XBD-ISFM2201IN CAR BLUETOOTH TRANSMITTER

Certified : 10801A-ISFM220X : XBD-ISFM2201 ISFM2201 User Manual and Installation Guide Certified : 10801A-ISFM220X : XBD-ISFM2201 Table of Contents 1. Introduction 2. ISFM2201 Components 3. Installation Options 4. Frequency Selection and App Operation 5. Bluetooth pairing and connecting Troubleshooting Warranty Information Certified : 10801A-ISFM220X : XBD-ISFM2201 1. Introduction Thank you for choosing the iSimple ISFM2201 as your media and hands-free integration solution. The ISFM2201 is designed to provide the connecting link between your iPhone, Android or Bluetooth powered device and your vehicle. InSeam is not a simple car kit, but goes far beyond the hands-free or streaming audio by allowing the user to fully pilot its smartphone or Tablet via Voice Recognition (VR). InSeam is fully integrated into the vehicle steering wheel control buttons, providing a seamless transition between radio mode and smartphone mode. InSeam allows the user to open any application installed on the user smartphone by simply pushing a button on the steering wheel and speak the name of the application – the commands depend on the VR application chosen by the user. It is now possible to hear the text messages on the car audio system, see them on the radio display and even reply by speaking the message without touching the device. Or launch the Navigation and hear confirmation by simply speaking the direction. InSeam has also parental controls build in. Parents can disable notifications (email or text messages) based on speed detection to avoid driver distraction. For best results AAMP recommends the use of iPhone 4S and iPhone 5 and Android 3.0 and higher devices. 2. ISFM2201 Components • Bluetooth Module • Microphone • Harness • InSeam Application (Free download from iTunes store or Android Play Store) • CAN bus adapter module (only required for CAN enabled vehicle) 3. Installation Options The ISFM2201 interrupts the incoming antenna signal when in use, to deliver the cleanest audio possible from your device. A. Connecting to any FM equipped radio 1. Red Wire. Connect to switched accessory power (not constant) 2. Yellow Wire. Connect to constant battery power 3. Black Wire. Connect to ground. 4. Microphone. Once installed, plug the connector from the microphone into this location.. 5. Antenna input. Connect antenna lead from the vehicle. 6. Antenna output. Connect antenna lead into back of radio. Note: Antenna adaptors may be needed for select vehicles! The ISFM2201 is compatible with amplified antenna systems, and adaptors. B. Additional connections for vehicles with compatible steering wheel controls Certified : 10801A-ISFM220X : XBD-ISFM2201 The ISFM2201 is designed with an interface to utilize the Steering Wheel Controls of select vehicles to provide advanced control of a connected iPhone or Android devices Note: The following Steering Wheel Contol connection options apply to select vehicles. See detailed application notes at www.isimplesolutions.com for a list of applicable vehicles. OPTION A: SWI Interface 1. Set the 4-position DIP switch to the correct setting for your vehicle (as outlined in the application notes) 2. YYY Wire. Cut and direct the Steering W heel control line from select vehicles to the vehicle to the radio into this connection. 3. ZZZ Wire. Connect this line out of the ISFM2201 to the Steering W heel control input of the radio 4. Follow the instructions in the application notes to program the ISFM2201 to recognize the steering wheel controls for your vehicle. OPTION B SWI interface – vehicles with CAN bus For vehicles that utilize a CAN communications bus for Steering W heel Control communication to the radio, an additional adapter QQQQQQ must first be installed before making the following connections. 1. TTT Wire. Connect to the AAA line of the QQQQQQ module. 2. VVV Wire. Connect to the BBB line of the QQQQQQ module. 3. Follow the instructions in the application notes to program the ISFM2201 to recognize the steering wheel controls for your vehicle. C. Installing the Microphone for Hands-free Calling Decide on a mounting location for the microphone either on the headliner or overhead console. Avoid placing the microphone by the side windows to eliminate extra noise. Carefully run the microphone cable down into the dash where the ISFM2201 is to be installed. Note: The Microphone cable should be routed to avoid interference with any airbags (ex: side curtain and/or driver’s airbag). The microphone should not be mounted on the steering wheel or in any manner which would impair proper operation of the vehicle. Note: Vehicle Airbags deploy with great force. Consult vehicle service information for proper handling of the vehicle’s airbags during installation. When securing the ISFM2201 within the dash cavity of the vehicle, placement of the module is very important. Bluetooth technology supports devices communicating wirelessly up to 30 feet away in most cases. However metal structures inside the dash can reduce the communication between the module and the Bluetooth device. Please keep this in mind when installing the ISFM2201 module and ensure to place it where it will have the least obstructions from metal objects. Certified : 10801A-ISFM220X : XBD-ISFM2201 4. Frequency Selection and App Operation Selecting the ISFM2201 Frequency The factory-set operating frequency is 98.1 FM. If an alternate frequency is desired, the frequency may be easily adjusted from the ISFM2201 app, Settings Menu on your iPhone or Android device. W e recommend setting the FM frequency on the user’s favorite FM station frequency. If a call comes in, the unit will switch from FM radio to the call audio and the user can answer from the dedicated button on the steering wheel, or reject the call and resume FM radio. In case the user is not listening on the FM frequency selected for InSeam operation, the correct frequency needs to be selected first to hear the phone audio. The Steering wheel buttons will then perform p…

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Page 1 / 1 C:\Documents and Settings\Anna 2\My Documents\Dropbox\Client Files\Vensi\TCB Submission\Files from client\Working Files\ISFM2201 FCC Confidentiality Request.docx Applicant Name: AAMP of Florida Inc, dba AAMP of America Address: 13190 56 th Court Suite 401 City: Clearwater, FL Country: USA Federal Communications Commission Authorization and Evaluation Division Confidentiality Request Pursuant to 47 CFR Section 0.457 and 0.459, the applicant hereby requests non-disclosure and confidential treatment of the following materials submitted in support of FCC certification application for FCC ID: XBD-ISFM2201 Bill(s) of Material Block Diagrams Operational Description Schematic Diagrams The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant and provide unjustified benefits to its competitors. The Applicant understands that pursuant to Rule 0.457, disclosure of this Application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Signature: Name: Joe Durre Title: Director of Engineering Date: 9/7/2012

Island Compliance Services Inc. AAMP of America FCC ID: XBD-ISFM2201, IC ID: 10801A- ISFM220X Page | 1 of 1 Island Compliance Services Inc. External Photographs FCC ID: XBD-ISFM2201 IC ID: 10801A- ISFM220X

Island Compliance Services Inc. AAMP of America FCC ID: XBD-ISFM2201, IC ID: 10801A-ISFM220X Page | 1 of 1 Island Compliance Services Inc. Internal Photographs FCC ID: XBD-ISFM2201 IC ID: 10801A- ISFM220X Antenna

Island Compliance Services Inc. AAMP of America Report Number: 0251C FCC ID: XBD-ISFM2201, IC ID: 10801A-ISFM220X Page | 1 of 32 Island Compliance Services Inc. MEASUREMENT AND TEST REPORT VERSION 1.01 Report Prepared for: AAMP of America 13190 56 th Court Suite# 401 Clearwater Florida 33760 Equipment Under Test (EUT): ISFM2201 FCC ID: XBD-ISFM2201 IC ID: 10801A-ISFM220X FCC Rule Part(s): Part 15.247 Industry Canada Rule Part(s) RSS-210 Tested by: Island Compliance Services Inc. 6454 Fitzgerald Road Courtenay, BC V9J 1N7 Prepared By Authorized By A. Horel (Technical Writer) A. Eadie (Sr. EMC Eng.) Note: This test report has been prepared for the Applicant and device described herein. It may not be duplicated or used in part without prior written consent from Island Compliance Services Inc. FCC OATS registration number: 386117 Industry Canada OATS registration number: 9578B-1 Island Compliance Services Inc. AAMP of America Report Number: 0251C FCC ID: XBD-ISFM2201, IC ID: 10801A-ISFM220X Page | 2 of 32 Island Compliance Services Inc. Revision History Version Date Author Comment 1.0 7/03/2013 A. Horel Original Release 1.01 26/04/2013 A. Horel Release update Island Compliance Services Inc. AAMP of America Report Number: 0251C FCC ID: XBD-ISFM2201, IC ID: 10801A-ISFM220X Page | 3 of 32 Island Compliance Services Inc. 1.1 CONTENTS 1.1 Contents ................................................................................................................................................ 3 2 Summary of Test Results ............................................................................................................................... 5 2.1 Environmental Conditions ...................................................................................................................... 6 2.2 Standard Test Conditions and Engineering Practices ............................................................................... 7 3 General Equipment Specifications ................................................................................................................. 8 3.1 Auxiliary Equipment ............................................................................................................................... 8 3.2 Engineering Changes to Production Unit ................................................................................................ 8 4 RF Peak Power Output................................................................................................................................... 9 4.1 Test Method .......................................................................................................................................... 9 4.2 Data ...................................................................................................................................................... 9 4.3 Plot(s) .................................................................................................................................................... 9 5 Occupied Bandwidth ................................................................................................................................... 11 5.1 Test Method ........................................................................................................................................ 11 5.2 Data .................................................................................................................................................... 11 5.3 Plots .................................................................................................................................................... 11 6 Number of Hopping Channels ...................................................................................................................... 13 6.1 Data .................................................................................................................................................... 13 7 Hopping Frequency Separation .................................................................................................................... 14 7.1 Data .................................................................................................................................................... 14 7.2 Plot...................................................................................................................................................... 14 8 Average time of Occupancy ......................................................................................................................... 15 8.1 Limit .................................................................................................................................................... 15 8.2 Data .................................................................................................................................................... 15 8.4 Plots .................................................................................................................................................... 16 9 Power Spectral Density................................................................................................................................ 18 9.1 Test Method ........................................................................................................................................ 18 9.2 Limits................................................................................................................................................... 18 9.3 Data .................................................................................................................................................... 18 9.4 Plots .................................................................................................................................................... 19 10 Conducted Spurious Emissions .............................................................................…

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Island Compliance Services Inc. AAMP of America FCC ID: XBD-ISFM2201, IC ID: 10801A-ISFM220X Page | 1 of 1 Island Compliance Services Inc. Test Set up Photographs FCC ID: XBD-ISFM2201 IC ID: 10801A- ISFM220X