2AH2IIGS03WBLE Beacon Gateway

INGICS TECHNOLOGY Guide Ver.01 Beacon Gateway iGS03W/M User Guide iGS03W/M is a gateway to bridge the local BLE tags, sensors, or beacons to remote server/cloud by WiFi, or LTE-M. Through an easy web UI interface, user can configure the Internet access to upload reports to cloud server by TCP, HTTP(S), or MQTT(S). This guide is to help the user to figure out how to operate and configure the iGS03. Contents: Overview Block Diagram SIM WiFi BLE GNSS Example case 1: The device is in fixed position: Example case 2: The device is moving: Payload Format BLE GPS Buttons Get default button OTA LEDs Configuration Web User Interface System Wi-Fi INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 1 INGICS TECHNOLOGY AP Mode Station Mode Network Applications TCP Server TCP Client HTTP Client HTTPS MQTT Client MQTTS Common Settings Content Type Keep Alive Append Timestamp Request Interval Throttle Control Advanced BLE Configuration BLE-5 PHY Mode Active Scan Mode BLE Filter RSSI Threshold Payload Whitelist BLE MAC Whitelist Security Device Key/Certification/Server CA Upload LTE LET Settings APN Auth Username/Password GNSS Settings NTP Setting Revision History INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 2 INGICS TECHNOLOGY INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 3 INGICS TECHNOLOGY Overview The iGS03 BLE gateway scans beacons(like iBeacon or Eddystone), proprietary tags, or BLE sensors then sends the payload to TCP, HTTP or MQTT server. Users can configure the transmit period and server endpoint through a simple web UI. There are two models, iGS03W and iGS03M, representing different uploading interfaces, WiFi and LTE-M. Block Diagram INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 4 INGICS TECHNOLOGY SIM To use iGS03M (LTE-M Model), you have to put a Cat-M1 micro SIM card into the socket of iGS03M. Please open the bottom cover to insert the SIM card. WiFi The 2.4G WiFi AP connection is used to configure the unit through web UI. iGS03 works as an WiFi Access Point(AP) supporting DHCP. Users must connect to this AP to configure the unit. BLE The BLE subsystem operates in listening mode. It collects the messages advertised by BLE devices. These messages are then sent to the cloud server configured by the user. iGS03 supports two BLE modes 1. 1M Phy: including BLE4.2(Legacy)/BLE 5 1M in 100% duty cycle 2. Coded Phy: BLE 5 long range in 100% duty cycle User can use following command to set BLE mode: (telnet console) BLE PHYMODE (1: 1M Phy only, 2: Coded Phy only) The default PHYMODE is 1, 1M Phy INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 5 INGICS TECHNOLOGY GNSS GNSS function is off by default. User can below commands to manage the GNSS behavior: GNSS ENABLE Enable/Disable GNSS, default off GNSS FIXCOUNT Number of attempts for positioning, 0 indicates continuous positioning. default 0 GNSS FIXRATE The interval time between the first and second time positioning, default 1 (1 second) GNSS RPTRATE The interval time for sending GPSR report, default 600 (10 minutes) GNSS INFO To get latest GPS status Example case 1: The device is in fixed position: e.g. GNSS ENABLE 1 GNSS FIXCOUNT 5 GNSS FIXRATE 60 GNSS RPTRATE 60 Then GNSS will be enabled and get position for 5 times with 60 seconds interval. GNSS will be off automatically after getting position for 5 times. Example case 2: The device is moving: e.g. GNSS ENABLE 1 GNSS FIXCOUNT 0 GNSS FIXRATE 1 GNSS RPTRATE 60 Then GNSS will be enabled and continuously get position with 1 second interval, and it will send a GPSR report every 60 sec. You can also use the "GNSS INFO" command to get the latest coordinates. INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 6 INGICS TECHNOLOGY Payload Format There are several kinds of payload format iGS03 will send to the server. BLE General format: $<report type>,<tag id>,<gateway id>,<rssi>,<raw packet content>,*<unix epoch timestamp>\r\n <report type> Different report type to distinguish the source of the report. <tag id> MAC address or ID of tag/beacon <gateway id> MAC address of gateway <rssi> RSSI of tag/beacon <raw packet content> Raw packet received by the gateway <unix epoch timestamp> Optional timestamp configured in applications page Report Type: $GPRP BLE4.2 General Purpose Report $SRRP BLE4.2 Scan Response Report $LRAD BLE5 Long Range ADV $LRSR BLE5 Long Range Scan Response $1MAD BLE5 1M ADV $1MSR BLE5 1M Scan Response Examples: $GPRP,CCB97E7361A4,CB412F0C8EDC,-49,1309696773206D65736820233220285445535429020106,1574921085 $GPRP,E5A706E3923A,CB412F0C8EDC,- 87,0201041AFF590002150112233445566778899AABBCCDDEEFF0000100C3BB,1574921085 $LRAD,51A88AD374B7,CC4B73906F96,-87,02010212FF0D0083BC280100AAAAFFFF000010030000,1574921085 $GPRP,0C61CFC1452E,E7DAE08E6FC3,-44,0201061AFF4C000215B9A5D27D56CC4E3AAB511F2153BCB9670001452ED6 (iBeacon, UUID: B9A5D27D56CC4E3AAB511F2153BCB967, Major: 0001, Minor: 452E) GPS General format: $GPSR,<tag_mac>,<reader_mac>,<rssi>,yymmdd,hhmmss.ss,latitude,longitude,speed,hdop(,timestamp) INGICS TECHNOLOGY CO., LTD. • [email protected] • WWW.INGICS.COM 7 INGICS TECHNOLOGY The "$GPSR,<tag_mac>,<reader_mac>,<rssi>" fields are for compatibility with other reports. For $GPSR, the tag_mac is always the same as reader_mac and the rssi is always -127. yymmdd,hhmmss.ss is the UTC time of position acquired. speed: unit is knots. hdop: Horizontal dilution of position Example: $GPSR,CC4B73906F96,CC4B73906F96,-127,191127,233821.00,24.993631,121.423264,0.0,2.4,1574897900 Buttons Get default button One reset(default) button is located on the back side of iGS03 as shown in the figure below. In case you need to go back to the original settings, keep pressing the reset/default button in your device for over 3 secs no matter in which mode the device is. The network status LED will be turned off and when you release the button, the iGS03 will reboot to its default settings. OTA Reset(default) button can be …

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Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Internal Photos Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 9 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 10 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 11 of 16

INGICS TECHNOLOGY CO., LTD. 2F., No.15-2, Changshou St., Shulin Dist., New Taipei City 238, Taiwan (R.O.C.) Federal Communications Commission Authorization and Evaluation Division Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MD 21046 Applicant’s declaration concerning RF Radiation Exposure We hereby indicate that the product Product description: BLE Beacon Gateway Model No: iGS03W The equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. The integral antennas used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter within the host device. A safety statement concerning minimum separation distances from enclosure of the Product: BLE Beacon Gateway will be integrated in the user’s manual to provide end-users with transmitter operating conditions for satisfying RF exposure compliance. The appropriate information can be drawn from the test report no: W6M22009-20237-C-1 and the accompanying calculations. Company: INGICS TECHNOLOGY CO., LTD. Address: 2F., No.15-2, Changshou St., Shulin Dist., New Taipei City 238, Taiwan (R.O.C.) Date: 2020/10/12 Signature Registration number: W6M22009-20237-C-1 FCC ID: 2AH2IIGS03W 3.2 Equivalent Isotropic Radiated Power (EIRP) FCC Rule: 15.247(b)(3) EIRP = max. conducted output power + antenna gain EIRP = 3.95 dBm + 2.11 dBi [antenna gain claimed by manufacturer] = 6.06 dBm = 4.0365 mW 3.3 Exemption Limits for Routine Evaluation according to 47 CFR FCC Part 2 Subpart J, section 2.1091 FCC OET Bulletin 65 Edition 97.01 determines the equations for predicting RF fields and applicable limits. The prediction for power density in the far-field but will over-predict power density in the near field, where it could be used for walking a “worst case” or conservative prediction. Systems operating under the provisions of this section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy levels in excess limit for maximum permissible exposure. In accordance with 47 CFR FCC Part 2 Subpart J, section 2.1091 this device has been defined as a mobile device whereby a distance of 20 cm normally can be maintained between the user and the device. MPE Calculation Method Worldwide Testing Services(Taiwan) Co., Ltd. Page 16 of 32 Registration number: W6M22009-20237-C-1 FCC ID: 2AH2IIGS03W E ＝ Electric field (V/m) P ＝ output power (W) G ＝ EUT Antenna numeric gain (numeric) d ＝ Separation distance between radiator and human body (m) The formula can be changed to mW/cm2. Established separation distance is 20 cm. Operating frequency band : 2402-2480 MHz The product meets RF exposure requirement. Because the power density of 0.0008 mW/cm 2 at 2480 MHz is below the power density limit of 1 mW/cm 2 . Worldwide Testing Services(Taiwan) Co., Ltd. Page 17 of 32

Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Set Up Photo of Radiated Emission EMI Below 1GHz Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 12 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Above 1GHz Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 13 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W RF Below 1GHz Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 14 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Above 1GHz Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 15 of 16 Registration number: W6M22009-20237-FCC FCC ID: 2AH2IIGS03W Set Up Photo of Conducted Emission Worldwide Testing Services(Taiwan) Co., Ltd. Appendix page 16 of 16