DB7000 – DSP-based FM Radio Re-Broadcast Receiver with TCP/IP Connectivity
DB7000 – DSP-based FM Radio Re-Broadcast Receiver with TCP/IP Connectivity
DB7000 is frequency-agile, digitally tuned FM Re-Broadcast Receiver equipped with a sophisticated and high
selective DSP based FM-tuner. The RF (IF) signal is digitalized as soon as it enters the device and all signal processing
is then made through DSP algorithms. Digitizing the signal in this way, at the input, gives the equipment measurement
reproducibility over time. The high accuracy DSP based IF bandwidth filters help to solve difficult adjacent-signal. The
DB7000 measures conveniently all important parameters of FM transmissions. The built-in monitoring system
generates automatic warning messages in case of faulty or missing data. The incredible processing power in the device
enables all measurements to be refreshed simultaneously and synchronously, thereby allowing for detailed readings of
all the Multiplex FM signal components.
The DB7000 has easy to read, high-resolution OLED graphical display and ultra-bright alarm indicators that allow
reading the signal at a glance. The DB7000 is designed to support USB and LAN communication interfaces, allowing
flexibility in remote connection and control of the unit. Easy channel status monitoring or audio listening from anywhere
uses your mobile phone. With the Audio Stream Server you can listen the audio of the received radio program.
The Band Analyzer function in the DB7000 presents an overview of all FM signals available, plus the RF signal
strength of these stations. Scans are possible within any section of the band in the FM band in 3 different modes. The
generated spectrum diagram shows the RF Level vs. the Frequency. Scheduled Band Scans can also be enabled for RF
intruder or pirate transmissions detection. A high performance level and sustained reliability allow the DB7000 to satisfy
the requirements of the most demanding broadcasters, satellite and cable operators. This product has been designed
using the latest state-of-the-art audio technology, with very low harmonic distortion!