DEVA Broadcast DB3011 – FM-HD & IP Audio Monitoring Receiver

This DEVA Broadcast DB3011 FM/HD Radio & IP Audio Monitoring Receiver offers superb acoustic properties and extensive capabilities. The DSP-based tuner of this unit allows you to select, control and listen to the HD broadcast in addition to the FM and Internet streams. The DB3011 not only allows you to monitor the audio of your station, but also to measure and store the RF level and left and right audio levels for future analysis. To improve performance, the DB3011 comes with a built-in FM RDS/RBDS decoder and HD Radio PAD decoder. The DB3011 is equipped with two speakers to reproduce mid and high frequencies, and a highly efficient bass reflex speaker for high-quality sound. The DB3011 FM / HD radio monitor provides reliable off-air monitoring and online streaming simultaneously. The device supports MP3, RTP and PCM IP audio codecs. Use the DB3011 to switch between FM, HD radio broadcast and Internet radio stream to confirm the presence and quality of sound in your live broadcast environments.

This DEVA Broadcast DB3011 FM/HD Radio & IP Audio Monitoring Receiver offers superb acoustic properties and extensive capabilities. The DSP-based tuner of this unit allows you to select, control and listen to the HD broadcast in addition to the FM and Internet streams. The DB3011 not only allows you to monitor the audio of your station, but also to measure and store the RF level and left and right audio levels for future analysis. To improve performance, the DB3011 comes with a built-in FM RDS/RBDS decoder and HD Radio PAD decoder. The DB3011 is equipped with two speakers to reproduce mid and high frequencies, and a highly efficient bass reflex speaker for high-quality sound. The DB3011 FM / HD radio monitor provides reliable off-air monitoring and online streaming simultaneously. The device supports MP3, RTP and PCM IP audio codecs. Use the DB3011 to switch between FM, HD radio broadcast and Internet radio stream to confirm the presence and quality of sound in your live broadcast environments.