RoomScope 4 with additional hardware support is now available for download
RoomScope 4.0 is now available for download on the App Store.
» Read moreTag: reverberation time
RoomScope 2.1 validates reverberation time measurements
RoomScope now presents a nonlinearity parameter to offer additional guidance on the validity of each acoustic decay parameter.
» Read moreElectroacoustics Toolbox 3.5 adds AppleScript support for room acoustics
Version 3.5 of Electroacoustics Toolbox extends AppleScript support to the Room Analyzer tool (sold separately).
» Read moreRoomScope Updated for iOS 7
RoomScope version 2.0 now fully supports iOS 7 with a refreshed look and feel that is consistent with recent updates to SignalScope Pro and IOScope.
» Read moreFaber Mac Apps Updated for Mavericks
All Faber apps for Mac have been updated for Mac OS 10.9, Mavericks.
» Read moreRoomScope 1.6 automatically finds the end of the decay
In version 1.6, RoomScope’s Room Analyzer tool now estimates the optimal end point for the decay curve.
» Read moreRoomScope now loads IR data from CSV, MAT, and TXT files
RoomScope’s Room Analyzer tool can now load impulse response data from csv, txt, and MAT files saved within the app.
» Read morePop those balloons with RoomScope 1.3
A common request for RoomScope has been to directly capture room impulse response (IR) data using impulsive noise sources, such as balloons or starter pistols. RoomScope 1.3 now supports both single-channel and dual-channel IR data acquisition.
» Read moreRoom acoustics comes to the Mac in Electroacoustics Toolbox 3.2
Have you been looking for a tool to measure the reverberation time, early decay time, clarity and definition of a listening room, auditorium, or concert hall on your Mac? With version 3.2 of Electroacoustics Toolbox, the search has come to an end.
» Read moreRoomScope and IOScope measure longer IRs and use 64-bit FFTs
RoomScope 1.2 and IOScope 2.3 arrived in the iOS App Store this week. Both apps now support impulse response measurements up to 16 seconds long and use double precision (64-bit) FFTs in their measurements.
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