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Tactical Radio Links

High capacity wireless broadband radio links for the battlefield.

Link the Networks

For bringing high capacity link connectivity to the battlefield, elements in the SDR based Bittium Tactical Wireless IP Network™ (TAC WIN) system can be used as optimal solutions for wireless broadband radio links.

Use the Bittium TAC WIN Radio Head IV (RH-IV) and Bittium TAC WIN Radio Head III (RH-III) together with Bittium TAC WIN Tactical Router and Bittium TAC WIN Waveform to bring the needed connectivity to the battlefield.

High Capacity Line-Of-Sight (LOS)

The advanced Bittium TAC WIN RH-IV radio unit is for the NATO IV frequency band (4400-5000 MHz) and it is used together with the TAC WIN Tactical Router and TAC WIN Waveform. Available in two variants, with integrated beam steering antenna or with integrated fixed beam antenna and external rotator integration, depending on the requirements.

Advanced Radio Link 

Bittium TAC WIN Radio Head III provides a solution for both Radio Links and Point-to-Multipoint networks. It uses the NATO III frequency band (1350-2400 MHz) and it is used with TAC WIN Tactical Router and TAC WIN Waveform. The radio head supports link connections with directional antenna and it includes a control interface for antenna orientation.

Benefits

All-IP Wideband

All-IP wideband connectivity across the battlefield with up to 50 Mbps data throughput with Bittium TAC WIN Waveform.

Different Antenna Solutions

RH-IV is available in two variants, with integrated beam steering antenna or with integrated fixed beam antenna and external rotator integration.

Advanced Beam Steering

The antenna beam of the RH-IV beam steering antenna variant can be set automatically or manually through the user interface.

Security

Bittium TAC WIN Waveform has TRANSEC that encrypts all data using AES-256.

Seamless Interoperability

Seamless interoperability with other Bittium TAC WIN network toplogies and integration with existing or upcoming IP networks.

ECCM Capabilities

Frequency hopping and adaptive modulation ensuring connectivity also during electronic warfare conditions.