OJFMODULITE810WLAN In-Building Access Point Amplifier

LETTER STATING Ofek One Center, Building B, Northern Industrial Zone, Lod 71293, ISRAEL • Tel 972-8-918-3888 • Direct Tel 972-8-918-3818 • Fax 972-8-918-3844 E-mail: [email protected] The system, identify by FCC ID: OJFMODULITE810, will only be sold as a complete system in the configuration that was tested and authorized. The complete system will include the following devices : 1) Access Point: Cisco System, Model No:CISCO 1200, FCC ID: LDK102042 2) Smart Amplifier: Shockwave, Model No: AMP – 24 – 1W 3) 4 by 4 Service Combiner Hybrid Matrrix 4x4: Anaren, Foxcom Model No:HC-44- 1 4) Coax cable, Access point to Amplifier Input Type: LMR–195-PUC, Minimum length: 14 Inch, (Attenuation 0.5 dB), TIMES MICROWAVE SYSTEMS. Maximum antenna gain: 5 dBi (ex: Mars Antenna model MA-CM36-15) Shlomo Cohen Quality Assurance Manager Foxcom Wireless Tel: (direct) +972-8-918-3818 (mobile) +972-53-275564 (general) +972-8-918-3888 Fax: +972-8-918-3844 E-mail: [email protected] Visit our website at http://www.foxcomwireless.com

48VDC ModuLite 810 Stand Alone 50 Ohm Ter. 50 Ohm Ter. Access Point Amplifier ModuLite 810 110VAC 110VAC 48VDC Ethernet

Detail Schematic Diagram: Figure 1: Combining Cellular, PCS and WLAN signals using 4x4 hybrid combiner Components : Access Point CISCO 1200 – FCC ID: LDK102042 Smart amplifier of Shockwave. 4 by 4 Service Combiner – Hybrid Matrrix 4x4 Wlan 0.8-2.5 GHz model: HC-44-1 Antennas: Vendor Catalog number Gain [dBi] Mars Antennas MA-CM36-15 2 low band 3-4 high band 5 WLAN 802.11b Celwave A08818DC00-28T0 2.1 Antenna ASP-3561 2 4 by 4 Service Combiner Cisco 1200AP WLAN Access Point ModuLite 810 Amplifier Cellular / PCS To Antennas

-----Original Message----- From: Tom Cokenias [mailto:[email protected]] Sent: Sunday, March 16, 2003 11:25 PM To: Mike Kuo Subject: RE: RE: FW: FOXCOM WIRELESS LTD., FCC ID:OJFMODULITE810, AN03T258 9 Mike, Attached please find a revised user manual pages and revised block diagram for the 810 stand alone system. Foxcom would like to change the EUT being submitted for certification to be a 2.4 GHz stand-alone device. I think I have addressed the maximum antenna gain, the 20cm separation, and the 2 m separation issues in the modified user manual. I also inserted the stand- alone block diagram in the user manual. The changes I made are in red ink. I think you will be able to issue a grant for this stand alone item since we don't have to be concerned with multiple frequencies coming out of the antenna. If you still have questions or need changes in the manual, let me know, I'll make them and tell Foxcom this is how it has to be. At this point they are open to making the changes that will get them a Part 15 grant for this stand-alone product. best regards Tom From: Tom Cokenias [[email protected]] Sent: Monday, March 10, 2003 10:46 AM To: Mike Kuo Subject: RE: RE: FW: FOXCOM WIRELESS LTD., FCC ID:OJFMODULITE810, AN03T258 9 Hi Mike, I spoke to Shlomo Cohen and confirmed that the 10 dBi antenna is a mistake, there will only be a maximum of 5 dBi antenna used with this 840/4x4 product. The 24 dBm is the maximum non- ISM level that will get to the remote antenna. The maximum power presented to antenna is via the amp and is 21.3 dBm. At 20 cm from any antenna, the worst case exposure condition would be if there were 3 cell channels and 1 WLAN channel. If the other 3 antennas were all configured same way (3 cell, 1 WLAN) this would be worst case exposure configuration for the product. I did calculations and determined that if all antennas are at least 2m from each other, and any one antenna is at least 20 cm from persons, then exposure would be met. Please look this over before you submit to FCC and let me know if this would be sufficient analysis for you to justify notes on grant as proposed. best regards Tom >Hi Tom: > >Additional questions to be addressed based upon the replies from the applicant : > >Question #7: Based upon the reply to question#2 (c), since cellular/PCS and WLAN are transmitting simultaneously via single antenna, such configuration has been mentioned during April 2002 TCB/FCC training. FCC defines single antenna transmitting multiple frequency signals is defined as " self co-located ". There are several areas to be addressed: > >1)apply multiple frequency exposure criteria to the operating configurations and exposure conditions of the antenna operating configuration. ( FCCtraining ) > >The grant condition stated in Litenna FCC ID:OJFLITENNA0DB0P1 is " The antenna(s) used for this transmitter are to be fixed- mounted on indoor permanent structures providing a separation distance of at least 20 cm from all persons during normal operation. The maximum radiated output power at each antenna must satisfy the MPE Categorical Exclusion Requirements of §2.1091. RF exposure compliance may need to be addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co-location requirements of §1.1307(b)(3).". When the Modulite system is >installed as part of Litenna RF distribution system, the entire system will be subject to section 2.1091 categorical exclusion requirement and section 1.1307(b)(3)at the time of licensing. Such grant condition will be included >in the Modulite system DTS application. > >2)Evaluate RF exposure compliance for all frequency bands ( FCC training ) > >The MPE estimate provided to address question #2 used 24dBm as output power and max. 10dBi antenna gain for estimating the RF exposure separation distance for 2.4WLAN device. The highest reported output power measured at >Smart amplifier end is 21.3dBm, and the highest antenna gain measured during Radiated spurious emission test is 5dBi antenna gain. There is no test data to support the type of antenna for 10dBi gain. Please explain the >differences in output power and antenna gain. > >In addition, no information has been provided to address RF exposure requirement when the device is transmitting at multiple frequency bands and the effect on RF exposure compliance. Please provide the MPE estimate based >upon when the WLAN amplifier is used and transmitting simultaneously with Cellular/PCS operation. > >3)could potentially influence the operating conditions of another transmitter within that group of transmitters.( FCC training) > >As indicated in FCC grant for CISCO AP FCC ID:LDK102042, this access point can not be co-located with any other antenna or transmitter. This is to repeat the question #2 (E)which has not been addressed in your reply. The >test data submitted do no include any co-location evaluation when the AP is transmitting simultaneously with licensed frequency bands. Please provide additional test data. > >4)could potentially influence the exposure conditions of persons exposed by any one of the transmitters in the group (FCC training ) > >Based upon the replies to address the question #7, the grant condition may be changed. > >Best Regards > >Mike Kuo > > >-----Original Message----- >From: Tom Cokenias [mailto:[email protected]] >Sent: Thursday, March 06, 2003 8:52 PM >To: [email protected] >Subject: Fwd: RE: FW: FOXCOM WIRELESS LTD., FCC ID:OJFMODULITE810, >AN03T2589 > > > >Hello Mike, > >Here are the answers to your questions. Hopefully you will have time to review this Friday, Foxcom has big order and there are bonuses if they get grant by Monday. > > > >Answer for Question #1: See attached the update in the ModuLite >Installation Guide, Litenna Installation Guide and pages 38 to 42 from Instalation Guide. > >Also, page 18 of the Litenna guide and page 20 of the ModuLite guide for answer to question 1a. > >>Answer for Question #2: > >C. Yes, during the normal …

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From: Michael Nicolay [[email protected]] Sent: Tuesday, April 22, 2003 5:29 AM To: [email protected] Subject: Re-filing Requiremments I just received answers to the questions/comments you made concerning the re- filing requirements for the dismissed DTS (WLAN) system, formally FCC ID:OJFMODULITE810. As you are aware, we do not permit certifying stand-alone amplifiers for Part 15 devices, Part 15, paragraph 15.204(a). In order to certify the DTS system (under 15.204(b)) you must re-file an application that complies with all the reporting requirements. This means that the application must contain schematics of all the electronics comprising the system. This includes the device referred to in your previous block diagram as "Access Point", and the device referred to as "Hybrid 4x4." In addition to the schematics we also require internal and external photographs of all the devices within the system. Without all the required information the Certification Grant will appear to be for the Module 810, only, which is the amplifier. You may also want to address the manual to clarify that the system will only be sold and installed in the configuration that was authorized. We will also require the Grantee to submit a letter (comments section) stating that the system will only be sold as a complete system in the configuration that was tested and authorized. Thanks, Mike

Cisco Systems, Inc. 320 Springside Drive Akron, Ohio 44333 Phone: 330 664-7900 Fax: 330-664-7922 http://www.cisco.com Phone: (330) 664-7362 Fax: (330) 664-7301 E-Mail: [email protected] May 6, 2003 Compliance Certification Services 561F Monterey Road Morgan Hill, CA 95037-9001 Re: Foxcom FCC ID:OJFMODULITE810, Assessment No:AN03T2589 To Whom It May Concern: The following information is to be held confidential pursuant to 47 CFR Part 0 §0.457 and Section 552(b)(4) of the Freedom of Information Act, because the information provided is proprietary and contains trade secrets. If made public, the information might be used to the disadvantage of the Cisco Systems, Inc. in the market place. In addition, this information is to be withheld from the applicant, Foxcom, as well. AIR-MPI350 Schematic Diagrams Best Regards, Jim Nicholson EMC Compliance Engineer

tel: 650-726-1263 fax: 650-726-1252 email [email protected] Thomas N. Cokenias EMC & Radio Type Approvals Test & Consulting Services for Commercial, Military, International Compliance P.O. Box 1086 El Granada, CA 94018 [email protected] FCC Laboratory 7435 Oakland Mills Road Columbia, MD 21046 Attention: Applications Examiner Re: Confidentiality Request for 2.4 GHz DTS per section 0.459 of the Rules Applicant: Foxcom Wireless Ltd. FCC ID: OJFMODULITE810 Hello, On behalf of my client Foxcom Wireless Ltd,. I request the following documents be kept confidential: Schematics Foxcom and the subassembly suppliers to Foxcom have invested significant resources in the development of this product. Disclosure of product schematics would provide other manufacturers with an unfair competitive advantage. If you have questions or need further information please don't hesitate to call. Sincerely, THOMAS N COKENIAS EMC Consultant and Agent for Foxcom Wireless

External Photos 1. Smart Amplifier 2.4 GHz: 2. Hybrid Matrix 4X4 WLAN: 3. Access Point of Cisco

Foxcom Modulite 810 FCC ID Label and Location label on bottom of unit Dimensions: Approximately 2.5 cm x 5 cm FCC ID: OJFMODULITE810 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 than may cause undesired operation

Internal Photos 1. Smart Amplifier 2.4 GHz: Top view of board Bottom view of board 2. Modulite board (DC/DC) Top view of board Bottom view of board 3. Access Point of Cisco Top view of board Bottom view of board 4. 4x4 Hybrid Top view of board Bottom view of board

GENERAL INFORMATION Requirement: Federal Communications Commissions Test Requirements: 15.205, 15.207, 15.209, 15.247 Applicant: FOXCOM WIRELESS LTD. Ofek One Center Building B, Northern Industrial Zone Lod, Israel 71293 Product Name: WLAN (Wireless LAN) 2.4 GHz, One Access Point Product Model: ModuLirte 810 Product ID: FCC ID: OJF ModuLite810 RF Specifications RF Frequency Band 2.400 to 2.4835 GHz RF Channels Programmable in 5 MHz steps RF signal Bandwidth 22 MHz (3 non overlapping channels) Modulation Type DBPSK or DQPSK or CCK Transmitter Output Power + 21dBm Antennas MARS MA-CM36-15 (5dBi) Celwave Tri-Band Omni-Directional (2.1 dBi) Fixed Station ASP-3561 (2 dBi) TEST LOCATION All emissions tests were performed at: Hermon Laboratories Ltd. Rakevet Ind. Zone, P. O. Box 23 Binyamina 30550 Israel Phone: +972 (0) 4 6288001 Web: Fax: +972 (0) 4 6288277 System Description: Wireless Access Point 802.11b (From CISCO) Smart Amplifier 2.4 GHz (From Wireless Wave) Hybrid Matrix 4X4 WLAN 0.8-2.5 GHz 48vDC 12-48VDC 5W (max) Ethernet Line ModuLite Cabinet Donlink: An Ethernet line is connected to Ethernet to 802.11b Access Point. That converts the signal into RF signal. The RF signal is at 2400-2500MHz and power of +13dBm (20 Mw). That signal is amplified via a bi directional amplifier with +29dBm output power. The signal is connected to Hybrid Matrix 4x4 that is a passive unit with loss of 7dB and goes out to the antennas. At the antenna port the max output power is +22dBm. Uplink: The signal from the antennas is connected to Hybrid Matrix 4x4. The RF uplink signal from Hybrid Matrix 4x4 is amplified via a bi directional amplifier. That out signal, Outside the ModuLite Cabinet, connected to 802.11b access point that converts the signal buck to Ethernet signal. That signal connected to Ethernet line. TEST EQUIPMENTS LIST 0041 Double ridged guide antenna, 1-18 GHz Electro-Metrics RGA 50/60 2811 3/03 0447 LISN, 16/2, 300 V RMS Hermon Labs LISN 16-1 447 11/03 0521 Spectrum Analyzer with RF filter section (EMI Receiver 9 kHz - 6.5 GHz) Hewlett Packard 8546A 0319 9/03 0554 Amplifier, 2 – 18 GHz RF Miteq AFD-4 4300 12/03 0580 DC block adaptor 10 kHz-2.2 GHz Anritsu MA8601 A 580 12/03 0589 Cable Coaxial, GORE A2POL118.2, 3m Hermon Labs GORE-3 589 12/03 0590 Attenuator 10 dB, 50 Ohm, N-type, 2W Elisra Electronic Systems MW2100-N-Type 10 01/04 0604 Antenna Biconilog Log-Periodic/T Bow- Tie, 26 - 2000 MHz EMCO 3141 9611-1011 01/04 0768 Antenna standard gain horn 18-26.5 GHz, WR-42, K-band, gain – 25 dB Quinstar Technology QWH-4200-BA 110 07/04 check 1002 Filter Low Pass Telewave Inc. TLF-860 4006 12/03 1003 Cable coaxial, M17/164, 10 m Hermon Labs C17164-10 161 11/03 1004 Cable coaxial, ANDREW PSWJ4, 6 m Hermon Labs ANDREW-6 163 12/03 1200 Quadruplexer Elettronica UE 84 0240 4/03 check 1424 Spectrum analyzer, 30 Hz - 40 GHz Agilent Technologies 8564EC 3946A00219 8/03 1650 Attenuators set (2, 3, 5, 20 dB), DC – 18 GHz M/A –COM 2082 NA 03/03 1651 Attenuators set (2, 3, 5, 20 dB), DC – 18 GHz M/A –COM 2082 NA 03/03 1947 Cable 18 GHz, 6.5 m, blue Rhophase Microwave Ltd NPS-1803A- 6500-NPS T4974 10/03 1989 Adapter, 18 - 26.5 GHz, WR-42/SMA Continental Microwave & Tool Co. NA NA 8/04 2009 Cable RF, 8 m Alpha Wire RG-214 NA 12/03 2254 Cable 40GHz, 0.8 m, blue Rhophase Microwave Limited KPS-1503A-800- KPS W4907 11/03 2260 Amplifier Low Noise 14-33 GHz Sophia Wireless LNA28-B 0233 11/03 2274 Power Supply 11V for HL2258, HL2259, HL2260, HL2261 Hermon Labs S-11 NA 12/03 check Manufacturer information HL Serial No. Description Name Model No. Serial No. Due Calibr.

Celwave Tri-Band Omni-Directional Antenna Specification The Celwave MicroTenna series is the ideal choice for all indoor antenna requirements. When you are planning indoor ESMR, AMPS, GSM, DCS, or PCS systems the Celwave MicroTenna series has an antenna that can make the installation quick, easy and stealth. Each MicroTenna series antenna uses a wall/ceiling mount for mounting on various surfaces. Their off-white color and smooth shaped radomes blend easily into building aesthetics. The integrated “n” Advantages • Small size – New and improved radome shape with smooth curves that blend with indoor environments • Integrated Ceiling/Wall Mount – Easy installation. • Various patterns – Antenna suited for any requirement. • Broadband services – Single ultra wide band covers SMR, cellular, DCS, PCS, ISM and MMDS frequencies. General Model AO8818DC00-28T0 Application Tri-Band, broadband omni ceiling mount Frequency Ranges (MHz) 806-2700 Pattern Characteristics Omnidirectional Horizontal Beamwidth in degrees at 3 dB, ½ Power Points 360 Vertical Beamwidth in degrees at 3 dB, ½ Power Points 66 Polarization Vertical Gain dBd (dBi) 0.0 (2.1) Dimensions WxDxH – in (mm) 6x4z4 (153x102x102) Weight – lbs (kg) with Mounting 1.5 (3.8) Ceiling Mounted Grill Panel Dimensions 12-7/8 inches diameter Mechanical Data Radome Off-white ABS Radiators Solid Brass Radiator Reflector Material Aluminum Mounting Ceiling, Universal Wall & Ceiling Mount Electrical Data VSWR <2.1 Maximum Power Input (Watts) 50 Bandwidth – MHz for 1:5:1 VSWR 1184 Bandwidth – MHz for 2:0:1 VSWR 1894 Termination N-Female

MULTIBAND OMNI MA-CM36-15 Multi Band Omni Antenna MA-CM36-15 Mars Multi Band Omni Antenna covers GSM/AMPS/IDEN/PCS/UMTS/WLAN/BLUETOOTH bands. The antenna is aesthetic, small and has unobtrusive profile that blends easily with any environment. Specifications: Electrical Standard SMR, AMPS, CDMA, TDMA, GSM 900 PCS, DECT, GSM 1900, UMTS Bluetooth , ISM WLAN Frequency, MHz 806-960 1710 – 2170 2400 – 2500 Gain, typ. 2 dBi 3 – 4 dBi 5 dBi VSWR, max. 2.0: 1 1.5: 1 1.8: 1 Polarization Linear Vertical Power 50 W Impedance 50 Ohms Mechanical and Environmental Dimensions Base Diameter-205 mm, Height-89 mm Connector N-Type, Female RadomeABS, UV Protected Temperature-40°C to +70°C Base plate Aluminum Environmental Indoor Usage (Outdoor version available on request) Specifications subject to change without notice Patent Pending MULTIBAND OMNI MA-CM36-15

ÆìStripes of Qualityî 15 www.antenna.com Specifications Electrical Power Rating50 watts GainUnity (0 dBd, 2 dBi) Frequency Range806-960 MHz; 1710-3000 MHz VSWR2:1 Input Impedance50 ohms PolarizationVertical E-plane Beamwidth90∞ typical H-plane BeamwidthOmnidirectional Mechanical Radome Diameter8.1 inches (205 mm) Radome Depth2.6 inches (67 mm) Radome MaterialABS RadiatorBrass Weight0.7 pounds (0.3 kg) MountingSolid or hollow, fixed ceiling Mounting Hardware3 wall anchors, #8 x 1 inch long Phillips and screw covers, 3/16 inch (5 mm) drill size needed ConnectorN female bulkhead CableAvailable separately Fixed Station Multiband Indoor Antenna Model ASP-3561 Versatile ó combines trunking, cellular, GSM, ISM, DCS1800 and PCS1900 frequencies into one indoor antenna Economical ó provides a cost-effective solution for high volume deployments and multiple in-building systems Precision Engineered ó incorporates capacitive fed, broad band microstrip circuitry Unobtrusive ó low profile blends easily with internal environment for unobtrusive appearance DC Grounded ó to meet local electrical building codes Convenient ó simple to install for indoor ceiling mount applications TRUNKING FIXED STATION ANTENNAS 8.1 inches (205 mm) 2.6 inches (67 mm)

Sheet1 Foxcom Wireless FCC ID: OJFMODULITE810 RF Hazard Distance Calculation mW/cm2 from Table1:1.00 Max RF PowerTX AntennaMPE P, dBmG, dBiSafe Distance, cm 21.05.05.6 21.02.04.0 Basis of Calculations: E^2/3770 = S, mW/cm2 E, V/m = (Pwatts*Ggain*30)^.5/d, meters d = ((Pwatts*G*30)/3770*S))^0.5Pwatts*Ggain = 10^(PdBm-30+GdBi)/10) NOTE: For mobile or fixed location transmitters, minimum separation distance is 20 cm, even if calculations indicate MPE distance is less Page 1

Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (a)2 Minimum 6dB Bandwidth EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 1 Notes Fmax=2462 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (a)2 Minimum 6dB Bandwidth EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 2 Notes Fmid=2437 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (a)2 Minimum 6dB Bandwidth EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 3 Notes Fmin=2412 MHz Ext.Att=40 dB

Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 1 Fmin= 2412 MHz VERTICAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 2 Fmin= 2412 MHz HORIZONTAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 3 Fmin= 2412 MHz Freq (MHz) Peak Amp (dBuV/m) QP Amp (dBuV/m) Limit QP (dBuV/m) QP - Lim (dB) Antenna Polarization 44.023000 32.72 26.35 40.00 -13.65 Vertical 72.559550 30.00 27.95 40.00 -12.05 Vertical 98.849350 28.33 25.12 43.50 -18.38 Vertical 124.907500 33.98 31.70 43.50 -11.80 Vertical 197.688150 30.42 26.47 43.50 -17.03 Vertical 592.038463 34.08 30.16 46.00 -15.84 Vertical 948.257150 37.96 33.55 46.00 -12.45 Vertical Freq (MHz) Peak Amp (dBuV/m) QP Amp (dBuV/m) Limit QP (dBuV/m) QP - Lim (dB) Antenna Polarization 65.282250 33.38 30.02 40.00 -9.98 Horizontal 68.893050 32.22 29.18 40.00 -10.82 Horizontal 98.829850 29.49 26.82 43.50 -16.68 Horizontal 124.918750 32.02 29.28 43.50 -14.22 Horizontal 249.817500 40.86 38.58 46.00 -7.42 Horizontal Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 4 F= 2412 MHz (Ch 1), 2437 MHz (Ch 6) and 2462 MHz (Ch 11) VERTICAL & HORIZONTAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 5 F= 2437 MHz (Ch 6) VERTICAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 6 F= 2437 MHz (Ch 6) HORIZONTAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 7 F= 2462 MHz (Ch 11) VERTICAL POLARIZATION Test Company Name Hermon Laboratory Date 14 January 2003 Temperature 21.5°C Humidity 60% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.109; FCC 15.209 EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description Anechoic chamber #1 Test equipment 521; 604; 589; 1004; 2009 Operator Name Pitt Customer Name Foxcom Wireless Distance 3m. Model Antenna ANTENNA MARS MA-CM36-15 (5dBi) 8 F= 2462 MHz (Ch 11) HORIZONTAL POLARIZATION

Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 1 Notes Fmin=2412 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 2 Notes Fmin=2412 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 3 Notes Fmid=2437 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 4 Notes Fmid=2437 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 5 Notes Fmax=2462 MHz Ext.Att=40 dB Test Company Name Hermon Laboratory Date 9 January 2003 Temperature 22.5°C Humidity 47% Air pressure 1016 hPa Job Number 15393 Test Name FCC 15.247 (d) Power Spectral Density EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 1650; 1651 Operator Name Pitt Customer Name Foxcom Wireless 6 Notes Fmax=2462 MHz Ext.Att=40 dB

Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Test Name FCC 15.247 Outside the frequency band EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 41; 1947; 554; 1200; 2254; 2260; 768; 2274; 1989 Operator Name E.Pitt Customer Name Foxcom Wireless Distance 3m. Notes A.P output = 20 mW Antenna polarization Horizontal Antenna MARS MA-CM36-15 (5dBi) 1 Fmin=2412 MHz (Channel 1) Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Test Name FCC 15.247 Outside the frequency band EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 41; 1947; 554; 1200; 2254; 2260; 768; 2274; 1989 Operator Name E.Pitt Customer Name Foxcom Wireless Distance 3m. Notes A.P output = 20 mW Antenna polarization Horizontal Antenna MARS MA-CM36-15 (5dBi) 2 Fmin=2412 MHz (Channel 1) Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Test Name FCC 15.247 Outside the frequency band EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 41; 1947; 554; 1200; 2254; 2260; 768; 2274; 1989 Operator Name E.Pitt Customer Name Foxcom Wireless Distance 3m. Notes A.P output = 20 mW Antenna polarization Horizontal Antenna MARS MA-CM36-15 (5dBi) 3 Fmax=2412 MHz (Channel 1) Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Test Name FCC 15.247 Outside the frequency band EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 41; 1947; 554; 1200; 2254; 2260; 768; 2274; 1989 Operator Name E.Pitt Customer Name Foxcom Wireless Distance 3m. Notes A.P output = 20 mW Antenna polarization Horizontal Antenna MARS MA-CM36-15 (5dBi) 4 Fmax=2462 MHz (Channel 11) Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Test Name FCC 15.247 Outside the frequency band EUT Name WLAN 2.4 GHz, One Access Point EUT Model Number ModuLite 810 Site Description OATS Test equipment 1424; 41; 1947; 554; 1200; 2254; 2260; 768; 2274; 1989 Operator Name E.Pitt Customer Name Foxcom Wireless Distance 3m. Notes A.P output = 20 mW Antenna polarization Horizontal Antenna MARS MA-CM36-15 (5dBi) 5 Fmax=2462 MHz (Channel 11) Test Company Name Hermon Laboratory Date 8 January 2003 Temperature 24°C Humidity 41% Air pressure 1017 hPa Job Number 15393 Te…

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