
LoRaWAN Gateway (Indoor)
LoRaWAN Gateway (Indoor) is an industrial-grade indoor IoT gateway designed for reliable long-range LoRaWAN communication, enabling secure data transmission from sensors to cloud platforms over Ethernet or cellular networks.
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KEY FEATURES
- Wireless
- Serial
- Ethernet
- Remote Control
- Industrial Automation
Description
The LoRaWAN Gateway (Indoor) is a high-performance industrial IoT gateway built for indoor deployments such as factories, smart buildings, control rooms, and enterprise IoT networks. It supports standard LoRaWAN protocols and acts as a central data aggregation point for large-scale sensor networks. Equipped with an industrial-grade 32-bit processor, embedded real-time operating system, and advanced watchdog mechanisms, the gateway ensures stable 24/7 operation in demanding environments. It collects data from multiple LoRaWAN end devices and forwards it securely to cloud servers via Ethernet or optional cellular backhaul. With high receiver sensitivity, multi-channel LoRa support, and flexible network interfaces including Ethernet, Wi-Fi, and serial ports, this gateway is ideal for smart factories, energy monitoring, industrial automation, and enterprise IoT applications.
Specification
LoRaWAN Communication
- Protocol Support: LoRaWAN
- LoRa Classes: Class A, Class C
- Operating Frequency Bands: EU433, CN470–510, EU863–870, US902–928, AU915–928, AS923, KR920–923
- Receiver Sensitivity: -142 dBm @ LoRa
- Urban Communication Range: Up to 3.5 km
- Upstream Channels: 8 channels
- Downstream Channels: 1 channel
- Data Rate: Adaptive Data Rate (ADR)
Network & Interfaces
- Ethernet Ports: 1 × WAN/LAN, 1 × LAN (RJ45)
- Wireless Interfaces: Wi-Fi 802.11 b/g/n
- Serial Interfaces: RS232 (RS485/RS422 optional)
- Server Connectivity: Ethernet or 3G/4G uplink
Hardware & System
- Processor: Industrial-grade 32-bit CPU
- Operating System: Embedded real-time OS
- System Protection: Watchdog timer, over-voltage protection
- Antenna Interfaces: LoRa, Wi-Fi, Cellular (SMA connectors)
Power & Consumption
- Input Voltage: DC 9–36V (12V/1.5A standard)
- Standby Current: ≤145 mA @ 12V
- Transmit Current: ≤450 mA @ 12V
- Receive Current: ≤390 mA @ 12V
Mechanical & Environmental
- Enclosure Material: Metal housing
- Protection Rating: IP30
- Dimensions: 157 × 97 × 25 mm
- Weight: 510 g
- Operating Temperature: -35°C to +75°C
- Storage Temperature: -40°C to +85°C
- Humidity: 95% non-condensing
- Certifications: CE
Shipping & Delivery
- Orders are usually processed within 1–2 business days.
- Standard delivery time is 5–7 business days, depending on your location.
- Tracking details will be shared once your order is shipped.
- For detailed shipping terms, please refer to our Shipping Policy.
Frequently Asked Questions
Quick answers to common questions about our products
What is the LoRaWAN Gateway (Indoor) used for?
It is used to collect data from LoRaWAN sensors and transmit it securely to cloud servers for monitoring, analytics, and automation in industrial and enterprise IoT applications.
Is this gateway suitable for indoor industrial environments?
Yes, it is designed specifically for indoor use in factories, smart buildings, control rooms, and enterprise facilities requiring stable and long-range LoRaWAN communication.
How is the gateway installed?
The gateway can be wall-mounted or placed on a flat surface. Installation accessories are provided, and antenna placement should ensure minimal signal obstruction.
What power supply does the gateway require?
It operates on DC power with a wide input range of 9–36V, with 12V/1.5A recommended for optimal performance.
Does it support cloud platforms?
Yes, it forwards data to cloud platforms via Ethernet or cellular backhaul and is compatible with standard LoRaWAN network servers.
How many LoRa devices can connect to this gateway?
The gateway supports multiple LoRaWAN end devices using 8 upstream channels, making it suitable for medium to large indoor deployments.
Is Wi-Fi required for operation?
No, Wi-Fi is optional and mainly used for management and configuration. Primary data transmission is via Ethernet or cellular networks.
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