AOM Total Bundle v1.10.0 WiN MacOSX
WiN: Team R2R | 10 September 2019 | 44 MB
MAC: Team R2R | 01 October 2019 | 36 MB
MAC: Team R2R | 01 October 2019 | 36 MB
Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress requantization errors on bit depth reduction by adding slickly crafted random signal.
Sakura Dither is a dithering plugin. It works on the final slot of mastering effect chain, converts input floating-point signal to output 8/16/24 bit integer signal. With well-tuned four types of dither characters, you can add a final touch to your masters.
A.O.M. has updated all their plugins to version 1.9.0 and released a new plug-in.
Sakura Dither is a dithering plugin. It works on the final slot of mastering effect chain, converts input floating-point signal to output 8/16/24-bit integer signal for the use of CD or streaming master. With well-tuned four types of dither characters, you can add a final touch to your masters.
Cyclic Panner
Invisible Limiter
Invisible Limiter G2
Stereo Imager D
tranQuilizr
Wave Shredder
Sakura Dither
tranQuilizr G2
Features:
Output bit depth: 8bit / 16-bit / 24-bit.
Premium four dither types, tuned by master-class audio engineer.
Type 1: Natural / Transparent.
Type 2: Open / Wide.
Type 3: Warm / Slight de-essor feelings.
Type 4: Electronic / Enhancement.
Auto-Black process mutes signal when input signal is enough low.
Input and output bit depth meter.
We have updated A.O.M. Audio Plugins to version 1.10.0.
New Plugin:
tranQuilizr G2
Bug Fixes and workarounds
[All Plugins, Windows, VST3] Add a workaround to avoid problem that Samplitude fails to load project after plugin's parameter count gets decreased.
[Invisible Limiter G2] K-weighting filter was unintentionally applied to main signal line when K-weighting setting is enabled. This bug was introduced in version 1.9.5. – fixed.
home page:
http://bit.ly/1svmFGC
DOWNLOAD
Related News:
AOM Total Bundle v1.9.4 WiN MacOSX
Team R2R | 15 September 2018 | WiN: 43 MB | MAC: 36 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
Team R2R | 15 September 2018 | WiN: 43 MB | MAC: 36 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
AOM Total Bundle v1.9.2 REPACK / v1.9.2 WiN MacOSX
WiN: Team R2R | 23 June 2018 | REPACK INTERNAL | 43 MB MAC: Team R2R | 21 June 2018 | 88.7 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors....
WiN: Team R2R | 23 June 2018 | REPACK INTERNAL | 43 MB MAC: Team R2R | 21 June 2018 | 88.7 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors....
AOM Total Bundle v1.9.2 WiN MacOSX
Team R2R | 21 June 2018 | WiN: 43.0 MB | MAC: 88.7 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
Team R2R | 21 June 2018 | WiN: 43.0 MB | MAC: 88.7 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
AOM Total Bundle WiN MacOSX
Team R2R | 12 February 2018 | WiN: 43 MB | MAC: 39 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
Team R2R | 12 February 2018 | WiN: 43 MB | MAC: 39 MB Nowadays, typical digital audio workstations employ floating-point internal precision. However, for distribution media like CD or streaming, we still need to convert our masters to 16 or 24 bit integer formats. These conversion easily introduces sound degradation caused by re-quantization errors. Dithering is a technique to suppress...
Comments for AOM Total Bundle v1.10.0 WiN MacOSX:
No comments yet, add a comment!