TC Electronic Works Native Bundle v3.1
- نسخه :Version 3.1
- نوع فایل : نرم افزار
- زبان : انگلیسی
- سیستم عامل : Windows 32Bit & 64Bit
- تولید کننده : TC Electronic
- سال تولید : 2010
Description
TC Works were in at the start of the software plug-in explosion; I reviewed their original Native Reverb way back in SOS March 1998, and the entire Native Bundle version 2 in SOS July 1999. The latest version comprises a reverb, compressor/de-esser, limiter, graphic EQ and parametric EQ (all of which were featured in the original), plus a completely new filter. To make the most of my space here I'll concentrate on the differences and new features.
The Compressor/De-esser (previously named DeX) has had its familiar Attack, Release, Threshold and Ratio controls supplemented by more unusual ones like Soft Knee Width, which varies the transition from hard to smooth, and Hold Time, which delays the start of the release phase to emulate a range of compressor designs. You can also set up ducking effects using up to two additional SideChainer plug-ins.
TC Limiter.
TC Limiter.
The Limiter is ideal for maximising the level of recordings in a transparent manner, just like Waves' L1 and L2Ultramaximisers. Both Limiter and Compressor/De-esser sound to my ears almost identical to the version 2.0 plug-ins; both also have exactly the same CPU overhead as before, and neither exhibits any latency.
The Compressor/De-esser (previously named DeX) has had its familiar Attack, Release, Threshold and Ratio controls supplemented by more unusual ones like Soft Knee Width, which varies the transition from hard to smooth, and Hold Time, which delays the start of the release phase to emulate a range of compressor designs. You can also set up ducking effects using up to two additional SideChainer plug-ins.
TC Limiter.
TC Limiter.
The Limiter is ideal for maximising the level of recordings in a transparent manner, just like Waves' L1 and L2Ultramaximisers. Both Limiter and Compressor/De-esser sound to my ears almost identical to the version 2.0 plug-ins; both also have exactly the same CPU overhead as before, and neither exhibits any latency.
