2ARN2-EM200Smart Tail Light Tracker

Bizringer Inc

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Application Details

Equipment Class: PCB - PCS Licensed Transmitter
Date of Grant: Apr 28, 2021
Application Purpose: Original Equipment
Date of Application: Apr 28, 2021
Equipment Note: Smart Tail Light Tracker
Frequency Range: 829.00000000 - 844.00000000
Company: Bizringer Inc
Country: United States

Documents & Files

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

1 © https://www.eldmandate.biz Tail Light Tracker Manual Model EM200 2 © https://www.eldmandate.biz The Tail Light Tracker is a smart GPS tracker that also has all the functionality of a tail light. This allows it to be fully hidden, easy to install, and have continuous charge. This device turns a simple tail light into a feature rich asset tracker that can give you peace of mind knowing that your asset is always under your eye. 1. Technical Specifications Size 4inch diameter Water Resistant IP67 Power Input voltage DC 9-24V/1A Working Currency 120mA Standby Currency 0.5mA Working Temperature -10°C to 65°C Battery 3.7V/5,000mAH Power Bank 16,000mAh (Optional) Certification FCC 2. Features:  Near Real time Tracking  Share location with others automatically  Speeding Alerts  Geofence alerts  Remote finding  IP67 Waterproof & Dust resistant To access all these features please log into our back-end portal. Visit www.eldmandate.biz for more details on how to contact us for access to the back end portal. 3 © https://www.eldmandate.biz 3. Installation: 1- Tail Light Tracker 2- Power Bank (Optional) 3- Power Bank Charging Unit (Optional) 4- 3 prong wiring pigtail (Optional) How to install the Tail Light Tracker without the power bank: - Remove the current tail light from the tractor or trailer. Depending on how it is installed this might require a screwdriver. Ensure the 3 pin wiring plug is removed for this tail light. - Keep the current Gromet in place and put it back first before putting the new tail light tracker. Ensure that the wiring of the previous tail light goes through the Gromet. - Insert the 3-pin wiring plug from the old light into the Tail Light Tracker and 1 2 3 4 4 © https://www.eldmandate.biz make sure it clicks. There is a 3 prong wiring pigtail that can be used to connect the tail light tracker to the wiring of the asset, if needed. How to install the Tail Light Tracker with the power bank: - Remove the current tail light from the tractor or trailer. Depending on how it is installed this might require a screwdriver. - Keep the current Gromet in place and put it back first before putting the new tail light tracker. Ensure that the wiring of the previous tail light goes through the Gromet. - Plug the Power Bank Charging unit into the Tail Light Tracker like below: - Insert the power bank through the Gromet and store it in the channel securely. The Power Bank has 2 magnets to place it securely. Tie wrap is also available - Insert the 3-pin wiring plug from the old light into the Tail Light Tracker and make sure it clicks. There is a 3 prong wiring pigtail that can be used to connect the tail light tracker to the wiring of the asset, if needed. After all steps are done for either option above make sure to test the tail light by turning on headlights and brake lights. Congratulations! You have installed a brand-new state of the art tracking device. © Eld Mandate Biz. All rights reserved 5 © https://www.eldmandate.biz FCC Warning Statement: This equipment has been tested and 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. Caution: Any changes or modifications to this device not explicitly approved by manufacturer could void your authority to operate this equipment. 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. The device has been evaluated to meet general RF exposure requirement. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 50cm between the radiator & your body.

Cover Letter(s)

Bizringer Inc Office of Engineering Technology Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Date: 2021-04-16 Subject; Request for Long Term Confidentiality FCC ID: 2ARN2-EM200 To Whom It May Concern, Pursuant to the provisions of the Commission’s rules Title 47 Sections §0.457 and §0.459, we are requesting the Commission to withhold the following attachment(s) as confidential documents from public disclosure indefinitely. These documents contain detailed system and equipment descriptions and are considered as proprietary information in operation of the equipment. The public disclosure of these documents might be harmful to our company and would give competitors an unfair advantage in the market. Schematic Diagram Block Diagram BOM Operational Description Tune-up Procedure It is our understanding that all measurement test reports, FCC ID label format and correspondence during the certification review process cannot be granted as confidential documents and this information will be available for public review once the grant of equipment authorization is issued. Sincerely, Signature: Name: Ratan Baid Title: CEO

Cover Letter(s)

Bizringer Inc Letter of Authorization Company: Bizringer Inc Address: 1221 E. Dyer Road Suite 250 Sant Ana. CA92705, USA Product Name: Smart Tail Light Tracker Model Number(s): EM200 We authorize MiCOM Labs Inc., 575 Boulder Court, Pleasanton, California 94566, USA, to act on our behalf on all matters concerning the certification of above named equipment. We declare that MiCOM Labs Inc. is allowed to forward all information related to the approval and certification of equipment to the regulatory agencies as required and to discuss any issues concerning the approval application. Any and all acts carried out by MiCOM Labs on our behalf shall have the same effect as acts of our own. Signature: Date: 2021-04-28 Name: Ratan Baid Title: CEO Company: Bizringer Inc

External Photos

FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200

ID Label/Location Info

60mm *25mm Label Model No.: EM200 Model name: Smart Tail Light Tracker FCC ID: 2ARN2-EM200 Location

Internal Photos

FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 GPS ANT FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 LTE ANT FCC ID: 2ARN2-EM200

RF Exposure Info

FCC ID: 2ARN2-EM200 Prediction of MPE at a given distance 1. Limits The criteria listed in the following table shall be used to evaluate the environment impact of human exposure to radio frequency (RF) radiation as specified in 1.1307(b) 2. Test Procedure Equation from page 18 of OET Bulletin 65, Edition 97-01 Where: S = power density P = power input to the antenna G = numeric gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the centre of radiation of the antenna FCC ID: 2ARN2-EM200 3. Result Worse case is as below: Mode Frequency (MHz) Prediction distance (cm) RF output power MPE (mW/cm 2 ) Limit (mW/cm 2 ) SAR Test Exclusion dBm mW LTE Band 2 1850~1910 50 24.46 279.25 0.0089 1 Yes LTE Band 4 1710~1755 50 25.41 347.54 0.0111 1 Yes LTE Band 5 824~849 50 24.88 307.61 0.0098 0.549 Yes LTE Band 12 699~716 50 24.49 281.19 0.0090 0.466 Yes LTE Band 13 777~787 50 25.51 355.63 0.0113 0.518 Yes NB-IOT Band 2 1850~1910 50 23.37 217.27 0.0069 1 Yes NB-IOT Band 4 1710~1755 50 23.56 226.99 0.0072 1 Yes NB-IOT Band 5 824~849 50 23.59 228.56 0.0073 0.549 Yes NB-IOT Band 12 699~716 50 23.75 237.14 0.0076 0.466 Yes NB-IOT Band 13 777~787 50 23.52 224.91 0.0072 0.518 Yes Maximum Simultaneous transmission MPE Ratios for LTE+NB-IOT: LTE Antenna Gain: 0dBi, 1 (numeric) Then SAR evaluation is not required. 0.0113/0.518+0.0076/0.466=0.0381<1

Test Report

FCC TEST REPORT FCC ID: 2ARN2-EM200 On Behalf of Bizringer Inc Smart Tail Light Tracker Model No.: EM200 Prepared for : Bizringer Inc Address : 1221 E. Dyer Road Suite 250 Sant Ana. CA92705, USA Prepared By : Shenzhen Alpha Product Testing Co., Ltd. Address : Building i, No.2, Lixin Road, Fuyong Street, Bao'an District, 518103, Shenzhen, Guangdong, China Report Number : A2103153-C01-R02 Date of Receipt : March 18, 2021 Date of Test : March 18, 2021- April 13, 2021 Date of Report : April 14, 2021 Version Number : V0 Page 2 of 134 Report No.: A2103153-C01-R02 Contents Page 1 TEST SUMMARY ......................................................................................................................................5 2 GENERAL INFORMATION .......................................................................................................................6 2.1 GENERAL DESCRIPTION OF EUT ..........................................................................................................6 2.2 RELATED SUBMITTAL(S) / GRANT (S) ....................................................................................................7 2.3 TEST FACILITY.....................................................................................................................................7 2.4 ACCESSORIES OF DEVICE (EUT) .........................................................................................................7 2.5 TESTED SUPPORTING SYSTEM DETAILS ...............................................................................................7 2.6 TEST CONDITIONS ...............................................................................................................................7 2.7 MEASUREMENT UNCERTAINTY .............................................................................................................8 3 TEST INSTRUMENTS LIST ......................................................................................................................9 4 SYSTEM TEST CONFIGURATION ........................................................................................................11 4.1 TEST MODE .......................................................................................................................................11 4.2 CONFIGURATION OF TESTED SYSTEM .................................................................................................11 4.3 CONDUCTED OUTPUT POWER ............................................................................................................12 4.4 PEAK-TO-AVERAGE RATIO .................................................................................................................24 4.5 OCCUPY BANDWIDTH .........................................................................................................................28 4.6 MODULATION CHARACTERISTIC ................................................................................................42 4.7 OUT OF BAND EMISSION AT ANTENNA TERMINALS ................................................................................42 4.8 ERP, EIRP MEASUREMENT ...............................................................................................................99 4.9 FIELD STRENGTH OF SPURIOUS RADIATION MEASUREMENT ................................................................106 4.10 FREQUENCY STABILITY V.S. TEMPERATURE MEASUREMENT ..............................................................118 4.11 FREQUENCY STABILITY V.S. VOLTAGE MEASUREMENT ......................................................................121 4.12 TEST SETUP PHOTO ........................................................................................................................123 4.13 EUT PHOTOS ..................................................................................................................................124 Page 3 of 134 Report No.: A2103153-C01-R02 TEST REPORT DECLARATION Applicant : Bizringer Inc Address : 1221 E. Dyer Road Suite 250 Sant Ana. CA92705, USA Manufacturer : HuiZhou Cantrack Technology Co., Ltd Address : 2nd floor, Building 3, Changguang Maosen Industrial Park, Chayuan, Qiuchang Town, Huiyang District, Huizhou, Guangdong, China EUT Description : Smart Tail Light Tracker (A) Model No. : EM200 (B) Trademark : N/A Measurement Standard Used: FCC CFR Title 47 Part 2 FCC CFR Title 47 Part22 Subpart H FCC CFR Title 47 Part24 Subpart E FCC CFR Title 47 Part27 ANSI C63.26:2015 The device described above is tested by Shenzhen Alpha Product Testing Co., Ltd. to determine the maximum emission levels emanating from the device. The test results are contained in this test report and Shenzhen Alpha Product Testing Co., Ltd. is assumed of full responsibility for the accuracy and completeness of these tests. After the test, our opinion is that EUT compliance with the requirement of the above standards. This report applies to above tested sample only. This report shall not be reproduced in parts without written approval of Shenzhen Alpha Product Testing Co., Ltd. Tested by (name + signature).........: Lucas Pang Project Engineer Approved by (name + signature).......: Simple Guan Project Manager Date of issue...... .......................: April 14, 2021 Page 4 of 134 Report No.: A2103153-C01-R02 Revision History Revision Issue Date Revisions Revised By V0 April 14, 2021 Initial released Issue Lucas Pang Page 5 of 134 Report No.: A2103153-C01-R02 1 Test Summary Test Item Section in CFR 47 Result RF Exposure (SAR) Part 1.1307 Part 2.1093 Pass* (Please refer to MPE assessment) RF Output Power Part 2.1046 Part 22.913(a) (5) Part 24.232 (c) Part 27.50 (d)(4) Pass Peak-To-Average Ratio Part 2.1046 Pass Effective Isotropic Radiated power Part27.50 (b)(10) Part27.50 (c)(10) Part27.50 (d)(4) Part24.232 (c) Part22.913(a) Pass Modulation Characteristics Part 2.1047 N/A 99% & -26 dB Occupied Bandwidth Part 2.1049 Part 22.913(a) Part 24.238 Part 27.53(a)(m) Pass Spurious…

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Test Report

Page 62 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 12 / 10MHz /1RB Test Mode: LTE Band 12 / 10MHz /100RB Lowest channel Middle channel Highest channel Page 63 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 13 / 5MHz /1RB Test Mode: LTE Band 13 / 5MHz /100RB Lowest channel Middle channel Highest channel Page 64 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 13 / 10MHz /1RB Test Mode: LTE Band 13 / 10MHz /100RB Lowest channel Middle channel Highest channel Page 65 of 134 Report No.: A2103153-C01-R02 Band Edge Test Mode: LTE Band 2 / 1.4MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 1.4MHz / 6RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 3MHz / 1RB / QPSK Lowest channel Highest channel Page 66 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 3MHz / 15RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 5MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 5MHz / 25RB / QPSK Lowest channel Highest channel Page 67 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 10MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 10MHz / 50RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 15MHz / 1RB / QPSK Lowest channel Highest channel Page 68 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 15MHz / 75RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 20MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 2 / 20MHz / 100RB / QPSK Lowest channel Highest channel Page 69 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 1.4MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 1.4MHz / 6RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 3MHz / 1RB / 16-QAM Lowest channel Highest channel Page 70 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 3MHz / 15RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 5MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 5MHz / 25RB / 16-QAM Lowest channel Highest channel Page 71 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 10MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 10MHz / 50RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 15MHz / 1RB / 16-QAM Lowest channel Highest channel Page 72 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 2 / 15MHz / 75RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 20MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 2 / 20MHz / 100RB / 16-QAM Lowest channel Highest channel Page 73 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 1.4MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 1.4MHz / 6RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 3MHz / 1RB / QPSK Lowest channel Highest channel Page 74 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 3MHz / 15RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 5MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 5MHz / 25RB / QPSK Lowest channel Highest channel Page 75 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 10MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 10MHz / 50RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 15MHz / 1RB / QPSK Lowest channel Highest channel Page 76 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 15MHz / 75RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 20MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 4 / 20MHz / 100RB / QPSK Lowest channel Highest channel Page 77 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 1.4MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 1.4MHz / 6RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 3MHz / 1RB / 16-QAM Lowest channel Highest channel Page 78 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 3MHz / 15RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 5MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 5MHz / 25RB / 16-QAM Lowest channel Highest channel Page 79 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 10MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 10MHz / 50RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 15MHz / 1RB / 16-QAM Lowest channel Highest channel Page 80 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 4 / 15MHz / 75RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 20MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 4 / 20MHz / 100RB / 16-QAM Lowest channel Highest channel Page 81 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 5 / 1.4MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 5 / 1.4MHz / 6RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 5 / 3MHz / 1RB / QPSK Lowest channel Highest channel Page 82 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 5 / 3MHz / 15RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 5 / 5MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 5 / 5MHz / 25RB / QPSK Lowest channel Highest channel Page 83 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 5 / 10MHz / 1RB / QPSK Lowest channel Highest channel Test Mode: LTE Band 5 / 10MHz / 50RB / QPSK Lowest channel Highest channel Page 84 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 5 / 1.4MHz / 1RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 5 / 1.4MHz / 6RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 5 / 3MHz / 1RB / 16-QAM Lowest channel Highest channel Page 85 of 134 Report No.: A2103153-C01-R02 Test Mode: LTE Band 5 / 3MHz / 15RB / 16-QAM Lowest channel Highest channel Test Mode: LTE Band 5 / 5MHz / 1RB / 16-QAM Lowest channel Hig…

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Test Report

Page 114 of 134 Report No.: A2103153-C01-R02 Test mode: LTE Band 4(1.4MHz) Test channel: Lowest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3421.40 Vertical -36.89 -13.00 Pass 5132.10 V -35.23 6842.80 V -40.66 8553.50 V -42.21 10264.20 V --- 3421.40 Horizontal -38.66 -13.00 Pass 5132.10 H -42.51 6842.80 H -43.43 8553.50 H -48.26 10264.20 H --- Test mode: LTE Band 4(1.4MHz) Test channel: Middle Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3465.00 Vertical -35.33 -13.00 Pass 5197.50 V -35.20 6930.00 V -37.81 8662.50 V -41.06 10395.00 V --- 3465.00 Horizontal -41.50 -13.00 Pass 5197.50 H -42.58 6930.00 H -42.49 8662.50 H -47.10 10395.00 H --- Test mode: LTE Band 4(1.4MHz) Test channel: Highest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3508.60 Vertical -35.24 -13.00 Pass 5262.90 V -35.37 7017.20 V -37.94 8771.50 V -41.52 10525.80 V --- 3508.60 Horizontal -41.35 -13.00 Pass 5262.90 H -42.59 7017.20 H -42.31 8771.50 H -47.58 10525.80 H --- Remark： 1 The emission behaviour belongs to narrowband spurious emission, all modes investigated and only worst case is reported. 2 Remark”---“ means that the emission level is too low (20dB lower than the limit) to be measured 3 The emission levels of below 1 GHz are very lower (20dB lower than the limit) than the limit and not show in test report. Page 115 of 134 Report No.: A2103153-C01-R02 Test mode: LTE Band 5(1.4MHz) Test channel: Lowest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 1649.40 Vertical -35.84 -13.00 Pass 2474.10 V -35.04 3298.80 V -37.97 4123.50 V -41.16 4948.20 V --- 1649.40 Horizontal -40.79 -13.00 Pass 2474.10 H -42.30 3298.80 H -42.56 4123.50 H -46.77 4948.20 H --- Test mode: LTE Band 5(1.4MHz) Test channel: Middle Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 1673.00 Vertical -33.10 -13.00 Pass 2509.50 V -35.45 3346.00 V -39.99 4182.50 V -41.17 5019.00 V --- 1673.00 Horizontal -38.84 -13.00 Pass 2509.50 H -42.01 3346.00 H -43.76 4182.50 H -45.89 5019.00 H --- Test mode: LTE Band 5(1.4MHz) Test channel: Highest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 1696.60 Vertical -35.28 -13.00 Pass 2544.90 V -38.29 3393.20 V -40.43 4241.50 V -41.17 5089.80 V --- 1696.60 Horizontal -40.87 -13.00 Pass 2544.90 H -44.83 3393.20 H -45.56 4241.50 H -47.01 5089.80 H --- Remark： 1 The emission behaviour belongs to narrowband spurious emission, all modes investigated and only worst case is reported. 2 Remark”---“ means that the emission level is too low (20dB lower than the limit) to be measured 3 The emission levels of below 1 GHz are very lower (20dB lower than the limit) than the limit and not show in test report. Page 116 of 134 Report No.: A2103153-C01-R02 Test mode: LTE Band 12 (1.4MHz) Test channel: Lowest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3701.40 Vertical -35.14 -13.00 Pass 5552.10 V -37.77 7402.80 V -41.23 9253.50 V -40.81 11104.20 V --- 3701.40 Horizontal -40.67 -13.00 Pass 5552.10 H -44.68 7402.80 H -45.53 9253.50 H -47.10 11104.20 H --- Test mode: LTE Band 12 (1.4MHz) Test channel: Middle Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3760.00 Vertical -35.00 -13.00 Pass 5640.00 V -38.03 7520.00 V -40.79 9400.00 V -41.11 11280.00 V --- 3760.00 Horizontal -40.52 -13.00 Pass 5640.00 H -45.29 7520.00 H -45.37 9400.00 H -46.80 11280.00 H --- Test mode: LTE Band 12 (1.4MHz) Test channel: Highest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3818.60 Vertical -35.40 -13.00 Pass 5727.90 V -37.35 7637.20 V -40.76 9546.50 V -41.13 11455.80 V --- 3818.60 Horizontal -40.56 -13.00 Pass 5727.90 H -45.09 7637.20 H -44.89 9546.50 H -47.39 11455.80 H --- Remark： 1 The emission behaviour belongs to narrowband spurious emission, all modes investigated and only worst case is reported. 2 Remark”---“ means that the emission level is too low (20dB lower than the limit) to be measured 3 The emission levels of below 1 GHz are very lower (20dB lower than the limit) than the limit and not show in test report. Page 117 of 134 Report No.: A2103153-C01-R02 Test mode: LTE Band 13 (5MHz) Test channel: Lowest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3701.40 Vertical -34.54 -13.00 Pass 5552.10 V -37.40 7402.80 V -41.00 9253.50 V -41.01 11104.20 V --- 3701.40 Horizontal -40.69 -13.00 Pass 5552.10 H -45.00 7402.80 H -45.06 9253.50 H -46.74 11104.20 H --- Test mode: LTE Band 13 (5MHz) Test channel: Middle Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3760.00 Vertical -35.37 -13.00 Pass 5640.00 V -37.72 7520.00 V -40.43 9400.00 V -40.67 11280.00 V --- 3760.00 Horizontal -40.96 -13.00 Pass 5640.00 H -45.56 7520.00 H -45.61 9400.00 H -46.54 11280.00 H --- Test mode: LTE Band 13 (5MHz) Test channel: Highest Frequency (MHz) Spurious Emission Limit (dBm) Result Polarization Level (dBm) 3818.60 Vertical -35.23 -13.00 Pass 5727.90 V -37.50 7637.20 V -41.10 9546.50 V -41.07 11455.80 V --- 3818.60 Horizontal -41.14 -13.00 Pass 5727.90 H -45.38 7637.20 H -44.95 9546.50 H -47.26 11455.80 H --- Remark： 1 The emission behaviour belongs to narrowband spurious emission, all modes investigated and only worst case is reported. 2 Remark”---“ means that the emission level is too low (20dB lower than the limit) to be measured 3 The emission levels of below 1 GHz are very lower (20dB lower than the limit) than the limit and not show in test report. Page 118 of 134 Report No.: A2103153-C01-R02 4.10 Frequency stability V.S. Temperature measurement Test Requirement: FCC Part2.1055(a)(1)(b) Test Method: ANSI C63.26:2015 Limit: 2.5ppm(Part 22) Within the authorized bands of operation(Part 24, Part 27) Test setup: Test procedure: 1. The equipment under test was connected to an external DC power supply and input rated voltage. 2. RF out…

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Test Report

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Contact Information

Applicant

Ratan Baid(CEO)

[email protected]9493139157Fax: 9493139157

Technical Contact

Bizringer Inc

[email protected]

United States

Test Firm

Shenzhen Alpha Product Testing Co., LTD.Simple Guan

[email protected]+86 755 29766001-810

Technical Specifications

#	Rule Parts	Frequency Range	Power Output	Emission	Tolerance
25	22H	829 MHz - 844 MHz	272.27 mW	8M93G7D	2.5 ppm

Confidentiality

Long Term

Grant Notes

Power output listed is ERP for frequencies below 1GHz and EIRP for frequencies above 1GHz. The antenna used with this transmitter must be installed to provide a minimum separation distance of at least 50 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi- transmitter product procedures. End-users must be provided with operating procedures for satisfying RF exposure compliance.

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Equipment Class

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Documents & Files

Select a file to view

Users Manual

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Cover Letter(s)

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External Photos

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ID Label/Location Info

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Internal Photos

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RF Exposure Info

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Test Report

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Test Setup Photos

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

Cover Letter(s)

External Photos

FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200

ID Label/Location Info

60mm *25mm Label Model No.: EM200 Model name: Smart Tail Light Tracker FCC ID: 2ARN2-EM200 Location

Internal Photos

FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 GPS ANT FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 FCC ID: 2ARN2-EM200 LTE ANT FCC ID: 2ARN2-EM200

RF Exposure Info

Test Report

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Test Report

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Test Report

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Test Report

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Technical Specifications

#	Rule Parts	Frequency Range	Power Output	Emission	Tolerance
25	22H	829 MHz - 844 MHz	272.27 mW	8M93G7D	2.5 ppm

Confidentiality

Long Term

Grant Notes