BW Broadcast
HPS6000 FM Transmitter
Overview
The HPS6000 is the flagship model within the BW High Power Series, delivering up to
6kW of professional FM transmission for high-power broadcast networks.
Combining advanced FPGA digital modulation, high RF efficiency and modular
architecture with comprehensive remote monitoring and flexible configuration options,
the HPS6000 has been designed for broadcasters demanding exceptional
performance and long-term reliability.
Supported by BW Broadcast, the HPS6000 provides a complete high-power
transmission solution tailored to each individual project.
£POA
In Detail
Designed for continuous 24/7 operation, the HPS6000 combines high RF output with exceptional efficiency, delivering reliable broadcast performance whilst reducing power consumption and operating costs.
Its advanced FPGA digital modulation provides excellent audio quality, outstanding spectral purity and highly stable carrier performance across the full 76–108 MHz FM broadcast band.
The transmitter supports a comprehensive range of analogue, digital and MPX input options, available with a built-in Dynamic RDS encoder and integrated 5-band audio processing, allowing each system to be configured to the precise requirements of the broadcaster.
For mission-critical applications, the HPS6000 features modular RF architecture and hot plug-in redundant power supplies, helping maximise system availability whilst simplifying maintenance.
Remote operation is provided through an intuitive web interface with Ethernet connectivity and SNMP support, while optional GPS synchronisation enables seamless Single Frequency Network (SFN) operation where required.
Every High Power Series installation is different. Rather than offering a fixed specification, BW Broadcast works with each customer to configure the most appropriate solution for their technical, operational and commercial requirements. If you're considering a high-power FM transmitter, our team will be pleased to discuss your project and recommend the most suitable configuration.