Try
various blends of preamp distortion and power-stage
saturation, for a full tonal palette. Whether an amp
has a tube power or solid-state power, turn the amp
up loud enough to produce some degree of power-stage
saturation. This brings out the power-stage
saturation and engages the guitar speakers. To play
quieter, use a lower-power tube amp such as 5 watts.
Strive to bring out the physical, real, tangible tone
of saturating power tubes and hard-driven speakers.
This includes using feedback, room noise, room
reverberation, and hum and buzz. Clinically sterile
tones such as a guitar effects processor and
"speaker simulator" (treble-cut) recorded
straight into the mixer sound cheap and too
convenient and easily reproducible.
Some
power tubes have a hard, sudden breakup, and some
have a soft, squashy breakup that comes on gradually.
Power tube saturation sounds and feels spongy, it has
some dynamic depth and greater tonal richness. The
saturation comes on by degrees, fluctuating along
with the volume. Try using slight preamp tube
clipping with heavy power tube saturation using
soft-breakup power tubes. This is a distinctly tubey
tone that solid-state amps and direct-to-console
approaches can't produce.
Amps
without effects sound good. Effects without amps
sound bad. Amps with effects can sound good if the
gear is connected according to certain principles.
Playing through a loud tube amp is a prerequisite for
getting the most impressive tone out of effects. If
you have no gear and have to choose between a tube
amp and effects, buy the tube amp first, and make
arrangements to play it loud at least a couple times
a week. That will set the right foundation for
effects, which are not as important as good tube amp
tone. When buying effects, remember that the sound of
the effect when used with a loud tube amp is better
and rounder than the sound of the effect in
isolation.
Combining
effects and amps in certain sequences sounds bad,
harsh, unmusical, vague, muddy. Placing time-based
effects before distortion or before power tube
saturation sounds muddy. The safest placement for
time-based effects is after the mic'd guitar speaker.
Connecting a guitar preamp unit directly to the mixer
is safe, easy, and fake-sounding. Rock listeners want
to hear the real, physical tone of a stressed speaker
wrestling with power tubes.
Effects
sound better when combined optimally with a tube amp
than when used directly into the mixer. You can
connect effects and amps in many ways. But the
default, optimal way of connecting them in the
recording studio is to place time-based effects
after, rather than before, any heavily overdriven
stage. This prevents beats and preserves a clear
basic tone. When using a saturated power tube tone,
reverb and echo are clearer when placed after the
miked speaker, rather than before the power tubes.
When playing clean, the order of effects and amps is
more flexible. To study the placement of time-based
effects and overdriven stages, place an echo before a
distortion unit, and then after. Slowly bend a note,
listening for beats. The resulting behaviour applies
to saturating power tubes as well as a distortion
pedal. As far as placement, think of a loud tube amp
as a big distortion pedal, and don't hesitate to
place echo, chorus, flanging, pitch shifting, or
reverb after the miked speaker.
Speaker
simulators, reactive loads, and power attenuators
should not be used for final recording. They all
degrade the tone. The best rock tone is from
saturated power tubes directly driving a guitar
speaker hard, with no load or attenuator getting in
the way. The only really satisfactory way to get
actual cranked tube amp and speaker tone with almost
no room noise is to use a speaker isolation cabinet
and its attendant gear.
Eq
before distortion or saturation sounds different than
eq after distortion. Think of all the tone knobs and
frequency response curves of gear placed before a
distortion pedal as the first equalizer. Think of all
tone knobs and response curves between the distortion
pedal and saturating power tubes as the second
equalizer. Think of all the tone knobs and response
curves between the speaker and recording tape as the
third equalizer. Shaping your amp tone is controlled
by adjusting, one way or another, one of these three
effective-equalizers. To study how eq alternates with
distortion, use the chain: eq-dist-eq. The resulting
behaviour applies to saturating power tubes as well
as each individual stage of preamp distortion. Bass
boost before saturation causes a dry, rough, crusty
breakup tone. Treble boost before saturation causes a
liquidy, glassy breakup tone.
Smaller
guitar speakers tend to sound brighter than larger
guitar speakers. Some guitar speakers sound very
warm, they have little treble response. Others sound
bright, like full-range speakers. A powerful way of
connecting effects and tube amps is the chain,
effects-tube amp-speaker (isolation) cabinet-effects.
This approach requires a final amp and a full-range
monitor speaker. When thinking about tone, consider
the song to be a servant of the amp tone; music
exists to enable us to listen to amp tone.
Use
guitars which ring true on almost all frets and
strings. Play guitars through heavy distortion using
a single note at various spots on the neck. Listen
for unmusical overtones caused by rattling in the
guitar. Spin your guitar around to find the angle
with minimal hum. Playing single notes distorts
differently than playing multiple notes. Power chords
distort more clearly than complex chords. Power
chords have muliple notes, but really only two notes,
repeated in multiple octaves. Some power chords
distort more clearly than others, depending on the
interval between the two main notes.
A
good chain is:
wah-compression-distortion-time-fx-loud tube amp.
A
clearer chain is:
wah-compression-distortion-loud tube amp-time-fx.
For
example, the Eddie Van Halen tone uses a bridge
humbucker pickup while the Stevie Ray Vaughan tone
uses a neck single-coil pickup.
These
principles are known by almost all rock guitarists
and producers, who record rock guitar through loud,
miked tube amps with no loads or power attenuators
getting in the way, and only a few effects.