G1 IoT-Bluetooth-Gateway

A Faster and Greater Connection

G1 IoT Gateway - Bluetooth to WiFi Gateways

G1 IoT Bluetooth Gateway is a faster and safer gateway with powerful Bluetooth LE & Wi-Fi CPU and WPA 2.0 enterprise encryption for data security and transmission, G1 collects data from Bluetooth LE Beacon, Sensor and other IoT-Geräte, and then sends it to the cloud over Wi-Fi / Ethernet. It’s a great option for all industry applications.

  • Bluetooth® LE
  • Super Speedy WiFi CPU & Bluetooth 5.0 Chipset
  • Max. 300-meter Transmission Range
  • Bis zu 300Mbps WiFi Datenrate
  • Support AWS/Azure/Google IoT Cloud Platforms

Wie es funktioniert

G1 IoT Gateway collects Bluetooth data and uploads it to cloud services

Certified to EN 18031

The G1 gateway prevents network misuse and service disruption, protecting sensitive IoT operations and enabling enterprises to scale securely with continuous connectivity and trusted compliance.

Nahtlose Lösungen für unterschiedliche Szenarien

Smart Offices

Warehousing

Logistics

Parking Lots

Spezifikationen

G1 IoT Gateway Specifications dimensions
* Für die genauen Abmessungen beziehen Sie sich bitte auf das physische Objekt.
General Information
Farbe Weiß
Nettogewicht 155g
Accessory 1x USB cable, mental fixing and screws
Power supply (Vcc) DC 5.0 (+/- 5%) Max. 5.5 Volts
Storage temperature -40℃ ~ 85℃
Humidity Max 95%, non-condensing, relative humidity
WiFi RF Performance
WiFi-Protokolle IEEE 802.11 b/g/n
WiFi Frequencies 2.4-2.4835 GHz
Emitting Power 17dBm (typical)@ 802.11b

11.3dBm (typical)@ 802.11g

8.2dBm (typical)@ 802.11n

Data Transfer Speed 802.11n: Up to 300Mbps

802.11g: Up to 54Mbps

802.11n: Up to 11Mbps

Transfer Speed 2T2R 300Mbps
Minimum receive input level -87dBm(typ. with PER < 8%@11Mbps)

-70dBm(typ. with PER < 10%@54Mbps)

-70dBm(typ. with PER < 10%@MCS7)

Receiving Sensitivity 270M:-61dBm@10%PER
135M:-65dBm@10%PER
108M:-68dBm@10%PER
54M:-68dBm@10%PER
11M:-85dBm@10%PER
6M:-88dBm@10%PER
1M:-61dBm@10%PER
Modulate Mode DBPSK, DQPSK, CCK and OFDM ( BPSK/QPSK/16-QAM/64-QAM)
Netzwerk-Protokoll HTTP(SSL/ TLS) /
MQTT(SSL / TLS & Proxy) / TCP
Drahtlose Verschlüsselung WPA-PSK / WPA2-PSK, WPA-EAP /WPA2-EAP and TKIP
 Bluetooth Specifications
Bluetooth Frequency 2.4-2.4835 GHz
Bluetooth Modulation GFSK
Emitting Power 18dBm(max)
Note:The actual emitting power may vary from country and
location depending on its laws and regulations.
Receiving Sensitivity -108 dBm @1Mbps, 0.1 %BER
Numbers of Received Broadcast Packets About 400 packets per second
Scan-Abdeckung About 300 meters of covered radius (open area)

FAQs

  • Unterstützt das G1-Gateway die Massenkonfiguration? Sind die Einstellungen dieselben wie auf der Webschnittstelle?

    Ja. Verwenden Sie den Minew Gateway Konfigurationsassistenten. Er spiegelt die Einstellungen der Webschnittstelle wider und ermöglicht es Ihnen, sie auf mehrere Gateways gleichzeitig anzuwenden. Bitte kontaktieren Sie unser Vertriebsteam für eine schrittweise Anleitung.
  • Wie hoch ist die Scan-Genauigkeit des G1-Gateways, und wie viele Tags kann es verarbeiten? Kann es zum Beispiel 1.000 Tags in einem Raum innerhalb von 5-10 Minuten genau scannen und hochladen?

    Die Scanleistung des G1 hängt von der Sendeleistung und dem Intervall der Tags ab - höhere Einstellungen verbessern die Erkennung, erhöhen aber den Stromverbrauch. Unter guten Bedingungen können alle Tags gescannt werden. Bei vielen BLE-Tags kann eine Überlastung des Kanals zu zufälligen Paketverlusten führen, die durch die Anpassung von Kanälen, Intervallen und Filtern gemildert werden können.
  • Welches Netzwerk wird beim G1-E-Gateway standardmäßig verwendet, wenn sowohl Ethernet als auch Wi-Fi verfügbar sind? Kann es automatisch zwischen beiden umschalten, um die Verbindung aufrechtzuerhalten?

    Das G1-E-Gateway unterstützt nicht die gleichzeitige Verwendung von Ethernet und Wi-Fi. Es kann immer nur eines aktiv sein. Bei der Verwendung von Wi-Fi unterstützt es jedoch die Ausfallsicherung zwischen verschiedenen Wi-Fi-Netzwerken, wenn deren Kennwörter vorkonfiguriert sind.
  • Warum gibt das G1-E den Fehlercode 671 aus, wenn es versucht, historische Temperaturdaten von einem MST03-Gerät abzurufen?

    Der Fehlercode 671 bedeutet, dass das Kabelmodem keine Verbindung zum Gerät herstellen kann. Dies kann aus verschiedenen Gründen geschehen:
    (1) Die MST03 ist zu weit vom G1-E entfernt, so dass die Verbindung fehlschlägt.
    (2) Die MST03 hat zu viele historische Temperaturdaten gespeichert, was dazu führen kann, dass sie die Verbindung unterbricht, wenn das Gateway versucht, die Daten abzurufen.
    (3) Das über MQTT gesendete Kommando hat ein falsches Passwort oder die falsche MAC-Adresse.。
  • Does upgrading from legacy G1 gateway to G1-E-grapes gateway require reworking data protocol compatibility?

    Customers who have already integrated the old G1 gateway can easily integrate the G1-E-grapes gateway, as it supports the same data formats (binary, JSON-LONG, JSON-SHORT). However, it's recommended to review the new gateway's data parsing documentation for helpful new features. For new customers or those updating, we offer the JSON-PREPARSED format, which ensures better compatibility and easier configuration with our latest devices.
  • Which reporting protocol is recommended for the G1-E-grapes gateway?

    JSON is the most widely adopted protocol for our G1 gateway. Among available JSON formats, JSON-PREPARSED is strongly recommended due to its unmatched compatibility with broadcast frame parsing and highly intuitive configuration options.
  • When viewing the raw data of Beacons uploaded by the gateway on the server, does the timestamp represent when the gateway detected the Beacon or when it uploaded the data?

    The timestamp reflects the exact moment the gateway detected the Beacon. This means the timestamp can be used to locate and track when/where a Bluetooth device appeared at a specific time.
  • Can the G1-E-Grapes Gateway’s BLE connectivity function connect to smartphones?

    The gateway's BLE capability is designed for configuring and collecting data from beacons/sensors, not available for mobile phone interaction. While smartphone connectivity isn't currently supported, we welcome discussions about custom solutions for specific use cases.
  • Can the G1 gateway upload data to a local server?

    Yes, it can. The server and gateway need to be on the same local network and properly configured. For example, when setting up a server on a PC, the server’s IP address will be the static IP of the computer's network interface. It is recommended to configure the static IP of the gateway and the computer’s network interface to be within the same network segment.
  • How to solve the TCP packet sticking problem with the G1 gateway?

    This requires the customer to extract the JSON content based on the specific format. If it is not yet a complete JSON format, it will need to continue to be retrieved.
  • Does the G1-E gateway support remote batch configuration via the network?

    Yes, our gateway supports receiving and executing preset commands. Additionally, we have developed two tools for batch configuration of the gateway via MQTT server and local area network, both of which are available for customer.
  • Why can’t you access the configuration page 192.168.99.1 of G1-E?

    This is probably because you've set a password before, and your browser has cached the old login information. Please try clearing your browser cache and then log in again.
  • How can multiple gateways send and receive commands in bulk?

    You can use the following format for the topics: /gw/grapes/status, /gw/grapes/action, /gw/ac233fc1772b/response. When a command is published to a topic, all gateways will execute it simultaneously. The response can be differentiated by the topic to identify which gateway is returning the information.
  • Does the G1 IoT Bluetooth Gateway support HTTP/MQTT network protocols?

    The G1 gateway supports both MQTT and HTTP network protocols, allowing you to choose as needed.
  • Why does the data received through the G1 IoT Bluetooth Gateway seem delayed?

    The G1 gateway uploads Beacon's broadcast data every second by default, which may be perceived as a "delay." You can reduce the upload interval on the configuration page.
  • Why is G1 IoT Bluetooth Gateway unable to receive reported data after successfully connecting to the Azure IoT hub?

    Azure IoT Hub has a D2C data packet size limit. Please check here to see if your service is affected and adjust the G1 gateway packet size accordingly to meet platform requirements.
  • Does G1 IoT Bluetooth gateway support connecting to LTE router’s WiFi?

    The G1 gateway can connect to hotspots via LTE portable WiFi, except for those requiring authentication. For non-authenticated WiFi, ensure you follow the correct steps to connect to the gateway.
  • Does the G1 IoT Bluetooth Gateway support WiFi 6 (IEEE 802.11ax)?

    G1 supports up to WiFi 4 and does not support WiFi 6. However, most routers are backward compatible, so our gateway can connect to WiFi 6 routers but won't achieve WiFi 6 speeds.

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