Higher Spectrum Efficiency

Simulcast technique reduces to a single pair of frequency needed (one for TX and one for RX) regardless the number of BSs in the network.

Smooth Roaming and Handover

In simulcast system, the radio is capable of roaming and handover seamlessly between different BSs , the ongoing communication can continue normally during handover.

Dynamic Voting

Simulcast system can provide good voice preformance in overlap area as radios in overlap area can awlways receive the best voice frame through dynamic voting.

Flexible Networking

The IP-based architecture enables flexible networking. Multiple transmission links can be used between BS and MSO, such as IP, E1, Microwave, wireless bridge, etc. The standard SIP and RTP are used to interconnect with other systems such as PSTN system, DMR trunking system.

Analog/Digital Selectable

Simulcast Base Station channels support working both in analog and digital mode, to ensure smooth migration from analog to digital network.

Long Time GPS Holdover

In case of GPS failure, the Base Station supports a holdover of 48 hours via the internal synchronization reference, ensure the simulcast service maintain normal.



System Performance

Max. BS Capacity


Number of Carrier Frequency


Subnet Capacity





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