QQ2-GAOFDM700-RSUIndoor Transmitter Unit

WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 2 of 10 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 7 7 0 0 0 0 R R S S U U I I n n s s t t a a l l l l a a t t i i o o n n a a n n d d O O p p e e r r a a t t i i o o n n I I n n s s t t r r u u c c t t i i o o n n s s January 2006 WaveIP Ltd. P.O. Box 336 Yokneam 20692, Israel Tel: 972-4-9937333 Fax: 972-4-9592614 [email protected] The information contained in this document is of commercial value, proprietary to WaveIP. It is conveyed to the recipient solely for the purpose of evaluation. Reproduction of this document, disclosure of its contents or any other use of the information herein is strictly forbidden unless expressly authorized in writing by WaveIP. WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 3 of 10 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 1. INTRODUCTION..................................................................................... 4 1.1 GENERAL.................................................................................................4 1.2 GIGACCESS™ OFDM SYSTEM OVERVIEW..........................................................4 2. INSTALLATION ...................................................................................... 5 2.1 PACKING LIST...........................................................................................5 2.2 INSTALLATION PROCEDURE............................................................................6 2.2.1 General ..............................................................................................6 2.2.2 Before You Start ..................................................................................6 2.2.3 Installation .........................................................................................7 2.2.4 Radio Channel Selection .......................................................................8 2.2.5 User PC Setup .....................................................................................8 2.2.6 Safety ................................................................................................8 2.3 FCC INFORMATION.....................................................................................9 3. GIGACCESS™ OFDM 700 RSU TECHNICAL SPECIFICATIONS................ 10 3.1 GENERAL SPECIFICATION............................................................................10 3.2 RESIDENTIAL SUBSCRIBER UNIT (RSU) ..........................................................10 3.3 RADIO SPECIFICATIONS..............................................................................10 T T A A B B L L E E O O F F F F I I G G U U R R E E S S Figure 1-1: Typical sector in GigAccess™ OFDM System .........................................4 Figure 2-1: RSU package content ........................................................................5 Figure 2-2: GigAccess™ OFDM Self-install RSU......................................................6 Figure 2-3: GigAccess™ RSU - Installation Scheme................................................8 WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 4 of 10 1 1 . . I I n n t t r r o o d d u u c c t t i i o o n n 1 1 . . 1 1 G G e e n n e e r r a a l l This document describes how to install and use GigAccess™ OFDM 700 Residential Subscriber Unit (RSU) to obtain wireless high-speed Internet access. 1 1 . . 2 2 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 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. 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 1-1: Typical sector in GigAccess™ OFDM System RSU RSU WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 5 of 10 2 2 . . I I n n s s t t a a l l l l a a t t i i o o n n 2 2 . . 1 1 P P a a c c k k i i n n g g L L i i s s t t When you first open the package, verify that the unit is complete with the following components: 1. RSU Unit 2. Indoor Power Supply (AC input). 3. Quick start guide. Quick Start Guide GigAccess RSU Self-Install Residential Subscriber Unit End User Manual Figure 2-1: RSU package content 3 2 1 WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 6 of 10 2 2 . . 2 2 I I n n s s t t a a l l l l a a t t i i o o n n P P r r o o c c e e d d u u r r e e 2 2 . . 2 2 . . 1 1 G G e e n n e e r r a a l l 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 2-2: GigAccess™ OFDM Self-install RSU 2 2 . . 2 2 . . 2 2 B B e e f f o o r r e e Y Y o o u u S S t t a a r r t t 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 (refer to section 2.2.5 for more information). 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). 1 4 7 6 5 3 2 WaveIP Ltd. GigAccess™ OFDM 700 RSU Page 7 of 10 • Obtain a clear line of site to the AU as much as possible - avoid any physical obstacles, which may block the signal. 2 2 . . 2 2 . . 3 3 I I n n s s t t a a l l l l a a t t i i o o n n The installation process should follow the following steps: 1) Connect the CAT5 Ethernet cable from the RSU data port to your PC NIC. Not…

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CONFIDENTIALITY REQUEST FOR FCCID:QQ2-GAOFDM700-RSU Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with Section 0.457(d)(2)(i) pertaining to confidential material. WaveIP Ltd. would like the following documents regarding this submission for FCC ID: QQ2-GAOFDM700- RSU to be kept confidential. 1. Pages 1 to 5 of document GA OFDM 700-RSU_Radio_Scheme 2. Pages 1 of document GA OFDM 700-RSU_Clock_Tree 3. Pages 1 of document GA OFDM 700-RSU_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

GAFDM700-RSU External pictures FCC ID: QQ2-GAOFDM700-RSU Subject: External pictures for GigAccess 700 RSU FCC ID:QQ2-GAOFDM700-RSU 1/2 GAFDM700-RSU External pictures 2/2

Wednesday, July 28, 2004 FCCID:QQ2-GAOFDM700-RSU Lable ARTWORK LOCATION OF LABLE ON TEST ITEM LABLE LOCATION

GAFDM700-RSU Internal pictures FCC ID: QQ2-GAOFDM700-RSU Subject: Internal pictures for GigAccess 700RSU FCC ID:QQ2-GAOFDM700-RSU 1/8 GAFDM700-RSU Internal pictures 2/8 GAFDM700-RSU Internal pictures ] 3/8 GAFDM700-RSU Internal pictures 4/8 GAFDM700-RSU Internal pictures 5/8 GAFDM700-RSU Internal pictures 6/8 GAFDM700-RSU Internal pictures 7/8 GAFDM700-RSU Internal pictures 8/8

GigAccess™ OFDM 700 RSU 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 7 7 0 0 0 0 R R S S U U 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 700 RSU 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 5 MHz bandwidth, which carries up to 9 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. GigAccess ™ OFDM MAC layer is based on IEEE 802.16 MAC standard and 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 and high spectral efficiency. GigAccess ™ OFDM ensures always-on connectivity to full range of IP-based services, including fast Internet, High Quality VoIP and Video. The RSU is a revolutionary radio modem that has no installation and no client software. It’s a self-install pure plug and play device that eliminates truck roles, technician fees and lot of installation time. RSU RSU Figure 3: GigAccess™ RSU

Antenna Information GA-ofdm-700-RSU 1/3 Antenna Information GA-ofdm-700-RSU 2/3 Antenna Information GA-ofdm-700-RSU 3/3

RSU-OFDM-700MHZ Quantity DESCRIPTION Part Reference PCB Footprint 6 FERRITE BEAD EMI INDUCTOR 121 OHM@100MHz 0603 B3 B9 B16 B17 B18 B19 603 9 FERRITE BEAD 220OHM@100MHz0805 B5 B6 L2 L20 L25 L45 L50 L54 L58 805 1 FILTER BAND PASS 2450MHZ SMD BP1 MDR741F 8 CAP TANT 47 MF 10% 16VCASE C C114 C117 C128 C133 C134 C144 C148 C149 CASE-C- D 5 CAP CER Y5V 1 MF +80/-20% 10V 0603 C1266 CP344 CP346 CP347 CP348 603 3 CAP 1.5 pF, 50V, NPO C1267 C1268 C1281 402 2 CAP CER COG 1 PF 5% 50V 0402 C1278 C1280 402 2 CAP 33 nF X7R 0603 C1283 CP9 603 1 CAP CER COG 68 PF 5% 50V0402 C1284 402 1 CAP CER COG 1.8 PF 5% 50V 0402 C1293 C1298 402 101 CAP CER X7R 100 NF 10%10V 0402 C14 C23 C48 C52 C98 C99 C129 C136 C137 C138 C141 C145 C157 C183 C200 C205 C206 C207 C208 C213 C216 C217 C218 C222 C228 C229 C230 C231 C232 C234 C236 C237 C239 C240 C242 C244 C245 C246 C247 C248 C250 C255 C256 C257 C258 C259 C261 C272 C273 C274 C275 C276 C277 C279 C282 C289 C290 C295 C307 C308 C311 C313 C315 C316 C317 C318 C319 C322 C427 C429 C430 C1250 C1251 C1253 C1254 C1255 C1256 C1257 C1258 C1259 C1275 C1299 C1301 CP11 CP45 CP47 CP164 CP165 CP166 CP167 CP178 CP261 CP265 CP307 CP310 CP337 CP345 CP349 CP350 CP351 CP364 402 2 CAP CER X7R 1 NF 10% 2KV1210 C203 C227 1210 28 CAP CER X7R 10 NF 10% 16V 0402 C21 C49 C51 C143 C201 C204 C235 C243 C269 C270 C287 C321 C364 C1236 C1238 C1239 C1242 C1244 C1249 C1252 C1264 C1279 C1287 CP1 CP7 CP44 CP367 CP371 402 41 CAP CER X7R 1 NF 5% 50V0402 C22 C50 C53 C83 C84 C140 C220 C224 C260 C262 C309 C310 C320 C323 C324 C325 C326 C327 C328 C329 C330 C331 C332 C333 C334 C335 C336 C337 C1237 C1240 C1241 C1243 C1245 C1270 C1277 C1282 C1290 C1291 C1292 CP15 CP20 402 4 CAP CER COG 5.6 Pf 50V +/-0.25PF 0402 C342 C343 C349 CP206 402 27 CAP CER X5R 10 MF 10%6.3V 0805 C47 C142 C209 C211 C225 C238 C249 C254 C265 C266 C288 C426 C428 C1261 C1262 C1263 C1288 C1300 CP5 CP6 CP30 CP43 CP46 CP92 CP140 CP338 CP372 805 15 CAP CER COG 10 PF 5% 50V0402 C60 C76 C146 C150 C1273 C1297 C1302 CP19 CP49 CP54 CP252 CP341 CP342 CP353 CP358 402 21 CAP CER COG 100 PF 5% 50V0402 C65 C344 C1269 C1286 C1289 C1294 C1296 C1303 CP3 CP4 CP8 CP14 CP17 CP18 CP21 CP26 CP48 CP340 CP343 CP355 CP356 402 15 CAP CER X5R 4.7 MF 10% 10V 0805 C67 C109 C158 C312 C314 C1265 C1276 CP10 CP308 CP311 CP336 CP365 CP359 CP366 CP368 805 1 CAP 180pF, 25V, NPO C93 402 1 CAP CER X7R 22 NF 10% 25V0603 C94 603 6 CAP CER X7R 470 PF 5% 50V CP12 CP31 CP37 CP95 CP361 CP369 402 2 CAP 5 pF COG 50V 0402 CP317 CP318 402 15 CAP CER COG 33 PF 5% 25V CP34 CP36 CP41 CP42 CP50 CP52 CP91 CP339 CP357 CP363 CP370 CP375 CP376 CP377 CP378 402 7 LED GREEN T-1 2.1V 2mA 3mm DS1 DS2 DS3 DS4 DS5 DS6 DS9 3MM-TH 6 LED SPACER-9mm DS1 DS2 DS3 DS4 DS5 DS6 1 LED SPACER-13 mm DS9 1 SAW FILTER-374MHz 3.8X3.8 6MHZ BW FL11 TB0152A 1 TA0343A 743MHZ SAW FILTER SMD FL13 5x5 1 TA0342A 713MHZ SAW FILTER SMD FL14 5x5 1 LOW PASS FILTER 915MHz FL7 LPF 2 CON RJ45 JACK W/LEDS VERT TH J1 J2 RJVERT 1 CON MCX BH 50 OHM TH 1.5mm step J102 MCX 1 DC POWER JACK VERTICAL J26 dc- plug_kldv 1 HEADER 2X4 2.54mm SMD GOLD FLASH J29 2x4 2.54 smd 6 INDUCTOR 180 NHy 5% 300mA HIGH FREQUENCY 0805 L1 L19 L44 L55 L56 L74 805 1 IND 6.8 nH 5% 0402 L10 402 3 IND 47 nHy 5% L17 RS78 RS79 402 1 IND 33 nHy 5% L18 402 4 IND 100nH 5% L26 L33 L63 R28 402 6 INDUCTOR 18nH 5% 0603 L47 L57 L59 L71 L75 L76 603 2 INDUCTOR 56 Nh 5% 0402 L5 L62 402 3 IND 2.2 nH +/-0.3nH L8 L11 L12 402 5 TRANS MOSFET 9CHAN SOT23 Q1 Q2 Q5 Q7 Q9 SOT23 5 TRAN MMBT2222A NPN 40V Q3 Q4 Q6 Q8 Q10 SOT23 2 RES 10 OHM 5% 1/16W 0402 R101 R227 402 1 RES 3.01 KOHM 1% 1/16W0402 R118 402 2 RES 75 OHM 1% 1/10W 0603 R119 R136 603 8 RES 10 KOHM 5% 1/16W 0402 R13 R44 R111 R131 R135 R137 R146 RS245 402 6 RES 536 OHM 1% 1/16W 0402 R150 R151 R154 R155 R156 R157 402 2 RES 0 OHM 1/10W 0603 R166 R167 603 4 RES 22 OHM 5% 1/16W R190 R225 R226 R241 402 4 RES 47 OHM 5% 1/16W R231 R233 R234 R235 402 7 RES 124 OHM 1% 1/16W 0402 R232 R236 R243 R254 RS85 RS95 RS243 402 2 RES 2.4 KOHM 5% 1/16W 0402 R240 RS206 402 5 RES 4.7 KOHM 5% 1/16W0402 R245 R246 R260 RS67 RS77 402 1 RES 7.5 KOHM 0402 R27 402 20 RES 100 OHM 5% 1/16W 0402 R30 R100 R126 R244 R255 R256 R257 R258 R259 RS74 RS75 RS76 RS82 RS83 RS94 RS97 RS1009 RS1010 RS1011 RS1012 402 1 RES 910 OHM 5% 1/16W 0402 R32 402 22 RES 51.1 OHM 1% 1/16W0402 R78 R79 R81 R82 R83 R84 R85 R87 R104 R105 R106 R107 R108 R112 R120 R121 R122 R123 R124 R125 R128 RS73 402 9 RES 33 OHM 5% 1/16W 0402 R86 R89 R90 R91 R102 R129 R162 R238 R253 402 11 RES 220 OHM 5% 1/16W 0402 R88 R94 R117 R134 RS84 RS87 RS96 RS230 RS242 RS1005 RS1006 402 23 RES 1 KOHM 5% 1/16W 0402 R92 R110 R132 R133 R138 R139 R158 R159 R160 R161 R237 R247 R248 RS72 RS88 RS89 RS102 RS115 RS192 RS207 RS228 RS244 RS1007 402 6 RES NET CHIP ARRAY 4.7 K5% 8E 10P 32mW/EACH RN1 RN2 RN3 RN4 RN5 RN6 CAY17 4 RES 820 OHM 5% 1/16W RS223 RS224 RS225 RS226 C1295 402 14 RES 0 OHM 1/16W 0402 RS66 RS68 RS103 RS247 RS248 RS1002 RS1008 RS1015 L14 L38 L39 R224 402 2 ETC1.6-4-2-3 BALUN T3 T4 ETC1 1 ETC1-1-13 BALUN T5 ETC1 1 49FCT3807 1:10 CLK DRVR3.3V SSOP20 U10 SSOP20 1 EP1C6256C8 FPGA BGA256 U100 BGA256 1 RT2525 2.4 GHz Transceiver U101 QFN-48L 1 LDO 300mA AME8801HEEV-2.7V U102 SOT23-5 6 70-3000MHZ LNA/DRIVER U107 U108 U109 U110 U113 U122 SC70 1 AME8800MEET-1.8V U111 SOT-23 1 Power Amplifier Module 824-829MHZ U120 4X4 1 LP2992AIM-3 U121 SOT23-5 1 HMC273 MMIC ATTENUATOR U123 MSOP10 1 SN74LVC1G08DCKR AND GATE U124 SOT353 1 28F160 MEM FLASH 1M*1690/80/70ns TSOP48 U14 TSOP48 2 SINGLE 10BASE-T/100BASE- TTRANSFORMER 1:1/1: U16 U19 TRANS 1 SDRAM MT48LC4M32B2-6 TSOP86 U17 86TSOP 1 5 PORT SWITCH WITH INTEGRATED ARM-9+PCI U18 PBGA289 1 ADM708SAR +3V MONITORINGuP SUPERVISORY SO8 U20 SO8 1 BL2012-20B2450 Multilayer Chip Baluns 2450MHz 1:4 U34 BL2012 1 PE4140 MIXER U38 3X3 1 ADF4360-4 PLL WITH VCO 1450-1750 U37 LFCSP24 3 T/R SWITCH AS193-73 U40 U45 U112 SOT23-6 2 LDO 300mA AME8801NEEV-2.9V U43 U49 SOT23-5 2 LP8340CLD-ADJ LINEAR REGULATOR U50 U52 LLP-6 1 RT2560 -BGA180 BBP U51 BGA-180 1 OSC 33MHz 20PPM 3.3V 15PF HCMOS 5*7.5*1.5mm X1 SMD/5X7 1 OSC …

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21-May-2006 Page 1 of 1 Radio Frequency Radiation Exposure Evaluation for GigAccess Self Install GA OFDM 700 RSU RF Hazard Distance Calculation Limit for power density for general population /uncontrolled exposure is 0.466 mW/cm² (for 698MHz) The Power density is given by: S (mW/cm²)= PG /4π R² Where: S = Power Density = 0.466 [mW/cm 2 ] P = Power input to the antenna [mW]. G = Antenna Gain in the direction of interest [In numeric format]. R = Distance to the center of radiation antenna [cm]. Therefore: (3) mWdBm PPlog10×= Therefore: (4) 10 10 dBm P mW P= The hazard distances versus antenna gain are listed in the following table. Point-to-multi-point operation Antenna Gain Tx Power Safe Distance Sector Type [dBi] [Numeric] [dBm] [mW] [cm] 6 3.98 25 317 14.66 p2mp Table 1: Hazard Distance versus Antenna Gain  When using the system for point to multi point (p2mp) applications all outdoor units must be installed with a separation distance of at least 20 cm from all persons during normal operation.                                                                                             

Ga-ofdm-700-RSU WaveIP EMI Test Report EMC/30020FC06002 1/66 REV ∆ Description Sheet Effected Date Drawn Checked A 08.01.06 D.Lanuel S.Cohen B Paragraph 5 modified 9, 32 29.05.06 D.Lanuel S.Cohen EMC Laboratory Manufactured by WaveIP Ltd. EMC Test Report According FCC Part2, 27, 15 Requirements JAN 2006 Function/Title Name Signature Date Prepared b Test Engineer D.Lanuel 29.05.06 Checked by Test Engineer D.Lanuel 29.05.06 Approved by EMC Lab. Manager S.Cohen 29.05.06 Ga-ofdm-700-RSU WaveIP EMI Test Report EMC/30020FC06002 2/66 Table of Contents Para Page 1 GENERAL INFORMATION........................................................................................................... 4 2 TEST SUMMARY AND SIGNATURES. .......................................................................................... 5 3 EUT DESCRIPTION..................................................................................................................... 6 a. General ................................................................................................................. 6 b. E.U.T Mode of Operation description........................................................................ 6 4 OCCUPIED BANDWIDTH FOR ACCORDING TO 2.1049.............................................................. 7 a. Test Results Summary & Conclusions....................................................................... 7 b. Limits of bandwidth................................................................................................ 7 c. Test Results........................................................................................................... 7 d. Test Instrumentation and Equipment ....................................................................... 7 e. Test Procedure ...................................................................................................... 8 5 MAXIMUM PEAK OUTPUT POWER TEST ACCORDING 2.1046 & 27.50...................................... 9 a. Test Results Summary & Conclusions....................................................................... 9 b. Limits.................................................................................................................... 9 c. Test Results........................................................................................................... 9 d. Test Instrumentation and Equipment ..................................................................... 10 e. Test Procedure .................................................................................................... 11 6 FREQUENCY STABILITY ACCORDING TO PART 2.1055 & 27.54 ............................................. 12 a. Test Results Summary & Conclusions..................................................................... 12 b. Limits.................................................................................................................. 12 c. Test Results......................................................................................................... 13 d. Test Instrumentation and Equipment ..................................................................... 14 e. Test Procedure .................................................................................................... 14 7 SPURIOUS EMISSION AT ANTENNA TERMINATION TEST ACCORDING T0 2.1047, 2.1051, 27.53F............................................................................................................................................ 15 a. Test Results Summary & Conclusions..................................................................... 15 b. Limits of conducted emission ................................................................................ 15 c. Test Results......................................................................................................... 15 d. Test Instrumentation and Equipment ..................................................................... 16 e. Test Procedure .................................................................................................... 16 8 RADIATED SPURIOUS EMISSION TEST ACCORDING 2.1053 & 27.53F .................................. 17 a. Test Results Summary & Conclusions..................................................................... 17 b. Limit: The test unit shall meet the Limits. Of table 8.b ............................................ 17 c. Results................................................................................................................ 18 d. Test Instrumentation and Equipment ..................................................................... 18 e. Test Procedure .................................................................................................... 19 9 UNINTENTIONAL RADIATED EMISSION TEST ACCORDING TO 15.109.................................. 21 a. Test Results Summary & Conclusions..................................................................... 21 b. Limit: .................................................................................................................. 21 c. Test Results......................................................................................................... 22 d. Test Instrumentation and Equipment ..................................................................... 22 e. Procedure............................................................................................................ 22 Ga-ofdm-700-RSU WaveIP EMI Test Report EMC/30020FC06002 3/66 10 ANTENNA POWER CONDUCTION FOR RECEIVE ACCORDING PART 15.111 ....................... 23 a. Test Results Summary & Conclusions..................................................................... 23 b. Limit: .................................................................................................................. 23 c. Test Results......................................................................................................... 23 d. Test Instrumentation…

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SET UP PICTURE FOR GAOFDM700RSU FCC ID: QQ2-GAOFDM700-RSU- Subject: SETUP PICTURES for GigAccess 700RSU FCC ID:QQ2-GAOFDM700- RSU Radiated emission up to 30MHz Setup 1/3 SET UP PICTURE FOR GAOFDM700RSU Radiated emission 30MHz – 1GHz Setup 2/3 SET UP PICTURE FOR GAOFDM700RSU Radiated emission 1GHz – 18GHz Setup 3/3