WisGate Edge Prime

The WisGate Edge Prime is a professional-grade LoRaWAN gateway designed for industrial IoT deployments, featuring dual LoRa concentrators with 16-channel capacity and integrated cellular backhaul connectivity. Network engineers, IoT solution architects, and industrial automation professionals rely on this device to establish robust, long-range wireless sensor networks across sprawling manufacturing facilities, smart city infrastructure, and remote monitoring applications. This gateway solves the critical challenge of extending wireless coverage to kilometers while maintaining low-power operation and ensuring reliable data transmission in challenging RF environments with built-in redundancy and failover capabilities.

Product Overview

The WisGate Edge Prime operates as a full-featured LoRaWAN concentrator gateway with advanced packet forwarding architecture. It utilizes dual Semtech SX1302 baseband processors, enabling simultaneous reception on up to 16 LoRa channels with configurable spreading factors from SF7 to SF12. The device integrates a powerful ARM Cortex-A53 processor running OpenWrt Linux, allowing for edge computing capabilities, local data processing, and custom application deployment. The dual concentrator design provides redundancy and increased capacity, making it suitable for high-density sensor deployments where single-gateway architectures would create bottlenecks. Built-in GPS/GNSS module enables precise time synchronization critical for LoRa collision avoidance and geolocation services.

What distinguishes the WisGate Edge Prime is its hybrid connectivity approach combining LoRaWAN with 4G LTE, Ethernet, and WiFi backhaul options. This multi-path connectivity ensures your IoT network remains operational even when primary connections fail, essential for mission-critical applications in utilities, agriculture, and industrial monitoring. The device features industrial-grade construction with wide operating temperature range (-40°C to +70°C), IP67-rated enclosure, and surge protection on all external interfaces. Advanced security includes secure boot, encrypted storage, and support for LoRa Alliance security protocols, protecting your sensor data from unauthorized access and ensuring compliance with industrial IoT security standards.

Key Specifications

Specification	Details
Product Type	LoRaWAN Gateway with Dual Concentrators
Brand	Rakuten Symphony (Formerly RAK Wireless)
Origin	Original/Authentic
Warranty	7 days on manufacturing defects
Shipping	1-5 days from Bengaluru
Delivery	7-8 days across India
Support	24/7 via Email and WhatsApp
LoRa Concentrators	Dual Semtech SX1302 Baseband Processors
LoRa Channels	16 simultaneous channels (configurable)
Spreading Factors	SF7 to SF12 with adaptive data rate
Frequency Bands	EU868, US915, AS923, IN865, AU915, KR920
Main Processor	ARM Cortex-A53 Quad-Core 1.2 GHz
RAM/Storage	1 GB DDR3 RAM / 8 GB eMMC Flash
Backhaul Connectivity	Gigabit Ethernet, 4G LTE, WiFi 802.11 b/g/n, GPS/GNSS
Operating Temperature	-40°C to +70°C (Industrial Grade)
IP Rating	IP67 (Dust and Water Resistant)
Power Consumption	12-15W typical operation
Power Supply	PoE+ (802.3at) or 12V DC adapter

Key Features

• Dual LoRa Concentrators: Dual SX1302 baseband processors deliver 16-channel simultaneous reception with improved sensitivity (-142 dBm) and reduced packet loss in high-density deployments
• Multi-Path Backhaul: Integrated Gigabit Ethernet, 4G LTE cellular modem, and WiFi ensure continuous connectivity with automatic failover between primary and secondary connections
• Edge Computing Capability: Quad-core ARM processor with 1GB RAM runs OpenWrt Linux, enabling local data processing, filtering, and custom application deployment without cloud dependency
• Industrial-Grade Reliability: IP67-rated enclosure, surge protection on all interfaces, and extended temperature operation (-40°C to +70°C) for harsh outdoor and factory environments
• Precise Time Synchronization: Integrated GPS/GNSS module provides sub-microsecond timing accuracy critical for LoRa collision detection and geolocation triangulation
• Security-First Architecture: Secure boot, encrypted storage, and LoRa Alliance Class A/B/C security protocols protect against unauthorized access and ensure data integrity

Applications and Use Cases

• Smart City Infrastructure: Deploy across municipal water distribution networks, street lighting systems, and environmental monitoring stations where the dual concentrators handle thousands of sensor endpoints across city-wide coverage areas
• Industrial IoT and Manufacturing: Monitor machinery vibration, temperature, and energy consumption across factory floors with the gateway's edge computing processing real-time alerts locally without cloud latency
• Agricultural Precision Farming: Connect soil moisture, weather, and crop health sensors across vast farmland areas with the extended LoRa range (up to 15km line-of-sight) and GPS-enabled geolocation for field mapping
• Utility Metering and Energy Management: Deploy in smart grid applications for meter reading, outage detection, and demand-side management where redundant connectivity ensures uninterrupted data collection from distributed consumer endpoints
• Remote Asset Tracking: Track vehicles, equipment, and containers across logistics networks with the integrated cellular modem providing real-time position updates and the GPS module enabling precise location verification
• Environmental Monitoring: Monitor air quality, noise levels, and radiation in urban areas or industrial zones where the IP67 rating and wide temperature range ensure reliable operation in challenging outdoor conditions

How to Use

Begin by mounting the WisGate Edge Prime in an elevated location with clear line-of-sight to your sensor devices, ideally 5-10 meters above ground level for optimal LoRa signal propagation. Connect power via PoE+ Ethernet cable or the included 12V DC adapter, ensuring proper grounding for surge protection. Access the device's web management interface by connecting to its IP address via Ethernet or WiFi, then configure your preferred frequency band (EU868, US915, AS923, IN865, etc.) matching your regional LoRaWAN regulations. Establish backhaul connectivity by selecting your primary connection method—Gigabit Ethernet for fixed installations or 4G LTE for remote locations—and configure secondary failover options for redundancy.

Once network connectivity is established, register the gateway with your LoRaWAN Network Server (such as The Things Network, ChirpStack, or Rakuten Symphony's cloud platform) using the gateway's unique EUI identifier. Configure the LoRa channels and spreading factors based on your deployment density—use all 16 channels for high-density urban deployments or fewer channels for rural areas to optimize power consumption. Enable GPS synchronization to ensure accurate time-stamping of received packets, critical for network-wide collision avoidance. Deploy your LoRa end-devices and sensors, which will automatically associate with the gateway and transmit telemetry data. Monitor gateway performance through the web dashboard, observing packet reception rates, signal quality metrics, and backhaul connection status. For edge computing applications, SSH into the device to deploy custom applications or data processing scripts that run locally, reducing cloud bandwidth requirements and latency-sensitive operations.

Frequently Asked Questions

What is the maximum range of the WisGate Edge Prime LoRa coverage?

The WisGate Edge Prime achieves up to 15 kilometers line-of-sight range in optimal conditions using spreading factor SF12, with typical urban range of 3-5 kilometers. Range depends on antenna quality, RF environment, spreading factor selection, and transmit power of end-devices. The dual concentrators allow simultaneous reception of multiple spreading factors, so you can optimize range for distant sensors while maintaining capacity for closer devices using lower spreading factors.

Can the WisGate Edge Prime operate without internet connectivity?

Yes, the gateway can operate in offline mode with local LoRaWAN network processing. The ARM Cortex-A53 processor runs OpenWrt Linux, allowing you to deploy local applications for data collection, filtering, and storage without cloud dependency. However, for cloud integration and remote management, at least one backhaul connection (Ethernet, LTE, or WiFi) is required. The multi-path connectivity design ensures automatic failover between available connections.

What frequency bands does the WisGate Edge Prime support?

The device supports multiple regional frequency bands including EU868 (Europe), US915 (North America), AS923 (Asia-Pacific), IN865 (India), AU915 (Australia), and KR920 (South Korea). The frequency band is software-configurable, allowing you to change regions by updating the firmware. For India deployments, the IN865 band (865-867 MHz) is pre-configured and compliant with WPC regulations.

How does the dual concentrator architecture improve performance?

The dual Semtech SX1302 concentrators enable simultaneous reception on 16 LoRa channels compared to single-concentrator gateways limited to 8 channels. This doubles the packet reception capacity, reducing collisions in high-density deployments and improving overall network throughput. The redundancy also provides failover capability—if one concentrator encounters issues, the other continues operating, ensuring network resilience.

Is the WisGate Edge Prime suitable for outdoor installation?

Absolutely. The device features IP67 rating (dust and water resistant), industrial-grade construction, and operates across extended temperature range (-40°C to +70°C). Surge protection on all external interfaces protects against lightning and electrical transients. For outdoor deployment, use a weatherproof enclosure or mounting bracket, ensure proper cable management with sealed connectors, and position the GPS antenna with clear sky view for optimal signal reception.

What is the power consumption of the WisGate Edge Prime?

Typical power consumption is 12-15W during normal operation with both concentrators active. The device supports PoE+ (802.3at) providing up to 30W, sufficient for continuous operation plus charging backup batteries if needed. Power consumption varies based on backhaul activity—LTE connectivity may increase consumption to 18-20W during active data transmission. The efficient ARM processor and optimized firmware minimize idle power draw.

When will I receive my order?

Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.

What is your return and warranty policy?

Buy WisGate Edge Prime Online in India

Purchase the WisGate Edge Prime online at The Engineer Store, India's trusted source for genuine electronics. We deliver across Bengaluru, Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata, Ahmedabad, Jaipur, and Surat.

Our team in Bengaluru is available 24/7 to support your journey from product selection to project completion.