RSNFORCE-5INLINE5-band signal booster

Force5 Inline 5-Band Cellular Booster Extender for Commercial Offices, Institutions and Housing Complexes. User Guide This is NOT a CONSUMER device. It is designated for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You MUST have an FCC LICENSE or express consent of an FCC Licensee to operate this device. Unauthorized use may result in significant forfeiture penalties, including penalties in excess of $100,000 for each continuing violation. WARNING How It Works Pg. 3 Package Contents Pg. 4 Before You Start Pg. 4 Installing Your inside Antenna Pg. 5 Installing Signal Booster Pg. 7 Configure Gain Setting Pg. 9-11 Troubleshooting Pg. 12 Specification Pg. 13 Warranty Pg. 14-15 Safety Information Pg. 15 Table of Contents How it Works SureCall | 48346 Milmont Drive, Fremont CA 94538 | 1-888-365-6283 | [email protected] 32 Thank you for your purchase of the Force5 Inline signal booster. This booster is designed to extend the signal reach for Industrial Force5 Inline installations that extend beyond 80,000 square feet. This guide contains all the information you’ll need to get your Force5 Inline system up and running. If you need any assistance while installing the product please contact tech support at 1-888-365-6283. When a project entails greater area coverage than the Force5 Industrial alone can pro- vide, additional Force5 Inline boosters can be added to areas where the signal strength is getting weak or cable lengths are too long causing dB loss. How it works Two common ways to increase the coverage area include: • For areas consisting of long aisles, Force5 Inline boosters can be added where the signal falls to between -70dB and -90dB. • For large, wide areas the Force5 Inline boosters can be daisy-chained with the use of splitters to extend the signal to remote corners. SureCall | 48346 Milmont Drive, Fremont CA 94538 | 1-888-365-6283 | [email protected] SureCall | 48346 Milmont Drive, Fremont CA 94538 | 1-888-365-6283 | [email protected] 54 Package Contents 1. Unpack all package contents. For missing or damaged items, contact your reseller. 2. Turn over the signal booster and record the model and serial number for reference: Serial #: Purchase Date: 3. Keep the carton and packing material to store the product in case you need to return it. Standard Force5-Inline signal booster packages include the following items: • One power supply Signal Booster Force5 Inline Booster Before You Start Step 1. Make sure you have positioned the booster close enough to an existing electrical outlet. Step 2. Make sure you have sufficient cable length between the main cable location and booster connector. Step 3 Make sure you have sufficient cable length between proposed inside antenna location and booster connector. 1. If your indoor antenna is a dome type, mount it on the ceiling in a central location. 2. If your indoor antenna is a flat panel, install it against a wall or surface projecting the area where you want reception. Point the antenna away from the outside antenna. To avoid interference stay a minimum distance of 3 feet from the panel antenna. Step 1. Install the Inside Antenna Inside antennas come in omni-directional (dome) and flat panel versions. Installing Your Hardware Note: As you can see from the table above, acquiring the recommended inside and outside antenna separation optimizes coverage significantly. Any reduced antenna separation reduces the booster’s coverage. Required Between Outside and Inside Antenna Antenna Separation Table antenna separation 40dB 5-6’ 45dB 15-20’ 50dB 50’ 55dB 60’ 65dB 75-80’ 72dB 100’-110’ Amplifier gain Min. separation (ad) Force5 Industrial Force5 Inline SureCall | 48346 Milmont Drive, Fremont CA 94538 | 1-888-365-6283 | [email protected] SureCall | 48346 Milmont Drive, Fremont CA 94538 | 1-888-365-6283 | [email protected] 76 Installing Your Hardware Step 3: Attach the N-Female connection from the interior antenna to the cable leading to the connector labeled INSIDE, on your booster. Step 4: Tighten fixing nut to secure antenna (do not over-tighten). • Storage and transportation: Store and place in non-extreme room-temperature and dry environment • Attention: This antenna should not be used near open fire or flame Dome antennas are omni-directional interior antenna that gather signals from all sides. Range of antennas is dependent on three factors: 1) Physical obstructions 2) Power generated by booster and 3) Reception from outside signal received and distributed by outside antenna. Dome antennas should be mounted in an upright position for best results. Step 1: Drill a 35mm diameter hole in the ceiling. The ceiling thickness should be 20mm, maximum. Step 2: Unscrew fixing nut from antenna. Place antenna cable through hole. Screw the fixing nut back onto antenna and cable on crawl space side of ceiling and fasten. Installing Your Hardware Step 2. Install the Signal Booster 1. Select a location for your booster close to a working AC outlet. Do not expose the signal booster to excessive heat, direct sunlight, moisture, and airtight enclosures. 2. Attach the supplied mounting kit to the booster using the supplied screws. Tighten the screws with a screwdriver until snug, then add a 1⁄4-to-1/2 turn. Do not over tighten. 3. Orient the signal booster so the LEDs and DIP switches face away from the wall and the LEDs are seen easily. Then mount the signal booster to the wall using appropriate screws and/or wall anchors. 4. Connect the main cable line from the primary booster to the booster’s connector labeled “Outside”. Hand-tighten the connection. 5. Connect the inside antenna cable to signal booster marked INSIDE. Hand-tighten the connection. 6. Connect the AC power cord to the signal booster. 7. Connect the plug on the other end of the 110V AC power outlet. 8. Turn the booster’s power switch on. • The signal booster turns on automatically. • The Power LED lights up to show that the signal booster is ready for use. • The Alert LEDs flash up to 15 sec…

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LETTER OF ATTESTATION 13 th January, 2014 To Whom It May Concern, These statements are true. 1) Not applicable: Licensee consent for provider-­‐specific booster has been obtained (consent to be made available upon FCC/TCB request). 2) Yes: NPS and other compliance/safeguard features have been implemented. 3) Yes: NPS and other compliance/safeguard features are defaulted to be “On” (in operation). 4) Yes: NPS and other compliance/safeguard features cannot be field reconfigured, disabled or removed. 5) This is not a consumer booster, this statement can be found on the label, product and in the manual. 6) Yes: Future software upgrades will not cause non-­‐compliance. Sincerely, Print Name: Hongtao Zhan Title: CEO Contact Telephone Number: 510-­‐770-­‐0469 Contact Email Address: hzhan@cellphone-­‐mate.com

48346 Milmont Drive Fremont, CA 94538 Phone: 510-770-0469 Fax: 510-996-7250 www.cellphone-mate.com FCC Confidential Authorization 10 th September, 2014 FEDERAL COMMUNICATIONS COMMISSIONS Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Subject: Confidentiality Request regarding application for certification of FCC ID: RSNFORCE-5INLINE In accordance with Sections 0.457 and 0.459 of the Commission’s Rules, Cellphone-mate hereby requests long- term confidential treatment of information accompanying this application as outlined below:  Block Diagram  Schematics  Operation Description  Parts list The above materials contain proprietary and confidential information not customarily released to the public. The public disclosure of these materials provides unjustified benefits to its competitors in the market. Sincerely, Sincerely Yours, Hongtao Zhan, CEO Cellphone-Mate Inc. 1888 365 6283 ext. 301

Circuit description: 1. Functional Description：As shown，The system is broke up cellular part and pcs part, The cellular part and pcs part are made up uplink and downlink. The uplink signal is received by the indoor antenna, and transmitted by the outdoor antenna after amplified by amplifiers. The downlink is same as the uplink. 2. The warning of over power: When the output power is over of the declared power the red led display of the link will be lighted up. 3. Power instructions: When the power supply connected to the amplifier the green led display of power supply will be lighted up. 4. Power convert circuit: The amplifier will be using the 19V power supply. The dc-dc conversion (SP7656) provided power to the gain block after converted 19V to 5V 5. ALC: When the output power rise up to the declared power, the amplifier will be adjustment gain to keep the output power at the declared power.

Frequency Band: 1850-1915 MHz / 1930-1995 MHz 1710-1755 MHz / 2110-2155 MHz 824-849 MHz / 869-894 MHz 698-716 MHz / 728-746 MHz 776-787 MHz / 746-757 MHz 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. F CC ID: RSNFORCE-5INLINE Force5 Inline 5-Band Inline Signal Booster Maximum Output: 27 dBm www.surecall.com | 1-888-365-6283 | Assembled in China Maximum Gain: 50 dB TM

Instrument and Equipment Tools and Clamp Name Specification Quantity Name Specification Quantity Signal Source E4432B 1 constant temperature searing-iron HSLEN936 1 Spectrum Analyzer HP8594E 1 RF Cable 3 some Power 18V/4.5A 1 Multimeter FLUKE15B 1 RF Isolator 700-2200MHz 1 RF Attenuator 30dB100W 1 Network Analyzer HP8714C 1 RF Debugger 1 Tune up procedure Gain Tuning: We can tune the attenuation of Uplink and Downlink by setting the dip switch in order to get the gain we actually need. Each bit of one dip switch is different weighted. The relation is as following table. Bit Attenuation（dB） 1 1 2 2 3 4 4 8 5 16

1 FCC§1.1307（b）(1)&§2.1091-RF EXPOSURE 1.1 Applicable Standard According to§1.1310 and §2.1091(Mobile Devices)RF exposure is calculated. Limits for General Population/Uncontrolled Exposure Frequency Range (MHz) Power Density (mW/cm²) Limits for General Population/Uncontrolled Exposure 0.3‐1.34 *(100) 1.34‐30 *(180/f²) 30‐300 0.2 300–1,500 f/1500 1,500–100,000 1 Note: f= frequency in MHz *=Plane-wave equivalent power density 1.2 MPE Prediction 1.2.1 Calculation of MPE at 20cm distance, Equation from OET Bulletin 65, Edition 97‐01 S=PG/4πR² Where: S=power density P=power input to antenna G= maximum power gain of the antenna in the direction of interest relative to an isotropic radiator, subtract antenna’s cable loss, (result is in numeric form) R=distance to the center of radiation of the antenna (20cm in the following calculation) 1.2.2 Calculation formula of G（numeric ) G (numeric)10 {Maximum Antenna Gain dBi  -Cable Loss dB  } 1 10 Where: G（numeric）= Maximum power gain of the antenna in the direction of interest relative to an isotropic radiator, subtract antenna’s cable loss, (result is converted from decibel into numeric form with above equation) 1.3 Test Result Outdoor Antenna Outdoor Antenna Outdoor Antenna Gain At 1900MHz(dBi) At 800MHz(dBi) At 1700MHz(dBi) At 700MHz(dBi) CM288W 4 3 4 3 CM230W 10 10 10 10 MAX GAIN 10 10 10 10 Outdoor Cable Outdoor Cable Outdoor Cable Loss At 1900MHz(dB) At 800MHz(dB) At 1700MHz(dB) At 700MHz(dBi) CM400‐65NN 65Feet 5.43 3.89 6.12 5.11 MIN LOSS 5.43 3.89 6.12 5.11 Indoor Antenna Indoor Antenna Indoor Antenna Gain At 1900MHz(dBi) At 800MHz(dBi) At 2100MHz(dBi) At 700MHz(dBi) CM222W 6 3 6 3 CM248W 10 7 10 7 MAX GAIN 10 7 10 7 Indoor Cable Indoor Cable Indoor Cable Loss At 1900MHz(dB) At 800MHz(dB) At 2100MHz(dB) At 700MHz(dBi) CM400‐40NN 40Feet 20Feet 3.57 2.63 3.77 2.53 MIN LOSS 3.57 2.63 3.77 2.53 Cellular Band UL: Maximum peak output power at antenna input terminal(dBm): 17.51 Maximum peak output power at antenna input terminal(mW): 56.36 Prediction distance(cm): 20 Prediction frequency(MHz): 832.82 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 3.89 G( numeric）: 4.08 Power density at predication frequency and distance(mW/cm²): 0.0458 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 0.5552 Cellular Band DL: Maximum peak output power at antenna input terminal(dBm): 18.51 Maximum peak output power at antenna input terminal(mW): 70.96 Prediction distance(cm): 20 Prediction frequency(MHz): 878.38 Maximum Antenna Gain (dBi): 7 Cable Loss(dB): 2.63 G( numeric）: 2.74 Power density at predication frequency and distance(mW/cm²): 0.0386 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 0.5856 PCS Band UL: Maximum peak output power at antenna input terminal(dBm): 17.59 Maximum peak output power at antenna input terminal(mW): 57.41 Prediction distance(cm): 20 Prediction frequency(MHz): 1882.60 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 5.43 G( numeric）: 2.86 Power density at predication frequency and distance(mW/cm²): 0.0327 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 1.0000 PCS Band DL: Maximum peak output power at antenna input terminal(dBm): 20.67 Maximum peak output power at antenna input terminal(mW): 116.68 Prediction distance(cm): 20 Prediction frequency(MHz): 1954.60 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 3.57 G( numeric）: 4.40 Power density at predication frequency and distance(mW/cm²): 0.1021 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 1.0000 AWS Band UL: Maximum peak output power at antenna input terminal(dBm): 18.64 Maximum peak output power at antenna input terminal(mW): 73.11 Prediction distance(cm): 20 Prediction frequency(MHz): 1743.40 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 5.11 G( numeric）: 3.08 Power density at predication frequency and distance(mW/cm²): 0.0449 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 1.0000 AWS Band DL: Maximum peak output power at antenna input terminal(dBm): 20.36 Maximum peak output power at antenna input terminal(mW): 108.64 Prediction distance(cm): 20 Prediction frequency(MHz): 2121.4 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 3.77 G( numeric）: 4.20 Power density at predication frequency and distance(mW/cm²): 0.0908 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 1.0000 LTE‐A Band UL: Maximum peak output power at antenna input terminal(dBm): 20.45 Maximum peak output power at antenna input terminal(mW): 110.92 Prediction distance(cm): 20 Prediction frequency(MHz): 708.34 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 3.74 G( numeric）: 4.23 Power density at predication frequency and distance(mW/cm²): 0.0933 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 0.4722 LTE‐A Band DL: Maximum peak output power at antenna input terminal(dBm): 21.23 Maximum peak output power at antenna input terminal(mW): 132.74 Prediction distance(cm): 20 Prediction frequency(MHz): 736.73 Maximum Antenna Gain (dBi): 7 Cable Loss(dB): 2.53 G( numeric）: 2.8 Power density at predication frequency and distance(mW/cm²): 0.0740 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 0.4912 LTE‐V Band UL: Maximum peak output power at antenna input terminal(dBm): 20.00 Maximum peak output power at antenna input terminal(mW): 100.00 Prediction distance(cm): 20 Prediction frequency(MHz): 781.02 Maximum Antenna Gain (dBi): 10 Cable Loss(dB): 3.74 G( numeric）: 4.23 Power density at predication frequency and distance(mW/cm²): 0.0841 MPE limit for uncontrolled exposure at predication frequency(mW/cm²): 0.5207 LTE‐V Band DL: Maximum peak output power at antenna input terminal(dBm): 21.68 Maximum peak output power at antenna input terminal(mW): 147.23 Prediction distance(cm): 20 Prediction frequency(MHz): 748.63 Maximum Antenna Gain (dBi): 7 Cable Loss(dB): 2.53 G( numeric）: 2.8 Power density at predication frequency and distance(mW/cm²): 0.0820 MPE limit for…

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    Test Report  Prepared for: Cellphone-Mate, Inc. Model: Force 5 Description: 5 Band / Inline FCC ID: RSNFORCE-5INLINE To FCC Parts 22, 24, 27  Date of Issue: October 8, 2014    On the behalf of the applicant:Cellphone-Mate Inc. 48346 Milmont Drive Fremont, CA 94538 Attention of:Hongtao Zhan, CEO Ph: (510) 770-0469 Email: [email protected] Prepared By Compliance Testing, LLC 1724 S. Nevada Way Mesa, AZ 85204 (480) 926-3100 phone / (480) 926-3598 fax www.compliancetesting.com Project No: p1440012 Mike Graffeo Project Test Engineer        !" #$" !%%#& ! &     % "  '%% !% "    % %   %        Test Report Revision History  RevisionDateRevised ByReason for Revision '!! #()* +  %,"!  -  # '   . ()*   /   0,. % "  # $  %         1!"%   *23%") +"  4#()* '              Table of Contents Description Page -        5  " "6  !% -! 7    -! !57 '!  8  1!"3    !"  +! !  &   '% * 6  !"  -! !5    -! !54 +""! 3  &  0   !%  9!    51! / %8       ILAC / A2LA % " #:: #  ""     "" "&   "8 0    %-  0-+;05  4< ""      "" %" "    "     %    1! %     =  > 0-+20:' 20' !1!?  @ ! 7A     !% "  &       %% %%& ! " ""   #!%  %&  %     <;;&&&"% "  ";% " % "!  " ""        " 9! <2152.01 FCC Site Reg. #349717 IC Site Reg. #2044A-2 Non-accredited tests contained in this report: N/A      The Applicant has been cautioned as to the following: <Information to the User ! B ! %  !"  ! %     %    %%" !  !   "   "   $ %      % "% ""!%   ! B !      1!    4= A<Special Accessories 51!  )    "! ! "  %"%&  "  !%  "!  &" 1!  )  C " % "" #!" %  " %  ; " %""    1!    % !   %    %    "%&  %   # 1!  !  )  & #   % & # " % "" D& #%!  ")  " % "" &  !   %    %   #  %  %     !    " % ""       "! #& !     %"   0    %  %     !  !% " % ""     1!  !  8        "  " #       %  1! #   % E77 "   # %%!    " % ""     &  1!  !"  ! % !" " %%"%!      !"      $ ""  &   %%   "   " % "" ! ! &   "0   %  !  !   " % "" !% &  1!        6 Test and Measurement Data  '%%     !   &&     "" "&  !%  !%  77# F,37,3  #    # # # # 4   626,22&       Standard Test Conditions and Engineering Practices 5$"     # %%&"     " ! &    !      0 "" "& '9-0;0'6 #  !%  & "   "" !   !% #     !   " ! %5/&    &   G G =G GA!%  "!%  1!  1!  "         !  '%#!%  & "  # !   %%&   H 7H % !     Environmental Conditions Temp (ºC) Humidity (%) Pressure (mbar) I7IJ76JI76J  ( !   !% #!%  &  # &  2"  !    EUT Description Model:  " Description:3  ;0% Firmware:9;' Software: 9;'  Additional Information:9;'    4   %  ! %%& 1!"      %         !    & % %      Frequency Band (MHz) Uplink 67J24644624J4J2J7J27424 Downlink 4J24646244J672J772772 Modulation Type :5*-(# ,('#5,*5#D- '5K,+#:5   Emission Designators CDMAHSPALTEEVDOEDGEGSM 7C7C*4,7C*4C*LC   EUT Operation during Tests ! ! & &     $!%%  % %  %%   #& %" %   AGC Threshold - %    " '*  % %% '*  % &  !   %%&<  "   %    !  5/  "  " !  %8   ! !  5/!     !   /  C %  C%   ! !  …

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Test Setup Photos FCC ID: RSNFORCE-5INLINE RF Conducted RF Radiated 30MHz to 1GHz RF Radiated 1GHz to 20GHz