The hybrid network enables seamless integration of 4G/5G “bubbles” into tactical networks, supporting interoperability with other authorities using commercial networks. This approach enhances operational command by expanding the communication infrastructure in complex environments.
The companies demonstrated several practical applications, including real-time voice communication across devices, situational awareness applications, and video transmission over the integrated network. Bittium’s server-independent, distributed network played a central role in enabling these capabilities.
“Our high-performance and interference-resistant communications system offers an excellent interface also for other communication solutions,” said Tommi Kangas, Senior Vice President of Bittium’s Defense & Security business segment. “The collaborative demonstration with Nokia proved the integrability of Nokia’s 4G/5G network technology with Bittium’s tactical communications system.”
Kangas added, “The 4G/5G solutions complement tactical communications networks and the formed hybrid network expands the network used for operative command.”
Giuseppe Targia, Head of Space and Defense at Nokia, described the achievement as a breakthrough in defence connectivity. “This milestone in interoperability is a game-changer for mission-critical operations, seamlessly integrating Bittium’s tactical communications solutions with our military-grade 4G/5G technology,” he stated.
“By delivering secure and resilient connectivity with high data speeds, we empower real-time data and enhanced operational agility in even the most challenging environments,” Targia said.
The demonstration featured key technologies including Bittium Tactical Wireless IP Network™ (TAC WIN), Bittium Tough SDR™ radios for vehicles and soldiers, and Nokia’s Banshee Mobile and Tactical Radios (BMR and BTR). These systems enabled smartphone-based applications, including those on Bittium Tough Mobile™2, and were supported by Bittium Tough VoIP Service™ for voice communication across the hybrid network.
