dBPower is compatible with Blue Solo sound level meter, Symphonie acquisition unit , NetdB multichannels analyser.

• Sound power can be characterized in different conditions: reverberant rooms, anechoic or semi-anechoic chambers and outdoors
• dBPower complies with the complete set of ISO374X standards
• Moving sources are processed according to CE2000/14
• Tonality and impulsiveness are estimated according to ISO7779 and ECMA074 standards

A 'ready to operate' system with no specific expertise required

• Predefined measurement configurations for each standard
• Number of microphones, meshing, extra-sensors for tonality,...
• No need to read the full documentation to launch the first test
• Sensors distribution automatically managed during the acquisition

A complete set of tools for data management and reporting

• Data storage in a specific database
• Data reloading and editing at any time
• All data - sound pressure, background, power levels - can be exported in HTLM format
• Word report and certification label document

Fit to ISO, EC, ECMA standards

• ISO3741 for reverberant rooms
• ISO3746, ISO3744, ISO3745 for semi-anechoic and anechoic rooms
• CE2000/14 for pass-by power in outdoor conditions
• ISO7779 for tone and impulse detection
• ECMA074 for tone detection

Powerful and easy to use

• Wizard for a fast definition of the tests configuration
• Automatic and specific meshing
• Use of customized reverberation laws
• Possibility to create sequence of measurement
• Possibility to apply weighting coefficients on each sequence
• Switch between tests results for easy comparisons

Data acquisition

• Acquisition from sound cards, Symphonie, NetdB
• Calibration (manual and automatic modes)
• Dynamic range control

Database and Export capabilities

• Creation of a tests database
• Background, SPL, Power level exportation in HTML format
• Curves copy/paste
• Word Label for certification
• Word Report: information on test conditions, measured values of pressure (SPL, background noise) and power level

Data editing & Reporting

• SPL on each microphone (global LIN & A, versus frequency)
• Average SPL (global LIN & A, versus frequency)
• Δ Level between the SPL and the background noise (global LIN & A, versus frequency)
• Sound power (global LIN & A, versus frequency)
• 1/3 octave and narrow-band spectra

Graphics

• Curves versus frequency
• Global values (LIN, A)
• Cursor
• Curves superimposition

Product requirements:

• Recommended PC: Minimum configuration with Pentium IV (2.4 GHz) or Centrino (1.6 GHz) with 512 MB RAM, 40 GB HDD
• XVGA display
• OS Win 2000 SP4 or Win XP SP1