FRESHDATA Next-Gen Relay
Revolutionary Communication Relay with Semantic Scheduling
The first-ever Communication Relay on the market that exploits Semantic Scheduling at the MAC layer.
Currently at TRL 5 status with patented technology.
Product Overview
The FRESHDATA Next-Gen Relay represents a breakthrough in communication relay technology,
being the first-ever relay device to implement Semantic Scheduling at the MAC layer.
This innovative approach provides unprecedented efficiency and performance in LoRaWAN networks.
Revolutionary Features
- Semantic Scheduling at MAC Layer: First-ever implementation of semantic scheduling in communication relays
- Patented Technology: PCT/TR2023/051024 – LPWAN TUNNELING RELAY
- Novel Hardware Design: Innovative hardware architecture optimized for semantic operations
- Link Layer 5 Protocol: Advanced protocol implementation for enhanced network performance
- LoRaWAN Range Extension: Superior range extension capabilities for Long Range Wide Area Networks
- TRL 6 Status: Technology Readiness Level 6 – Component and/or breadboard validation in relevant environment
The implementation of Semantic Scheduling at the MAC layer provides several revolutionary advantages:
Intelligent data routing, enhanced network efficiency, adaptive communication, energy optimization,
and scalable architecture for IoT network optimization and efficiency.
Technical Specifications
Below are the core hardware specifications for the relay node:
Patent: PCT/TR2023/051024 – LPWAN TUNNELING RELAY
Status: TRL 5 – Technology Readiness Level 5
| Parameter | Value |
|---|---|
| LoRa Class | Class A |
| Chipset | RAK3172 (Semtech SX1262) |
| Dimensions (H × W × D) | 120 mm × 76 mm × 70 mm |
| Weight | Empty case: 81 g · Full (without batteries): < 250 g |
| Enclosure / Type | ABS, waterproof, outdoor |
| Power Supply | 2 × AA LiSOCl₂ 3.6 V (field-replaceable) |
| Antenna | 3 dBi external, uFL-to-SMA, 50 Ω |
| Operating Temp. | –10 °C … +55 °C |
| RX Sensitivity | –135 dBm (SF12) |
| TX Power | Configurable 5 dBm … 22 dBm |
| Power Consumption | TX: –, RX: 8.5 mA; Idle: –, Sleep: 1.8 µA |
| Interfaces | USB (console), RS-485 (payload output) |
| Clock Drift (max.) | ±20 ppm (~72 ms h⁻¹) |
| Number of End Devices | 10 |
| Supported Bands | EU868 / US915 / AS923 / AU915 / IN865 |
Application Scenarios
- Utility infrastructure monitoring (water – gas meters)
- Smart city deployments in dense urban or subterranean areas
- Industrial IoT and remote asset tracking
- Temporary coverage extension for events or disaster recovery
Deployment
Device Registration and Configuration
The relay supports registration of up to 10 end devices. Registration is performed via a dedicated
“setup device” equipped with LoRa capabilities and acting as a temporary gateway. This setup device
manages a registry of relays, their associated end devices, and the selected exploration mode—periodic
or non-periodic.
During the registration process, the relay queries the setup device to obtain configuration details.
In response, the setup device provides the list of end device addresses, their corresponding AppSKey
and NwkSKey, and, if applicable, the transmission period for periodic operation. This process enables
the relay to identify which devices to listen to and ensures secure and efficient operation in the field.