VDJ-EXRP40E802.11 a/b/g Access Point

Version 3.1.24 EXTRICOM WLAN SYSTEM USER GUIDE EXSW800 EXSW-1200 EXSW-2400 EXRP-20 EXRP-40 EXRP-20E EXRP-40E EXSW-1600 EXSW-8000 Copyright No part of this publication may be reproduced, stored in a retrieval system or transmitted, in any form or by any means, photocopying, recording or otherwise, without prior written consent of Extricom Ltd. No patent liability is assumed with respect to the use of the information contained herein. While every precaution has been taken in the preparation of this publication, Extricom Ltd. assumes no responsibility for errors or omissions. The information contained in this publication and features described herein are subject to change without notice. Extricom Ltd. reserves the right at any time and without notice, to make changes in the product. Copyright © 2007 Extricom Ltd. All rights reserved 312401. The products described herein are protected by U.S. Patents and may be protected by other foreign patents, or pending applications.



Important Notice: Read this user manual and safety instructions before installing and operating the Extricom WLAN system. Disclaimer Extricom makes no representations or warranties, whether express or implied, that the Extricom wireless local area network (WLAN) system or any component thereof shall meet the purchaser’s operating requirements or that system operation will be uninterrupted or error-free. All WLANs, including the Extricom WLAN system, can potentially be affected by outside sources of interference such as other broadcasting devices, radiation, device immunity level, and other external sources of interference. The Extricom WLAN System User Guide i Declaration of Conformity Manufacturer’s Name: Extricom Ltd. Declares under our sole responsibility that the products: Product Names: Extricom EXSW800, EXSW-1200, EXSW-2400 , EXSW-8000 Conform(s) to the following standard(s) or other normative document(s): EMC: FCC Part 15 Class B EN 300386 VCCI V-3/2001.04 ANATEL Resolution 237 Safety: EN 60950-1 UL 60950-1 IEC 60950-1 ANATEL Resolution 238 Environmental: EU Directive 2002/95/EC of January 27, 2003, on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (RoHS) ii Declaration of Conformity Manufacturer’s Name: Extricom Ltd. Declares under our sole responsibility that the product: Product Name: Extricom EXRP-, EXRP-40 , EXRP-20E , EXRP-40E Conforms to the following standard(s) or other normative document(s): EMC: FCC Part 15 Class B EN 301489 VCCI V-3/2001.04. Radio: FCC Part 15 C FCC Part 15 E EN 300328 EN 301893 Japan Type Certificate: Article 2, clause 1 ANTEL Resolution 365 Safety: EN 60950-1 UL 60950-1 IEC 60950-1 Environmental: EU Directive 2002/95/EC of January 27, 2003, on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (RoHS)



Note: This equipment has been tested ad found to comply with the limits for a 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 a 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 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. The Extricom WLAN System User Guide iii ! This equipment has been approved for mobile applications where the equipment is to be used at distances greater than 20cm from the human body (with the exception of hands, wrists, feet and ankles). Operation at distances of less than 20 cm is strictly prohibited. Changes or modification to equipment not expressly approved by Extricom LTD are strictly prohibited and could void the user's license to operate the equipment. iv Table of Contents Table of Contents About This Guide..................................................................................................1 Audience.......................................................................................................................... 1 Conventions..................................................................................................................... 1 Safety Precautions ........................................................................................................... 1 Chapter 1 Introduction to the Extricom Wireless LAN System ........................................3 Overview of the Extricom WLAN System ..................................................................... 3 Features and Benefits ...................................................................................................... 5 Overview of the Extricom Switches................................................................................ 7 Overview of the Extricom Access Point ....................................................................... 10 A Typical Extricom Wireless Network Topology......................................................... 13 Chapter 2 Installing the Extricom WLAN System ............................................................15 Unpacking the Extricom WLAN System ...................................................................... 15 Additional Equipment Needed ...................................................................................... 15 Determining the Location of the Extricom …

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The Extricom WLAN System User Guide 15 Chapter 2 Installing the Extricom WLAN System This chapter provides instructions for unpacking and installing the Extricom WLAN system. Unpacking the Extricom WLAN System The Extricom WLAN system is shipped with the following:    One Extricom switch.    CD which contains The Extricom WLAN System User Guide and Release Notes.    APs (the number of APs is based on customer order and provided in separate boxes) are shipped as part of the overall order.    One power cable. Additional Equipment Needed The following additional equipment is required for installing the Extricom WLAN system:    One CAT-5e/6 cable for each AP.    One CAT-5e/6 cable for connecting the WLAN switch uplink to the LAN switch.    One EXRE-10 Range Extender for any AP that will be located over 100 meters from the WLAN switch.    Two stainless steel pan head 8x1-1/4" self-tapping Phillips screws for mounting each AP (optional).    16 Installing the Extricom WLAN System Determining the Location of the Extricom Access Points Before installing the switch and access points, plan the placement of the APs. Before permanently mounting the APs, it is recommended to test the network (using a laptop client) to identify potential coverage holes. If such a problem exists, relocate an AP or add additional APs to resolve the coverage hole. The APs should be placed in a stable, secure location, such as on top of a closet or bookshelf, or mounted on a wall. The switch should be placed near the distribution point of the LAN line. This is usually in the communications closet of your enterprise. The Extricom EXSW800/1200/2400/8000 Switch The Extricom EXSW800 switch has 10 connectors and 4 LED types on the front panel (refer to Figure 10). The Extricom EXSW-1200 switch has 15 connectors and 4 LED types on the front panel (refer to Figure 11). The Extricom EXSW-2400 switch has 27 connectors and 4 LED types on the front panel (refer to Figure 12). Figure 10. Extricom EXSW800 Switch Figure 11 Extricom EXSW 1200 Switch The Extricom WLAN System User Guide 17 Figure 12. Extricom EXSW-2400 Switch Table 1 describes the front panel and connectors of Extricom EXSW800/1200/2400 switches. Figure 13 Extriocm EXSW-8000 switch Figure 14 Extriocm EXSW-1600 switch 16 WLAN copper ports16 WLAN copper ports 18 Installing the Extricom WLAN System Table 1. Extricom EXSW800/1200/2400/8000/1600 Switch Connectors Connectors Description Console Serial connector – only to be used by, or as instructed by, Extricom personnel for troubleshooting, support, or maintenance. Can be accessed using a Null modem cable. (RJ45 in case EXSW-1600) EXSW800 LAN EXSW- 1200/2400 LAN1, LAN2 RJ-45 connectors – used to connect the switch to the wired LANs. On EXSW-1200/2400 these connectors provide redundancy and load sharing between them.



LAN2 is not currently active pending future development. EXSW-1600 LAN1,LAN2 2 copper or SFP GBE combo ports , no mix copper/fiber is allowed WLAN RJ-45 connectors – used to connect Extricom APs to the switch. - Do not connect any device other than Extricom APs to the WLAN ports. These ports provide 802.3AF PoE compatible power. Maximum current: 270 mA, 48 volts. Table 2 describes the front panel LEDs of Extricom EXSW800/1200/2400 switches. Table 2. Extricom EXSW800/1200/2400 Switch LEDs LEDs Color Description Power Green On/off (blinking system not ready in EXSW-1600) LAN, LAN1, LAN2 Link/Act Green    On indicates connection to the LAN network    Blinking indicates activity in the LAN network connection    Off indicates no connection to the LAN network EXSW800 100M Orange    On – 100Mbps full duplex    Off – 10Mbps EXSW- 1200/2400 100/1000M Orange    On – 100Mbps full duplex    Blinking – 1000Mbps full duplex



1000Mbps is not currently active pending future development. EXSW-1600 Orange Link status WLAN Link Green    On indicates connection to the WLAN AP    Blinking indicates activity over the connection to the WLAN AP    Off indicates no connection to the WLAN AP The Extricom WLAN System User Guide 19 Extricom EXRP-20/40 EXRP-20/40 Access Points Extricom APs have two connectors located on the side of the device and four LEDs located on the top of the device. LEDs WLAN Connector Power Connection LEDs WLAN Connector Power Connection Figure 15. Extricom EXRP-20/40 AP Table 3 describes the Extricom Access Point connectors. 20 Installing the Extricom WLAN System Table 3. Extricom AP Connectors Connectors Description Power



External power is not required for most applications. Power is supplied through the Ethernet (PoE). In case of an external power requirement by the application, use a UL Listed LPS (Limited Power Source) or NEC Class II adapter. Rating – Input: 90-240VAC 0.8A max. Output: 48VDC 0.56A max. - Due to regulatory requirements and pending certification process for the power supply connector - external power supply should not be used. WLAN RJ-45 connector – used to connect the Extricom AP to the Extricom switch. Power is provided by the Extricom switch to the AP when directly connected to it. Power connector Leds WLAN External Antenna Connector The Extricom WLAN System User Guide 21 Table 4. Extricom EXRP-20 AP LEDs LEDs Color Description Radio 1 Green 1 st Radio is active Red 1 st Radio is malfunctioning Off 1 st Radio is off Radio 2 Green 2 nd Radio is active Red 2 nd Radio is malfunctioning Off 2 nd Radio is off LAN Green (flashing) Connection to Extricom switch is active Off Not active Power Green On/Off Table 5 Extricom EXRP-40 AP LEDs LEDs Color Description Radio 1 Green 1 st Radio is active Red 1 st Radio is malfunctioning Off 1 st Radio is off Radio 2 Green 2 nd Radio is active Red 2 nd Radio is malfunctioning Off 3 rd Radio is off Radio 3 Green 3 rd Radio is active Red 3 rd Radio is malfunctioning Off 3 rd Radio is off Radio 4 Green 4 th Radio is active Red 4 th Radio is malfunctioning Off 4 th Radio is…

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To Whom So Ever It May Concern We hereby confirm that Mr. Erez Aharon is the Authorized Signatory and Contact Person for Extricom Ltd. and has authorized Mr Eran Shpak to sign on his behalf for FCC matters. Signature: Date: 23/6/08

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 June 4, 2008 RE: Extricom Ltd. FCC ID: VDJ-EXRP40E & VDJEXRP20E After a review of the submitted information, I have a few comments on the above referenced Application. Depending on your responses, kindly understand there may be additional comments. For FCC: 1) Due to various concerns recently seen about proper authority being given to others for FCC and/or IC matters, the agency letter (and ideally confidentiality letters as well) should be signed by someone traceable to have the proper authority. For instance, the FCC site shows Eriz Aharon as the correct contact of authority for FCC matters. Therefore the agency letters and confidentiality letters should be signed by this contact or alternatively a letter showing who he has “deputized” (i.e. Eran Shpak) to sign on his behalf may be provided as well. For further detail see: https://fjallfoss.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?id=33316&switch=P 2) Internal photographs must show top and bottom of the RF board as well. Additionally, if an RF shield is in place, photographs should show both with and without the shield. 3) Users manual appears to be missing 15.105 information. Please update. DTS 4) Test report for DTS references DA 00-705. This is a frequency hopping test method. Other methods should have been applied. See: https://fjallfoss.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?id=21124&switch=P Additionally, where multiple methods exist (i.e. power, spectral density, etc.) – the specific method used should be cited somewhere with the test data (Method 2, etc.) to explain which particular method was applied. 5) For power it is uncertain if a combiner technique or not. Generally the FCC does not want to see combiner techniques as they can create anomalous results in some cases. FCC Prefers to do numerical summation for these types of devices (see next comment). Additionally, it appears the method used was Option 2, method 1. However detector should be set to sample and not AVG for these. Please review. z Page 2 June 5, 2008 6) FCC does not require to consider aggregate power in this case as long as there is no coordination between the multiple transmitters. While the operational description cites the are independent and are not coordinated, the FCC has asked to provide information that demonstrates that the equipment does not use the multiple transmitters for the following : · to send the same information over separate transmitters (Internal maintenance traffic may be permitted). · Separate transmitters are delivering traffic to a single remote device divided into separate simulations transmissions. · Describe what transmitters are operating under the same equipment class and/or rule part frequency band. · Other conditions for multiple transmitters within a single enclose that may be applicable: o Multiple transmitters using Frequency Hopping protocols under 15.247 are not permitted (under any condition) to coordinate transmissions to avoid different transmitters occupying the same frequency channel. o The ensemble of all transmitters must comply with all applicable radio frequency exposure rules, guidelines and interpretations. o Held to ear handset devices being tested for Hearing Aid Compatibility (HAC) must ensure that there is no interrelated influences form other transmitters operating simultaneously on the HAC rating on the specific air interface bands marketed. o Testing compliance to all other emissions must account for interactions among worst case active transmitters. 7) If power is measured using one of the techniques using a SAMPLE detector, then section 4.4 of the report should use -30 dB as the limit, not -20 dB. Please note that not all measurements appear to meet -30 dB. This may dictate which method should be used for power (PEAK). Please review. 8) It is not understood why a combiner may have been used for spectral density tests. The operational description cites the radios can not operate on the same channels at the same time. Please explain. 9) Please update any affected exhibits for any differences in power from adjustment of the technique (i.e. RF Exposure, Users manual if listed, etc.) 10) Page 7 of report mentions multiple beams. This device does not appears to be a beam forming device. Please explain. UNII 11) Test report for UNII references DA 00-705 and also incorrect references to 15.247. DA 00-705 is a frequency hopping test method. Other methods should have been applied. See: http://fjallfoss.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?id=21082&switch=P Additionally, where multiple methods exist (i.e. power, spectral density, etc.) – the specific method used should be cited somewhere with the test data to explain which particular method was applied 12) It is not understood why a combiner may have been used for spectral density tests. The operational description cites the radios can not operate on the same channels at the same time. Please explain. 13) It appears the method used was Power method 1. However detector should be set to sample or peak and not AVG for these. Please review. z Page 3 June 5, 2008 14) Page 7 of report mentions multiple beams. This device does not appears to be a beam forming device. Please explain. 15) The exact power spectral density method used does not appear to be provided/explained. 16) Power spectral density should use peak or sample detectors depending on what method was applied. Data showed AVG. Please review. 17) It is uncertain which power method was appropriately applied, so the peak excursion measurement settings for trace 2 could not adequately be evaluated. 18) Please explain compliance to 15.407(f). 19) Where is compliance to 15.407(g) found? Additional: 20) FYI...It appears these radios are not intended for direct connection to a PC. If so, then the DoC labeling and approval under DoC may not be necessary. This is only intended for device that attach directly…

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Tim, Thank you for your comments. Following are our answers and actions taken in response to them: Response to Comment #1: A letter confirming addition of deputy name to the filing. Response to Comment #2: Updated Internal Photos have been added to the filing. Response to Comment #3: An updated Users manual has been added to the filing (see p.ii). Response to Comment #4, 5, 7, 8, and 10: Reference to multiple beams and combiner were typos. An updated Test Report Part 1 has been added to the filing. Response to Comment #6: An updated Users manual has been added to the filing (see p.4 & 10). Response to Comment #9: An updated MPE calculation has been added to the filing. Response to Comment #11, 12, 13, 14, 15, 16, 17, and 24: Reference to multiple beams and combiner were typos. An updated Test Report Part 2 has been added to the filing. Response to Comment #18: An updated Users manual has been added to the filing (see p.11). Response to Comment #19: Emissions remained completely within the band of operation under all normal operating conditions. See plots of the emission margin at the bandedge with the equipment tuned to the bandedge channel (test report Part 2, p.26) Response to Comment #25: An updated test report Part 1 (see sec.4.4 p.26) has been added to the filing. Response to Comment #26: An updated Users manual has been added to the filing (see p.10). Best regards Yossi Zucke r

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 June 4, 2008 RE: Extricom Ltd. FCC ID: VDJ-EXRP40E After a review of the submitted information, I have a few comments on the above referenced Application. Depending on your responses, kindly understand there may be additional comments. For FCC: 1) Originally it was thought the top and bottom of the main board were being shown. However on closer examination it appears that there are actually 2 main boards in the device but only the top views of these were provided. Therefore please provide photographs of the bottoms of these boards as well. 2) New manual provided appears to show that country domain can be selectable. This is not allowed under most normal approvals for Part 15 due to Part 15.15 of the rules. For example, the FCC released the following on an application that was denied a few years back: At this time, the FCC will not authorize transmitters that have the capability to allow the end user to choose various frequency bands that may be valid for other countries but are not in accordance with the frequency bands permitted by the FCC rules for use in the USA. This includes transmitters that use active or passive listening techniques on these non-USA frequencies. These transmitters must have these end user options disabled. Section 15.15(b) prohibits adjustments of any control by the user that will cause operation of a device in violation of the regulations. Accordingly, any proposal to allow the end user to choose extended channels on frequencies outside of an allowable frequency band in the USA is not acceptable. Note: Ideally the max/min channels available should be set/locked in the hardware such that an update in the firmware can not affect this issue. 3) The users manual mentions operation in 5250-5350 MHz, ant 5505 – 5725 MHz. This application does not support this. Also given the Transceiver being capable in this range suggests further concern regarding 2) above. Please explain how this device it kept from operation in this band. 4) UNII Peak excursion measurement trace 2 does not appear to follow published UNII procedures. Please review. 5) Please explain compliance to 15.407(c). This was intended to be in last set of comments – but incorrectly stated as 15.407(f). 6) Regarding 15.407(g) – compliance is usually shown for UNII by either frequency tolerance tests or information regarding crystal tolerances. Simple measurements of the bandedge without concern for temperature are not sufficient. 7) Receive emissions for IC should measure up to 3 times the internally generated or used by the RX. (RSS-GEN 4.10). Data provided doesn’t appear to cover this. 8) FYI.....Because of identical file names and Revision numbers of test reports, there was some difficulty in reviewing the changes to the new files and took more time than normal. In the future, kindly add an extension to the file name (i.e. Rev X, or date code) to easily distinguish newer revised documents and which one is the most recent. z Page 2 July 8, 2008 Timothy R. Johnson Examining Engineer mailto: [email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

Here are my responses regarding your 2nd review: For comment #1:The device contains a single main board with top & bottom photos as presented. For comments #2, 3 & 5: An updated Operational Description has been added to the filing. For comments #4 & 7:Updated test reports Part 1 Rev2 and part 2 Rev 2 have been added to the filing. For comment #6: Since the transmitter module is manufactured by a 3rd party, the grantee is unable to provide details about the crystal's tolerances. However, since the module was certified and carries an FCC ID, requirement of sec. 15.407(g) has been met. Normal operation conditions (temperature anf voltage) for the device are the same as for the module. Best regards Yossi Zucker EMC & Product Safety Lab Manager QualiTech, ECI Telecom

Top View Bottom View Side View

47mm 2 2 m m Model: EXRP-40E EXTRICOM Ltd. I.T.E E255659 + - ! See Installation Instruction Before Connecting Power S/N: Instruction: YY - Year Number WW - Week Number IIIII - Index 00000 - 99999 P/N: EX02140401 S/N: YYWW122IIIII *EXB1001002* *064010100001* Font: Barcode 39 regular Density: 0.446 ch/cm X dimension: 0.15mm Height: 3.0mm FCC ID: VDJ-EXRP40E IC: 7180A-EXRP40E 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. Wireless Radio-Point 802.11a/b/g 2.4Ghz, 5Ghz. This Product contains a Radio Equipment Type Approval. The radio in this product was certified by DSPR lab (003). Certification number are located on inner side of the product. REVDRAWING NO. DESCRIPTION: A SD0014 Product label EXT A/P 4RAP4 8 CON LABEL P/N: LBL0035A DATE NAME DRAWN CHECKED APPROVED 26/02/08 EFFY A DATE NAME DRAWN CHECKED APPROVED DATE DRWAN APPROVED CHANGE DESCRIPTION ECO NO. REV SYMBOL 26/02/08 26/02/08 EFFY A SOPHI B 48V 0.2A

Top View Bottom View Module, Top View, RF Shielding removed Module, Bottom View

Maximum Permissible Exposure (MPE) Calculation Reference document: 47 CFR §15.247(i) & §1.1310 Test Requirements: According to §1.1310, the criteria listed in tab. 1 shall be used to evaluate the environmental impact of human exposure to RF radiation as specified in §1.1307(b). For equipment authorization purposes the term co-location refers to simultaneously transmitting (co-transmitting) antennas located within 20cm of each other within a product. Limit 1mW/cm 2 Calculation Result*: Power Density = 0.3mW/cm 2 at a sphere of 20cm. Comply The EXRP40E device is capable of operating in the 2.412 – 2.462 GHz and 5.15-5.250, 5.745- 5.825 GHz bands. The maximum conducted power is 180mW for 2.412 – 2.462 GHz, 32mW for 5.15-5.250, and 75mW for 5.745-5.825 GHz. For simultaneous transmission, RF exposure compliance is with respect to the aggregate exposure from all simultaneously transmitting transmitters/antennas. When operating four Beams, transmitting simultaneously, the worst case prediction occurs at 2400-2483.5 MHz Band, 180mW of power, 3dBi antenna gain. The maximum exposure level in this scenario is 0.3 mW/cm 2 at a distance of 20 cm. * Equation (3) given in OET Bulletin 65 is used to estimate the MPE distance. 2 4R PG S π = S=power density, in mW/cm 2 P=power input to the antenna, in mW G=numeric gain of the antenna, R= distance to the center of the antenna, in cm MPE levels at 20cm are calculated as follows: Frequency Band Data Rate [Mbps] MPE Distance [cm] Aggregate Output Power [mW] Antenna Gain [dBi] Power density [mW/cm 2 ] Limit [mW/cm 2 ] Margin [mW/cm 2 ] Four Beams, transmitting simultaneously, Worst-Case 2.4G 1 20 720 3 0.3 1 0.7

E E E l l l e e e c c c t t t r r r o o o m m m a a a g g g n n n e e e t t t i i i c c c C C C o o o m m m p p p a a a t t t i i i b b b i i i l l l i i i t t t y y y T T T e e e s s s t t t R R R e e e p p p o o o r r r t t t T T T e e e s s s t t t R R R e e e p p p o o o r r r t t t N N N o o o : : : E E E X X X T T T 1 1 1 3 3 3 0 0 0 3 3 3 0 0 0 8 8 8 Issued on: March 13, 2008 P P P r r r o o o d d d u u u c c c t t t N N N a a a m m m e e e A A A c c c c c c e e e s s s s s s P P P o o o i i i n n n t t t – – – E E E X X X R R R P P P 2 2 2 0 0 0 E E E / / / 4 4 4 0 0 0 E E E T T T e e e s s s t t t e e e d d d A A A c c c c c c o o o r r r d d d i i i n n n g g g t t t o o o F F F C C C C C C 4 4 4 7 7 7 C C C F F F R R R , , , P P P a a a r r r t t t 1 1 1 5 5 5 , , , S S S u u u b b b p p p a a a r r r t t t E E E T T T e e e s s s t t t s s s P P P e e e r r r f f f o o o r r r m m m e e e d d d f f f o o o r r r E E E x x x t t t r r r i i i c c c o o o m m m L L L t t t d d d . . . Haim Levanon Street, P.O. Box 39040, Tel-Aviv 61390, Israel Tel: +972-3-7451000, Fax: +972-3-7451001" Q Q Q u u u a a a l l l i i i T T T e e e c c c h h h E E E M M M C C C L L L a a a b b b o o o r r r a a a t t t o o o r r r y y y , , , E E E C C C I I I T T T e e e l l l e e e c c c o o o m m m 30 Hasivim Street, Petah-Tikva, 49517, Israel Tel: 972-3-926 8443 Fax: 972-3-928 7490 1633.01 Regis. No: 102724 Test Report: EXT 130308 Date: 09.07.2008 Rev.2 EMC Lab The information contained herein is the property of QualiTech, EMC Lab and is supplied without liability for errors or omissions. The copyright for this document vests in QualiTech, EMC Lab. All rights reserved. This Test Report may not be reproduced, by any method, without the written permission of the QualiTech, EMC Lab. If and when such permission is granted, the report must be reproduced only in the full format. Extricom Ltd. Page 2 of 41 Access Point – EXRP 20E/40E T T T e e e s s s t t t p p p e e e r r r s s s o o o n n n n n n e e e l l l Tests Performed By: ----------------------------------------- Rami Nataf Report Prepared By: ----------------------------------------- Bina Talkar Report Reviewed By: ----------------------------------------- Y. Zucker QA and Lab. Manager QualiTech EMC Laboratory 1633.01 Test Report: EXT 130308 Date: 09.07.2008 Rev.2 Extricom Ltd. Page 3 of 41 Access Point – EXRP 20E/40E EMC Lab T T T e e e s s s t t t R R R e e e p p p o o o r r r t t t d d d e e e t t t a a a i i i l l l s s s : : : Test commencement date: 20.02.2008 Test completion date: 10.03.2008 Customer’s Representative: A.Y. Erez Issued on: 13.03.2008 A A A s s s s s s e e e s s s s s s m m m e e e n n n t t t i i i n n n f f f o o o r r r m m m a a a t t t i i i o o o n n n : : : This report conta…

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