CEDAR Trinity 4

• Recorders can be set up for remote surveillance using remote assets.
• Increased maximum number of channels that can be recorded simutaneously on a given disk drive and reduced disk fragmentation.
• A command line interface for the Recorder.
• Operators' comments can be requested when recordings are started and stopped.
• The duration of retained audio can be set.
• Communication between Recorders and Satellites is more efficient.
• The audio data transmitted from a Recorder to a Satellite can be compressed.
• Network communication between CEDAR Trinity systems is encrypted using AES256 and the encryption key is unique to each connection session.
• Operators can open and extract the time stamp from WireOnAir files.
• Operators can open Panoptech projects, correctly placing the audio files from a DVD on the time line.
• Operators can extract a time stamp from files recorded using a Vortex device.
• Administrators can configure the Off-line client.
• A drag-and-drop interface has been added to TVerify.
• Exporting audio can generate an XML TVerify report automatically.
• The GUI can show processing values in numerical form at all times.
• Various other GUI improvements.

CEDAR Trinity 3

• Trinity Off-line is introduced.
• The number of simultaneous live channels is increased from 24 to the maximum number that the host system and its I/O can accommodate.
• The asset thumbnails and expanded views are enhanced.
• Support for the AudioTel Spyder multichannel microphone system is added.

CEDAR Trinity 2

• Importing existing audio to create an asset is added.
• Erasure of highlighted audio is added.
• Following archiving, audio can be restored to its original position within an asset or used to create a new asset.
• Access to assets can be restricted to specified operators.
• A new noise reduction process based upon CEDAR’s flagship FNR process is adopted.
• The number of simultaneous live channels is increased from eight to 24.
• Administrators can group multiple assets within a Project.
• Assets have a time zone associated with them and daylight saving time is correctly applied.
• The response of the system when connected to high latency networks is improved.
• The HSP ID is recorded within user events.
• Exports can be verified using TVerify.
• The enhancement parameters are embedded as metadata in exports.

CEDAR Trinity 1

• Initial release

Overview