Re: MIX CHALLENGE - MC098 June 2024 - Submissions until 21-JUN-2024 23:59 UTC+2/CEST
Posted: Fri Jun 21, 2024 16:25 CEST
Hello again
Here is my mix:
https://1drv.ms/u/s!Ag9l-SD7wzmSjcY_lP6 ... g?e=lYKNjc
WAV, 44kHz, 24bit
-16.5 LUFS
-6.4 dbTP
I started the whole process by align time the tracks of the chorus vocals to follow the main vocals.
Then, on the master bus, I started by adding emulation of the preamp (Acustica Cream), then the whole thing goes into a compressor (Acustica Taupe) with 2-3 db attenuation with a slow attack and medium release. The next treatment was adding a high middle (5k) and top (9k) to the whole (Acustica Magenta).
At this point I got down to the vocals. Generally recorded very well with some shortcomings - far too much treble, I also lacked a base and some bottom to give them more warmth.
So I started by removing the resonances in the treble from the 8k (Soothe) and a slight de-esser from 8k up (Nectar). Only now does the whole thing go into into the channel strip SSl4000G where the vocals have been lightly compressed (2:1) to 3db with a fast attack and release. Later EQ where I added 4db for 200Hz, 3db for 900Hz Q=1.5, 2db for 2.3k Q=1 at the end of the whole thing lightening everything slightly by 4db from 9.7k. The next step was compression (UAD 1176LN) where with a 4:1 ratio, medium attack and fast release I was catching bars up to 3db max. The final cut was equalizing the whole thing with an opto-style compressor (UAD LA-2A Grey) which worked in the 1-3db range.
The same effects chain was used on all vocals as on the lead vocals adjusting the parameters to the source material.
The next step was the drums.
On the bass drum I have strapped an SSL4000G where I cut the treble to 5k using filters and subjected it to light compression with a fast release (0.24s) and a 5:1 ratio with attenuation down to 3db. On the EQ I added 8db for 100Hz to emphasize the base, pulled down 6db for 280Hz with a wide Q=0.5 to get rid of the muck and what surprised me added 4db for 900Hz Q=1 (I mostly remove this frequency because there is a cardboard sound there, but this time it worked to my advantage). Finally, a slight saturation from the strip. The whole thing goes into Pultec's EQ (UAD EQP-1A), where the 30Hz boost and atten frequency set to about 6 which gave a nice "bullet" on the low frequencies from 10k truncation set around 7 on the scale. Despite all the treatments limiting the top of the bass drum further it had too much attack which I mastered with a transient control plugin (Oxford TransMod).
Stick. Here there is not too much going on. SSL4000G with a slight compression to 3db and a boost of 290Hz at 3.7db Q=1.5 and 800Hz 3db at Q=1.
Snare. SSL4000G, compression to 3db with a 3k boost of 6db Q=1.5 for a slight highlighting of the attack.
Hi-hat. SSL4000G. I cut everything above 12k with a filter because in my opinion it was too bright and subjected to medium compression with fast attack and release and a 5:1 ratio getting up to 6db attenuation. On the EQ a light shelf at -5.3db from 8k.
Toms. SSL4000G with light compression to 3db with fast release time and saturation from strip. A slight boost of 3db around 200Hz.
Crash. No processing on individual tracks.
All drums went into a separate group where they went into a solid-stage Zener type compressor (Acustica Cream) with 1-2db attenuation. This compressor adds musical glue by saturating the whole thing with harmonics, and was mainly used there to add naturalness to the samples. Then another Pultec-style EQ (Bettermaker EQ232D) with the bottom set at 30Hz boosting and attenuating at the same time which added even more nice bottom end to the whole set. Then a strong 16k boost to 7 on the scale which added brightness to the whole kit. Next fastened a clipper to reduce the peaks for more control. Finally everything went into the Maag EQ EQ4 in which I boosted 40k to add even more air to the whole.
Bass. Ampeg SVTVR amp emulation keyed with a kick from the drums to make more space for it in the overall mix - so as not to lose the pulse.
Piano. Channel strip SSL4000E (more punchy than the G version) in which using 4:1 compression, slow attack and release around 0.2s I got about 5-6db of attenuation then in EQ reducing the bottom from 100Hz by about 6db and 900Hz by 2db with a narrow Q=2.5. I also boosted by 6db the area around 4.5k with Q=1 and the top (bell type) at 9k by 6db. The whole thing gave me a brighter, more piercing piano sound that plays the basic accompaniment line in the song along with the guitar.
Guitar. I used the line from the Boss. The guitar itself was already clear enough that I decided that the 4000G model would be more suitable through its smoother eq. Here we have filters set at 200Hz for HPF and 8k for LPF. Compression of 3-5db, a ratio of 8:1 and a very fast release. On the EQ, a slight boost to the bottom around 150Hz by 2db and attenuations at 300Hz, 3k and 8k of about 2-3db each. Finally, a lot of saturation from the strip channel.
After mastering the individual tracks and drum group, I returned to the master bus where after EQ (Magenta) I strapped the Black Box saturator in mid-side mode adding more saturation to the mid track than to the side, but I set the output volume the other way around (side louder) so we have a solid, saturated mid part with a clear and spacious side component. I'll add that the side component also has a mode that adds more frequency in the top end (air amount mode).
Then we have the mastering-style EQ (EQ200) which sounds simply brilliant giving a lot of possibilities in shaping the bands. He also works in mid-side mode gently boosting the bands that were missing from the whole, viz: 300Hz, 820Hz and 11k in such a way that for 300Hz we have more boost for mid than for side, for 820Hz it's more or less equal and for 11k we have more boost for the side component than for mid. We are talking about boosts in the 4-6db range. I also added harmonics and set everything below 100Hz in mono.
The last tool is a noise removal plugin, which was created by using multiple emulations of analog devices. This noise is removed only at the moment of silence at the beginning of the song before the instruments enter, after that it does not work.
Spatial effects:
Drums sent to a room-type reverb (SP2016)
Vocals and the rest of the instruments sent to a plate-type reverb (SuperPlate)
Vocals sent to a delay with keying designed to bring them down when singing and bring them forward during the silence to not obscure them.
That's all.
I hope you enjoy
Pleasant listening
Here is my mix:
https://1drv.ms/u/s!Ag9l-SD7wzmSjcY_lP6 ... g?e=lYKNjc
WAV, 44kHz, 24bit
-16.5 LUFS
-6.4 dbTP
I started the whole process by align time the tracks of the chorus vocals to follow the main vocals.
Then, on the master bus, I started by adding emulation of the preamp (Acustica Cream), then the whole thing goes into a compressor (Acustica Taupe) with 2-3 db attenuation with a slow attack and medium release. The next treatment was adding a high middle (5k) and top (9k) to the whole (Acustica Magenta).
At this point I got down to the vocals. Generally recorded very well with some shortcomings - far too much treble, I also lacked a base and some bottom to give them more warmth.
So I started by removing the resonances in the treble from the 8k (Soothe) and a slight de-esser from 8k up (Nectar). Only now does the whole thing go into into the channel strip SSl4000G where the vocals have been lightly compressed (2:1) to 3db with a fast attack and release. Later EQ where I added 4db for 200Hz, 3db for 900Hz Q=1.5, 2db for 2.3k Q=1 at the end of the whole thing lightening everything slightly by 4db from 9.7k. The next step was compression (UAD 1176LN) where with a 4:1 ratio, medium attack and fast release I was catching bars up to 3db max. The final cut was equalizing the whole thing with an opto-style compressor (UAD LA-2A Grey) which worked in the 1-3db range.
The same effects chain was used on all vocals as on the lead vocals adjusting the parameters to the source material.
The next step was the drums.
On the bass drum I have strapped an SSL4000G where I cut the treble to 5k using filters and subjected it to light compression with a fast release (0.24s) and a 5:1 ratio with attenuation down to 3db. On the EQ I added 8db for 100Hz to emphasize the base, pulled down 6db for 280Hz with a wide Q=0.5 to get rid of the muck and what surprised me added 4db for 900Hz Q=1 (I mostly remove this frequency because there is a cardboard sound there, but this time it worked to my advantage). Finally, a slight saturation from the strip. The whole thing goes into Pultec's EQ (UAD EQP-1A), where the 30Hz boost and atten frequency set to about 6 which gave a nice "bullet" on the low frequencies from 10k truncation set around 7 on the scale. Despite all the treatments limiting the top of the bass drum further it had too much attack which I mastered with a transient control plugin (Oxford TransMod).
Stick. Here there is not too much going on. SSL4000G with a slight compression to 3db and a boost of 290Hz at 3.7db Q=1.5 and 800Hz 3db at Q=1.
Snare. SSL4000G, compression to 3db with a 3k boost of 6db Q=1.5 for a slight highlighting of the attack.
Hi-hat. SSL4000G. I cut everything above 12k with a filter because in my opinion it was too bright and subjected to medium compression with fast attack and release and a 5:1 ratio getting up to 6db attenuation. On the EQ a light shelf at -5.3db from 8k.
Toms. SSL4000G with light compression to 3db with fast release time and saturation from strip. A slight boost of 3db around 200Hz.
Crash. No processing on individual tracks.
All drums went into a separate group where they went into a solid-stage Zener type compressor (Acustica Cream) with 1-2db attenuation. This compressor adds musical glue by saturating the whole thing with harmonics, and was mainly used there to add naturalness to the samples. Then another Pultec-style EQ (Bettermaker EQ232D) with the bottom set at 30Hz boosting and attenuating at the same time which added even more nice bottom end to the whole set. Then a strong 16k boost to 7 on the scale which added brightness to the whole kit. Next fastened a clipper to reduce the peaks for more control. Finally everything went into the Maag EQ EQ4 in which I boosted 40k to add even more air to the whole.
Bass. Ampeg SVTVR amp emulation keyed with a kick from the drums to make more space for it in the overall mix - so as not to lose the pulse.
Piano. Channel strip SSL4000E (more punchy than the G version) in which using 4:1 compression, slow attack and release around 0.2s I got about 5-6db of attenuation then in EQ reducing the bottom from 100Hz by about 6db and 900Hz by 2db with a narrow Q=2.5. I also boosted by 6db the area around 4.5k with Q=1 and the top (bell type) at 9k by 6db. The whole thing gave me a brighter, more piercing piano sound that plays the basic accompaniment line in the song along with the guitar.
Guitar. I used the line from the Boss. The guitar itself was already clear enough that I decided that the 4000G model would be more suitable through its smoother eq. Here we have filters set at 200Hz for HPF and 8k for LPF. Compression of 3-5db, a ratio of 8:1 and a very fast release. On the EQ, a slight boost to the bottom around 150Hz by 2db and attenuations at 300Hz, 3k and 8k of about 2-3db each. Finally, a lot of saturation from the strip channel.
After mastering the individual tracks and drum group, I returned to the master bus where after EQ (Magenta) I strapped the Black Box saturator in mid-side mode adding more saturation to the mid track than to the side, but I set the output volume the other way around (side louder) so we have a solid, saturated mid part with a clear and spacious side component. I'll add that the side component also has a mode that adds more frequency in the top end (air amount mode).
Then we have the mastering-style EQ (EQ200) which sounds simply brilliant giving a lot of possibilities in shaping the bands. He also works in mid-side mode gently boosting the bands that were missing from the whole, viz: 300Hz, 820Hz and 11k in such a way that for 300Hz we have more boost for mid than for side, for 820Hz it's more or less equal and for 11k we have more boost for the side component than for mid. We are talking about boosts in the 4-6db range. I also added harmonics and set everything below 100Hz in mono.
The last tool is a noise removal plugin, which was created by using multiple emulations of analog devices. This noise is removed only at the moment of silence at the beginning of the song before the instruments enter, after that it does not work.
Spatial effects:
Drums sent to a room-type reverb (SP2016)
Vocals and the rest of the instruments sent to a plate-type reverb (SuperPlate)
Vocals sent to a delay with keying designed to bring them down when singing and bring them forward during the silence to not obscure them.
That's all.
I hope you enjoy
Pleasant listening