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ZenoGate LoRaWAN Gateway Interior
The gateway offers seamless integration with popular LoRaWAN® network servers such as The Things Stack, ChirpStack, Actility and AWS. System integration is simplified thanks to MQTT(S) and HTTP(S) API support. It can also communicate directly with BMS and PLC systems via Modbus protocols.
By supporting 8 simultaneous receive (RX) and 1 transmit (TX) channel, the device can process high data volume with low power consumption. It is equipped with WM1302 or SX1302 LoRa chipsets. It offers redundant communication with Ethernet, 4G cellular and Wi-Fi connectivity options. It provides high security in data transmission with OpenVPN and other secure connection protocols.
ZenoGate can operate safely in a wide operating temperature range from -40°C to +70°C. Its compact and durable aluminum chassis ensures long-lasting use in industrial environments. With DeviceHub and ZenoSmart Platform integration, remote device management, monitoring and configuration can be performed centrally.
ZenoGate LoRaWAN® gateway solutions can be easily integrated into existing network infrastructures with open communication protocols and cloud compatibility. In this way, it offers a scalable, secure and future-proof data transfer infrastructure in smart city, smart building and industrial automation applications.
ZenoGate LoRaWAN® Indoor Gateway is a powerful and reliable gateway solution that acts as the hub of the LoRa network in smart city infrastructures. The device transmits data collected from various sensor nodes to cloud-based platforms via Ethernet, 4G or Wi-Fibre connectivity. Its high-performance processor and industrial-grade LoRa chipset ensure stable, efficient and seamless communication in large-scale deployments.
ZenoGate offers low power consumption and long-range data transfer using the LoRaWAN® protocol. With these features, it produces high-performance solutions in areas such as smart agriculture, urban infrastructure management, factory automation, environmental monitoring and energy metering systems.In addition, its Cortex-A8 processor and Linux-based operating systemprovide a stable operating environment.
| Category | Parameter | Specification |
|---|---|---|
| Power Supply | Power source | 100–240 VAC 0.2 A (up to 15 A nominal load) |
| Max. power consumption | 3 W (Maximum) | |
| Surge protection | Built-in surge protection circuit | |
| Current protection | Built-in overcurrent protection (auto reset) | |
| Communication | Network interface | LoRaWAN® 1.0.4 Class C / NB-IoT (3GPP LTE Release 14 Cat-NB1 & Cat-NB2 compatible) |
| RF frequency | 868 / 915 / 923 MHz (LoRaWAN) / B3, B8, B20 (1710–1880, 880–960, 791–862 MHz) | |
| Receiver sensitivity | -137 dBm @ 125 kHz BW SF12 (LoRaWAN) / -108 dBm (Cat-M1 low band), -107 dBm (mid band) | |
| Transmit power | Up to +22 dBm (LoRaWAN, region dependent) / Up to +23 dBm (NB-IoT) | |
| Network security | AES-128 encryption based secure communication / APN, VPN support | |
| GPS | GPS/GLONASS/BeiDou/QZSS | |
| Software update (OTA) | Via Bluetooth and LoRaWAN® | |
| Bluetooth | Supported (Optional) | |
| Interfaces | DALI control & power | Built-in 15V DC power supply, controls up to 4 DALI ballasts |
| Analog output | 0–10 V or 1–10 V analog output | |
| Logical input (LSI) | 1 × 0–24V configurable logic input (analog/digital), dim levels, etc. | |
| Sensors | Light sensor | Integrated, threshold adjustable |
| Tilt sensor | 2-axis tilt sensor | |
| Lamp Control | Dimming range | 0–100% (linear/logarithmic depending on settings) |
| Control interface | DALI-2 / DiiA (IEC 62386) / D4i / 0–10 V / 1–10 V analog | |
| Measurement | Built-in parameters (non-D4i drivers) | A, V, W, Wh, WB, Wfund, PF, lamp on time, sag, swell |
| D4i reported parameters | V, W, Wh, PF, lamp on time, and others (depending on control equipment features) | |
| Measurement accuracy | ±0.5% (for built-in measurement circuit) | |
| Output Switch | Mechanical contact relay | 5A (100,000 operations) |
| Solid-state relay | 2A (with zero-cross detection) | |
| No switching | Output not available | |
| Timing | Real-Time Clock (RTC) | Yes, supercapacitor backup (up to 15 days) |
| Environmental | Protection class | IP66 (IEC 60529) |
| Operating temperature | -20 °C … +60 °C | |
| Mechanical | Standard | ANSI C136.41 2013 |
| Pin & positions | 5 or 7 pins & 3-pin power connection; 2 or 4-pin dimming and signal connection | |
| Weight & dimensions | 150 g / Ø 76 mm × 70 mm (height × diameter) | |
| Base & dome material | High-temperature resistant PBT & UV-protected, impact-resistan |
Frequently Asked Questions (FAQ)
Question 1: What connection methods does the ZenoGate LoRaWAN® Gateway support?
Answer: ZenoGate can transmit data to cloud-based platforms via Ethernet, 4G, and Wi-Fi, providing flexible and reliable communication.
Question 2: In which applications can ZenoGate be used?
Answer: ZenoGate can be used in smart agriculture, urban infrastructure management, factory automation, environmental monitoring, and energy metering systems.
Question 3: How does ZenoGate ensure high performance?
Answer: The device uses a Cortex-A8 processor and a Linux-based operating system, along with an industrial-grade LoRa chipset, enabling stable and efficient communication in large-scale deployments.