Individual Radio control

Individual wired control of each lighting point is achieved through power line communication (PLC), a technology that transmits control signals by modulating the frequency of the existing power line.

LiWAVE is DITRA’s specialized radio-frequency technology designed specifically for smart outdoor lighting networks. Operating on license-free frequencies (868/915 MHz), it creates a dedicated, secure communication channel between lighting nodes and a central base station.

GSM-based nodes communicate directly with cloud platforms via mobile networks (2G/3G/4G), eliminating the need for additional base stations. Each node has its own SIM card and connects directly to the software.

• Full control of each lighting point

• No need for separate data cabling

• Detailed diagnostics and energy monitoring per luminaire

• Remote access and configuration via GSM or Ethernet

• Support for energy meter integration

• Power status monitoring at the inputs and outputs

• Schedule configuration (on/off/dimming)

• Stable work in areas where wireless is limited or restricted

• Low cost compared to radio or GSM-based solutions

• Full control of each lighting point

• No need for separate data cabling

• Detailed diagnostics and energy monitoring per luminaire

• Remote access and configuration via GSM or Ethernet

• Support for energy meter integration

• Power status monitoring at the inputs and outputs

• Schedule configuration (on/off/dimming)

• Stable operation in areas where the luminaire power system is decentralized

• Full control of each lighting point

• No need for separate data cabling

• Detailed diagnostics and energy monitoring per luminaire

• Remote access and configuration via GSM or Ethernet

• Schedule configuration (on/off/dimming)

• Stable operation in areas where the luminaire power system is decentralized

• Easy scalability

• Control cabinet is not required

• Requires new or clean power lines without third-party connections* *In some cases, the issue of third-party connections can be resolved by using a power line filter. We offer a line testing service prior to installation.

• Not applicable in areas with dense high-rise development

• The equipment cost is higher comparing to the PLC-based solution

• Requires SIM card installation for each node, which makes GSM the most expensive solution