To Next PageTo Next Page
Need help?Do you have a question about the Ingics iGS03W and is the answer not in the manual?
Provides a general description of the iGS03 BLE gateway and its models.
Illustrates the internal components and external interfaces of iGS03W, iGS03E, and iGS03M models.
Details the step-by-step process for installing a Cat-M1 micro SIM card into the iGS03M model.
Instructions on how to remove the bottom cover to access the SIM card slot.
Describes how the 2.4G WiFi AP connection is used for unit configuration via web UI.
Details the Ethernet capabilities for bridging BLE devices to TCP or cloud servers.
Explains the BLE subsystem operation, including supported PHY modes and configuration.
Covers the GNSS function enablement and detailed telnet command settings for positioning.
Defines the structure of BLE data payloads, including report type, tag ID, and timestamps.
Guides on configuring the iGS03 to connect to an MQTT broker for publishing data.
Covers MQTT host, port, topic, client ID, and MQTTS support configuration.
Describes the functions of the single button on the back panel for WPS and Reset.
Explains the trigger condition for the WPS function on iGS03W/M devices.
Details the trigger condition for resetting the device to its default settings.
Explains the meaning and behavior of the BLE Status and Network Status LEDs.
Provides a table detailing the ON and Flash states for BLE and Network Status LEDs.
Guides users on how to connect to and configure the iGS03W/M and iGS03E units.
Instructions for connecting to the iGS03W/M WiFi AP and accessing the web UI.
Explains how to connect the iGS03E to a DHCP-enabled router for configuration.
Outlines the main sections of the web UI for reviewing and modifying configurations.
Describes how to display firmware and device information in station mode.
Details SSID, security, and password settings for the WiFi Access Point mode.
Explains how to configure the device to transfer data by connecting to an existing WiFi AP.
Covers WiFi address configuration for Station mode and DHCP server settings for AP mode.
Details settings for obtaining an IP address via DHCP Client or assigning a Static IP.
Explains how to change the IP address and netmask for the WiFi AP mode's DHCP server.
Guides users through configuring the device for TCP Server, TCP Client, and HTTP Client modes.
Describes how to use the TCP Server mode for testing and checking received data.
Explains how to configure the iGS03 as a TCP client to communicate with a TCP server.
Details setting up the iGS03 as an HTTP client to send BLE data to an HTTP server.
Details common configurations like content type, keep-alive, timestamps, and request intervals.
Explains options for data format (plain text/JSON) and HTTP persistent connection.
Covers adding timestamps to BLE packages and setting intervals for data uploads.
Describes cache buffer management and throttling data transmission based on request interval.
Covers advanced configurations including BLE settings, filters, and payload whitelists.
Details BLE PHY mode selection and active scanning mode enablement.
Explains how to set RSSI thresholds and payload whitelists to filter BLE advertising data.
Instructions on setting up MAC addresses to filter BLE beacon advertising data.
Information on uploading device certificates, private keys, and server CA files.
Covers APN, authentication, username/password, and DNS server settings for LTE connectivity.
Details APN settings and authentication methods for carrier configuration.
Explains username/password configuration and specifying DNS servers for LTE.
Describes enabling GNSS functionality and configuring NTP for time synchronization.
Guides on enabling and using the GNSS function on the device.
Details how to open the NTP setting UI and configure time server and update period.
Explains how to change the login password for the web UI and telnet console.
Provides details on Bluetooth SIG, Japan MIC, and FCC regulatory compliance.
Includes FCC interference statement, cautions, and radiation exposure information.
Presents the CE declaration for iGS03W/M, listing compliance with EU directives and standards.
Provides the CE declaration for iGS03M, detailing compliance with EU directives and standards.
Lists the dates, revisions, and changes made to the user manual.
The INGICS iGS03W/E/M is a versatile Beacon Gateway designed to bridge local Bluetooth Low Energy (BLE) tags, sensors, or beacons to remote servers or cloud platforms. It offers various connectivity options including WiFi, Ethernet, and LTE-M, making it suitable for a wide range of applications. The device is configured through an intuitive web user interface, allowing users to set up internet access and upload reports via TCP, HTTP(S), or MQTT(S).
The primary function of the iGS03 gateway is to scan for BLE beacons (such as iBeacon or Eddystone), proprietary tags, or BLE sensors, collect their advertised messages (payloads), and then transmit this data to a configured cloud server. This enables real-time monitoring and data collection from BLE devices over a wider network. The gateway supports different uploading interfaces depending on the model:
GNSS ENABLE: Enable/Disable GNSS (default off).GNSS FIXCOUNT: Number of attempts for positioning (0 for continuous, default 0).GNSS FIXRATE: Interval time between first and second positioning (default 1 second).GNSS RPTRATE: Interval time for sending GPSR report (default 600 seconds/10 minutes).GNSS INFO: Command to get the latest GPS status.The gateway sends various payload formats to the server, including:
$<report type>,<tag id>,<gateway id>,<rssi>,<raw packet content>,*<unix epoch timestamp>\r\n
<report type>: Distinguishes the source of the report (e.g., $GPRP for BLE 4.2 General Purpose Report, $RSPR for BLE 4.2 Scan Response Report, $LRAD for BLE 5 Long Range ADV, $LRSR for BLE 5 Long Range Scan Response, $1MAD for BLE 5 1M ADV, $1MSR for BLE 5 1M Scan Response).<tag id>: MAC address or ID of tag/beacon.<gateway id>: MAC address of gateway.<rssi>: RSSI of tag/beacon.<raw packet content>: Raw packet received by the gateway.<unix epoch timestamp>: Optional timestamp.$GPSR,<tag_mac>,<reader_mac>,<rssi>,yymmdd,hhmmss.ss,latitude,longitude,speed,hdop(,timestamp)
yymmdd,hhmmss.ss: UTC time of position acquisition.speed: Unit in knots.hdop: Horizontal dilution of position.Power Input: Type-C +5V power input.
https:// in the URL.Two LEDs indicate current status:
One button on the back panel serves two functions:
To use LTE-M, a Cat-M1 micro SIM card must be inserted. This involves:
The iGS03W/E/M gateway provides a robust and flexible solution for integrating BLE devices into cloud-based IoT systems, with comprehensive configuration options and clear status indicators.
General