
#1
Drawmer 1968ME & Speck ASC-T - light mix-bus compression & EQ (WAV's posted)
I'm posting these samples which were originally created in reply to this thread, where the Original Poster provided a short loop and invited us to process it with the Drawmer 1968ME.
I think the OP has long since gone AWOL, but I thought maybe the loops I did might be useful to you for evaluative purposes.
My I/O chain here is Metric Halo 2882 D-A >> Speck ASC-T EQ >> Drawmer 1968ME >> Metric Halo 2882 A-D
I set the Drawmer more or less to how the OP wanted it - ie about 2dB of reduction, relatively slow attack and fast release and +2dB of make-up gain. "Big' switch remained off.
The Speck ASC-T pair were connected via the XLR's which means the transformers are active even when the EQ circuit is bypassed and you can clearly hear they already warm up and add a bit of weight to the low end. So the fairest test of what the Drawmer alone is doing is really Vanilla Chain vs Comp1968. The EQ I added was extremely minimal - couple of cuts at 500 and 1k - you're really hearing more of the circuit than the EQ!
Original.wav The original file - unaltered by me
Vanilla Chain.wav Metric Halo 2882 D-A >> Speck ASC-T EQ BYPASS >> Drawmer 1968ME BYPASS >> Metric Halo 2882 A-D
Comp1968.wav Metric Halo 2882 D-A >> Speck ASC-T EQ BYPASS >> Drawmer 1968ME ENGAGED >> Metric Halo 2882 A-D
SpeckEQ.wav Metric Halo 2882 D-A >> Speck ASC-T EQ ENGAGED >> Drawmer 1968ME BYPASS >> Metric Halo 2882 A-D
SpeckEQ>Comp1968.wav Metric Halo 2882 D-A >> Speck ASC-T EQ ENGAGED >> Drawmer 1968ME ENGAGED >> Metric Halo 2882 A-D
I think the OP has long since gone AWOL, but I thought maybe the loops I did might be useful to you for evaluative purposes.
My I/O chain here is Metric Halo 2882 D-A >> Speck ASC-T EQ >> Drawmer 1968ME >> Metric Halo 2882 A-D
I set the Drawmer more or less to how the OP wanted it - ie about 2dB of reduction, relatively slow attack and fast release and +2dB of make-up gain. "Big' switch remained off.
The Speck ASC-T pair were connected via the XLR's which means the transformers are active even when the EQ circuit is bypassed and you can clearly hear they already warm up and add a bit of weight to the low end. So the fairest test of what the Drawmer alone is doing is really Vanilla Chain vs Comp1968. The EQ I added was extremely minimal - couple of cuts at 500 and 1k - you're really hearing more of the circuit than the EQ!
Original.wav The original file - unaltered by me
Vanilla Chain.wav Metric Halo 2882 D-A >> Speck ASC-T EQ BYPASS >> Drawmer 1968ME BYPASS >> Metric Halo 2882 A-D
Comp1968.wav Metric Halo 2882 D-A >> Speck ASC-T EQ BYPASS >> Drawmer 1968ME ENGAGED >> Metric Halo 2882 A-D
SpeckEQ.wav Metric Halo 2882 D-A >> Speck ASC-T EQ ENGAGED >> Drawmer 1968ME BYPASS >> Metric Halo 2882 A-D
SpeckEQ>Comp1968.wav Metric Halo 2882 D-A >> Speck ASC-T EQ ENGAGED >> Drawmer 1968ME ENGAGED >> Metric Halo 2882 A-D