Faber apps, iOS 13, and Dark Mode
With version 10.7.5 of the SignalScope apps and version 10.4.5 of the SoundMeter apps, compatibility with the iOS 13 beta has been added. These new versions of the apps also support Dark Mode.
» Read moreWith version 10.7.5 of the SignalScope apps and version 10.4.5 of the SoundMeter apps, compatibility with the iOS 13 beta has been added. These new versions of the apps also support Dark Mode.
» Read moreIt’s time to discuss what SignalScope X offers that the others don’t. Here is a list of some major features that are new to SignalScope X.
» Read moreFaber Acoustical introduces SignalScope X as its new flagship dynamic signal analysis, data acquisition, and acoustics app for iOS. The culmination of nearly 10 years of iOS development experience, SignalScope X offers in-app subscriptions to replace and exceed the functionality currently found in other apps from Faber Acoustical, including SignalScope, which was available in the iPhone App Store on its opening day in 2008. SignalScope X is now available on the App Store as a free download.
» Read moreThe Faber app updates released this week address the issue with the built-in iPad microphone input gain in iOS 9.3.1 and later.
» Read moreRoomScope 4.0 is now available for download on the App Store.
» Read moreRoomScope now presents a nonlinearity parameter to offer additional guidance on the validity of each acoustic decay parameter.
» Read moreRoomScope 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 moreIn version 1.6, RoomScope’s Room Analyzer tool now estimates the optimal end point for the decay curve.
» Read moreRoomScope’s Room Analyzer tool can now load impulse response data from csv, txt, and MAT files saved within the app.
» Read moreA 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.
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