Portable high performance directional microphone with DSP processor and best array microphone for audio interception

Portable high performance directional microphone with DSP processor and best array microphone for audio interception. It captures and records speech in any environment up to 150-300 meters away!

FALENA is a portable audio interception system consisting of a processor and a digital audio recorder. The device specifically allows the user to capture and record human speech in quiet or noisy environments. It can reach a maximum distance of approximately 150-300 meters (490 ~ 984 feet) when connected to one of the available high-performance array microphones.

The system was designed to aid law enforcement investigations or for any security purpose involving a perimeter that needs survey. The system can support up to 2 microphones, each input is quick and precise monitor of equipped with various DSP capabilities including:

- Automatic Level Control (ALC)

- Auto Gate (programmable Noise Gate)

- Band pass filter

- Low Pass filter

- High Pass filter

- Notch filter

Up to five filters of any type can be chained simultaneously. The FALENA comes with a range of predefined filter settings, including some optimized for the worst ambient audio conditions:

- Power lines strong electromagnetic fields

- Rumble and traffic noise

- Wideband strong noises in urban area

Additionally, when using the FALENA, the angle relative to the target can be reduced allowing for strong attenuation of unwanted noise, and the sensitivity of the system increases. A special digital array microphone is available with electronic internal beam forming capability. A bright and sun-readable 4.3 "color LCD screen with capacitive touchscreen allows the operator to constantly set and monitor all relevant parameters of the audio system.

A USB-hosted SIM card stores all recorded audio files. The maximum recording time allowed for each SIM inserted is approximately 45 hours (1 channel, uncompressed audio). The system can be controlled locally and remotely*. In local mode the GUI (Graphical User Interface) is based on the RGB color LCD Multi-Touch display.