
Public Safety

Public Safety & Wireless Communications
Reliable wireless coverage is crucial for the safety of police, firemen, and other essential services. Effective communication during emergencies is vital, and robust wireless systems enable first responders to perform their duties efficiently. These systems must be secure, withstand harsh environments, reach remote areas, and provide uninterrupted coverage in critical situations. Police, fire, and other emergency services need reliable and secure communication systems that can withstand the harshest environments, reach remote areas, and provide uninterrupted coverage in critical situations.
Reliable Wireless Communication Networks for Public Safety
Without proper coverage, public safety services may struggle to respond effectively during emergencies, risking lives and property. Therefore, it is crucial to provide these services with reliable wireless communication networks to maintain public safety and protect communities.

Orion – Headend unit
The Orion headend unit converts all base station signals to a high-capacity digital optical stream. The Orion performs filtering, combining, sectorization etc in the digital domain. It supports up to four MNOs on each of the eight individual radio modules.
Technical characteristics:
- Supports any band from 88 MHz (FM) to 4GHz (5G)
- Multi-operator
- Compact, modular and scalable design
- 100W power consumption, fully loaded

Stratus – High Power Digital DAS Remotes
The Stratus high power digital remote is suitable for hybrid DAS installations in for instance tunnels and metro coverage. The Stratus remote supports combinations of public safety bands from 87.5MHz – 900MHz, from FM/DAB, TETRA, DMR to LTE/NR.
Technical features
- Up to 3 bands in one enclosure
- Fanless – maintenance free
- Typical 300W power consumption
- Weather proof (IP66) and less than 25kg

Cirrus – Digital Off-Air Master
The Cirrus off-air headend unit converts radio signals to a digital CPRI stream. Cirrus can be used as a primary or secondary source for redundancy of a hybrid DAS system.
Technical characteristics
- Supports any bands from low V/UHF to higher cellular bands
- Multi-operator
- Modular and scalable design
- Typically 200W power-consumption