C21CCF39 Test Method: ANSI 63.4 Date: 01/01/06 Relative Humidity: 26% Ambient Temperature: 22c Air Pressure: 1047hpa Testing Engineer: D.Lanuel Date 03/01/06 a. Test Results Summary & Conclusions The E.U.T was found in compliance with OCCUPIED BANDWIDTH b. Limits of bandwidth The test unit shall meet the limits of Table 4.b Table 4.b Limits For Bandwidth Operating Frequency (MHz) Minimum allowed bandwidth 902 - 928 ≥500KHz for 6dbc c. Test Results Table 4.c Bandwidth Test Result Frequency (MHz) Min Bandwidth (MHz) Bandwidth Max Limit(KHz) Plot Results PASS/ FAIL 912 16.28 Plot-1 PASS 915 16.20 Plot-2 PASS 918 16.28 ≥500KHz Plot-3 PASS d. Test Instrumentation and Equipment Table 4.d Test Instrumentation and Equipment Item Model Manufacturer Next Date Calibration Spectrum Analyzer 8593E HP 31/01/06 Broadband Antenna…

Text truncated - open the document above for the full version.

SET UP PICTURE FOR GAOFDM900RSU FCC ID: QQ2-GAOFDM900-RSU- Subject: SETUP PICTURES for GigAccess 900RSU FCC ID:QQ2-GAOFDM900- RSU Radiated emission up to 30MHz Setup 1/4 SET UP PICTURE FOR GAOFDM900RSU Radiated emission 30MHz – 1GHz Setup 2/4 SET UP PICTURE FOR GAOFDM900RSU Radiated emission 1GHz – 18GHz Setup 3/4 SET UP PICTURE FOR GAOFDM900RSU 4/4