Archive for the ‘Tone’ Category

No, not the sexual kind – though we do like that – but the spring reverb kind. 🙂 Specifically, I’m talking about the Tone Candy Spring Fever. I reviewed the Spring Fever back in May, and gave it a 4.5 Tone Bones. But now that I’ve got it and after spending a few hours with it last night, I’m now giving it 5.0 Tone Bones! Here’s why:

  1. As I said in my original review, the Spring Fever is just about the best spring reverb pedal I’ve ever played. It sounds incredibly realistic, and unlike many of the digital varieties I’ve played, while it’s jangly with some top-end, it also doesn’t lose bottom end, so your tone stays nice and rich. That’s a little disconcerting to some folks because they’re used to a brighter tone, but for me, the retention of the bottom end is really what sold me on its tone, plus with the Spring Fever, you can go from subtle spring ‘verb, to rich, spacious, swirling surf tones, so there’s lots of variety on tap.
  2. What I didn’t get to test out in my original audition of the Spring Fever was its Volume knob which also acts as a clean boost if you turn the Reverb and Mix knobs all the way down. I’m not sure how much boost the pedal adds, but there’s enough boost on tap to slam the front end of your amp with loads of gain.

I particularly like the Volume knob because it solves a real problem for me when I play my acoustic gigs at venues where I have to plug directly into a PA board. My acoustics’ pickups don’t have much gain, and I usually have to crank up the volume faders on the board, which can be problematic as it makes it difficult to balance out the guitars’ volume with my vocals. I’ve solved this in the past by lugging my Presonus TUBEPre preamp with me, but that’s a bit of a pain to lug (read: extra gear, not because it’s heavy), and requires a separate 12V power supply. The Volume knob on the Spring Fever eliminates the need for me to bring a preamp with me. Nice.

If I have one complaint of the pedal, it has to be its finicky nature with power supplies, and will add some noise to the signal. Mike Marino explains this on the Spring Fever product page, and recommends some power supplies to use, such as the 1-Spot. I used the 1-Spot in my clips, and when the Spring Fever was activated, there was a slight, but noticeable hiss. This has to do with the power supply, and not the pedal. This also happens when I use my MXR Carbon Copy with the 1-Spot. When I hook it up to a regulated power supply like a Dunlop DC Brick, the pedal is as quiet as can be. So despite Mike’s recommendation about the 1-Spot, don’t use it. Get a regulated power supply like the DC Brick. Luckily, I have an extra DC Brick, so that will be powering my mini board.

How It Sounds

As I said, the Spring Fever is about the best spring reverb pedal I’ve ever played! Capable of producing a wide range of reverb, this pedal will be a permanent fixture on my board! I’ve still got to play around with it some more, but I recorded a few clips to give you an idea of what it can do. The clips below were all recorded using my 1958 Fender Champ output to a Jensen Jet Falcon 1 X 12. I start out each clip with a dry signal, then play it again with some “grease.” What that pedal adds with respect to spaciousness is amazing! All the clean clips were recorded at unity volume, while the dirty clips were played with the amp turned up to about 2pm, and the boost at 1pm with Mix and Reverb completely off. I wanted to demonstrate the clean boost and its effect on an overdriven amp.

Les Paul, Middle Pickup, Fingerstyle. Reverb: 11am, Mix:10 am

Left Channel: Les Paul Middle Pickup, Reverb and Mix same settings as above
Right Channel: Les Paul Neck Pickup, Reverb: Dimed, Mix: 8pm

I love the right channel track on this clip. Turned up all the way, you get this cavernous room sound, but with the Mix set real low, it becomes a much more subtle effect, providing almost a delay-like ambience without the echos.

Squier CV Tele Middle Pickup. Reverb: 10am, Mix 10am
MXR Carbon Copy with long delay time, Mix at about 10am

Les Paul Middle Pickup (biased toward bridge), Volume: 2pm, Mix/Reverb Off

Squier CV Tele Bridge Pickup (biased toward bridge), Volume: 2pm, Mix/Reverb Off

Overall Impression

Yeah, it’s pricey at $275, though you can find it at a lower price if you look. But I haven’t heard as a good a spring reverb pedal like this – ever. And the fact that it has a booster in it just rocks! For me, and especially for my acoustic gigs, this is a game changer!

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Dunlop Ultex Sharp 2.0 mm

Summary: It’s sharp alright; nice and pointy, and it feels great in your hand!

Pros: Like any sharp pick, this pick is accurate. It’s super lightweight, and made of a material takes a lot of pressure to even slightly bend. The pointy end makes pick harmonics a breeze!

Cons: It’s a small nit, but I wish the butt-end were just a bit wider.

Features (from the web site):

Based off of a coveted vintage tortoiseshell pick in our collection, the Ultex Sharp delivers a pick with a rigid body tapering into a thinner and sculpted tip for intense control and speed. The seamless contoured edge surrounds the pick for more playing surfaces and tones. Engineered of Ultex—the Ultex Sharp is virtually indestructible and delivers a crisp tone and quick release attack. Available in .73, .90, 1.0, 1.14, 1.40, and 2.0mm gauges.Price: 50 cents street

Tone Bone Score: 4.75 – Real nice-sounding and nice-playing pick. If you want to step up to a thicker, more rigid pick, but don’t want to shell out for high-end picks, this is a winner!

Okay, I’ll admit it: I’m a bit of pick snob. Ever since I started playing with V-Picks and Red Bear picks, I’ve mildly eschewed mainstream picks in favor of the insanely awesome picks those two companies produce. But I have to tell you that I was taken by complete surprise by the Dunlop Ultex Sharp pick! I wasn’t really looking to explore new picks, but a buddy of mine was looking for some Ultex picks at a local store, and offered to buy me a couple. Hell! They were only 50 cents apiece! I carried them around for a couple of days before I actually got to try them; not because I was dubious of them, I just couldn’t find time until this evening to sit down with an axe. Life happens, you know?

Anyway, I slung “Blondie” my trusty Squier Classic Vibe Tele, dug an Ultex out of my pocket, and started to play. Admittedly, I had a bit of trouble playing with the pick at first. Even though it’s slightly thicker than the thinnest pick I play – a Red Bear Tuff-Tone – it’s decidedly narrower in shape; something to which I’m no longer accustomed. But being the hard-headed type, and because I wanted to give the pick a fair shake, as it were, I kept at it, playing scales and riffs to get used to it.

I have to say that I’m really impressed by this pick! First of all, the material feels great in your hand, and like any real good pick, you forget about it. I love the rigidity of the material as well. Contrary to what you might think, a rigid pick actually makes you relax your hand. I know, it’s counterinuitive, but any player that plays a rigid pick will attest to this.

I spent quite a bit of time playing with this pick, and it’s a fast pick, though what I really missed was how my high-end picks really glide over the strings, like they’re lubricated. The Ultex material is pretty smooth, but there is a difference. Mind you, I’m not saying it’s bad in the slightest; it just has a different feel on the strings.

Most importantly though, the Ultex Sharp produces a nice, bright tone. That’s what I really dig about this pick! Part of it is due to it being rigid, but the other part is because of the pointy end. It really makes the strings snap in a very nice way!

Will the Ultex supplant my V-Picks and Red Bear picks? Probably not, but I will be using it for sure. It’s not even a small wonder why these picks are so popular among guitarists. They’re great playing and sounding picks at an insanely cheap price. I’m sold! Buy a few, and you’ll see for yourself!

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A couple of months ago, I wrote an article entitled, “Where DOES TONE Really Reside?” where I discussed the equipment vs. fingers religious debate that seems to rage on the forums now and again. I meant to follow up on that article much earlier, but well, life happens and it’s easy to get sidetracked, so here’s my follow-up:

Tone is NOTHING without music.

Music gives tone a context. Here’s a good test of this statement:

  1. Set your rig up to your sweet spot; that is, where you think it just sings to you, no matter what you play.
  2. Start plucking out random notes, not trying to be musical at all. Could be some dissonant scale of some sort, or just randomly plucked notes. Do some bends and such. Ugly, right?
  3. Now, without changing your settings, make music with that tone. You could comp some chords, or do some melodic lead.

For example, here’s a clip I quickly recorded that demonstrates the steps. In the clip, I’m playing my Strat through a Hardwire reverb, into a Reason Bambino on the Normal channel, at just the edge of breakup. The tone that this produces is silky smooth, but responds to attack and volume increases with just bit of grind. I’ve been using this setting quite a bit lately. It creates a very three-dimensional sound.

The first part – thankfully – is very short, and is just random plucking of notes. Without touching anything on my guitar or amp, in the second part, I do a little chord comping and create some music.

The point to that little exercise is that in both parts, the tone I’m producing – at least to my ears – is gorgeous. But flat-out tone with no context well… it just plain sucks!

So put everything together, where does tone reside? As I stated in the first article, it’s in both your gear and your fingers, but ultimately, you have to give it context, and that’s applying that tone to music. But keep in mind that beauty is in the eyes of the beholder. What is considered “great tone” is a purely subjective thing.


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I had an interesting conversation with a friend today regarding the difference between overdrive and distortion. Talk about two terms that are bandied about interchangeably in the guitar world! If you ask ten different guitarists the difference between them you’ll get ten different answers. But a common theme you’ll hear is what each sounds like; in other words, you’ll get a much more qualitative description as opposed to a quantitative description. What I’ve been after is a much more objective, quantitative description of each, but not necessarily too technical. So after talking about one versus the other, I decided to write down what we discussed, and throw my two-cents into the mix.

First, let’s look at the two terms, but from the perspective of an amplifier. The simplest explanation I could come up with is that overdrive, or in audiophile terms, over-powering, occurs when input gain exceeds the capacity of a device to handle the amount of gain thrown at it; in our case, a tube. What happens is that the smooth waveform that goes into the device gets “clipped” because the device’s input capacity is less than what is being thrown at it. Sonically, we perceive the result of this clipping as distortion. The higher the amplitude of the wave, the greater amount of distortion we hear.

But what about pedals? I’ll get to that in a bit, but I wanted to take the time to clarify these terms. There’s been a lot of confusion about these two terms because they’re used so loosely, and oftentimes interchangeably. For me, I’ll stick with the audiophile’s perspective of overdrive in that distortion is the result of overdrive or over-powering an amplification device. A way to think about overdrive vs. distortion is that overdrive happens in the front-end (what you put in), while distortion happens on the back-end (what you hear).

But here’s where we get into a bit of murky territory, especially with pedals. Strictly speaking, if we’re talking about overdrive as simply overpowering the front-end of an amp to make the tubes clip, the only pedal that is technically an overdrive is a boost pedal that takes your guitar’s signal and ups it voltage. But lots of manufacturers call their pedals overdrive pedals. In reality, all of those are distortion pedals as they include an internal clipping circuit which is overdriven into distortion – this includes the venerable Tube Screamer. OMG! Sacrilege!

So how do you tell the difference? That’s why I said we get into murky territory with respect to pedals, but as a rule of thumb, a distortion pedal will create a distorted sound irrespective of the amp. In other words, it’ll clip on its own. Put it front of the clean channel of an amp, switch it on, and it’ll create distortion. However, many, if not most, “distortion” pedals also provide a bit of gain boost to overdrive an amp. That’s where it gets murky, as most of the pedals termed “overdrive pedal” function as a combination of both overdrive AND distortion.

There are no real hard and fast rules, but in general, pedals that are commonly known as overdrive pedals (Tube Screamer, etc.) employ what’s called a “soft-clipping” circuit or transistor, where only a small portion of the input signal is clipped. Most distortion pedals employ a “hard-clipping” device to severely clip the input signal to get that “square wave” tone. But as I said, there are no hard and fast rules. Here’s an image that nicely describes the differences in the waveforms between soft-clipping and hard-clipping devices:

Picture courtesy of GM Arts

Sonic Differences Between Overdrive and Distortion Pedals

Many people have asked me over the years if there is a sonic difference between overdrive and distortion pedals. Having tested several of these pedals over the years, I hate to sound ambiguous, but from a practical standpoint, in some cases, it’s simply too hard to tell. For instance, if I crank up my Timmy’s gain then add a bunch of volume to slam the front-end of my amp, I get a lot of crunchy distortion out of my speaker. Moreover, I get a bit of compression and sustain and it “feels” like I’m playing through a distortion box. On the other hand, if I take my EWS Little Brute Drive and turn the gain knob to about 10 am, I get a similar sounding distortion with a similar feel – even though it’s a hard clipping device! They’re tonally a little different as the EWS adds a bit of low-end punch, but nevertheless, sonically and feel-wise, they’re extremely close.

But there does exist a difference, and that is in output volume. When I do what I do with my Timmy to get that hard distortion sound, I have to use an attenuator because all the input gain creates A LOT of volume, so I attenuate the output so I can keep the volume at a manageable level. But with my EWS Little Brute Drive, because it’s a distortion pedal, it will clip irrespective of the amp, plus I set its output volume to unity. I can set my amp to any volume, then switch the pedal on to get my overdrive-like sound.  I actually do this with the Little Brute Drive a lot when I don’t want to lug my attenuator to a gig.

So yes, you can set up an overdrive or a distortion pedal to make it difficult to tell the difference, but in general terms, with a hard-clipping device, you’ll experience a lot more compression than with a soft-clipping device. The tone will feel “squishy” with very little dynamics. That’s not a bad thing, mind you, because sometimes that’s what you want. Overdrive pedals, on the other hand, because they don’t produce a square wave, will feel a lot more “open” and dynamic. There will be a bit of compression at higher gain levels, but rarely will you get to the order of compression that a distortion box will make.

Gain vs. Volume

Image courtesy of Sweetwater.com

Unfortunately, this is yet another area where we get into murky territory, and where a lot of people confuse the two. So to start out, let’s just put it simply: Gain is input; volume is output.

To provide a bit more clarity, think about the function of an amp as a two-stage device. The first stage takes the relatively weak signal from your instrument, then passes it on to the second stage and amplifies the signal to produce the sound.

The first stage of an amp is called the preamp. The signal passed through the preamp is called Gain. The level of gain will have a direct effect on the volume of your amp. Typically, the more gain you introduce, the higher your volume. BUT, that said, higher and higher levels of gain will have a lesser and lesser effect on volume, as the pre-amp reaches its capacity to handle the amount of signal passed to it (commonly called saturation), and will max out sending all it can handle to the second stage or power amp.

Think of the power amp as the stage that controls the output strength of your sound, or volume, if you will. It works similarly to the pre-amp in that the more signal you throw at it, the louder your volume. Some amps come with a Master Volume. Think of it as a valve mechanism that controls the amount of signal that is allowed to pass into the power amp. When it’s wide open, all the preamp signal will pass through to the power amp. For amps without a master volume, the amount of preamp signal allowed to pass to the power amp is set by the builder.

So what does this have to do with pedals? If you look at the picture above, whether labeled or not, all come equipped with both a Gain (or Drive) and a Volume (or Level) knob. These work pretty much the same way as Gain and Master knobs on an amp. The Volume knob controls how much pedal signal will be sent to your amp’s preamp. That could be enough signal to saturate your preamp which will overdrive it into clipping and create distortion. Combined with a distorted sound from the pedal, this could – and in many cases does – create a very pleasing mix of distortion sounds.

So which kind of pedal to choose?

The pat answer is it depends on what you’re after with respect to your distorted tone. I know that this is a rather ambiguous statement, but again, there are no hard and fast rules. In the end, you should choose a pedal based on what sounds good to you. But here are a couple of guidelines:

  • If you have a tube amp, and just want distortion purely from overdriving the tubes, then a booster makes sense. There are several kinds of boosters. Some boost only a certain frequency range, like a Fat boost that boosts the lower frequencies. I personally prefer a clean, transparent boost that has a flat frequency response so that the distortion that occurs is my amp’s tone. I typically use a booster in conjunction with my amp set just at the edge of breakup, so when I switch it on, not only will I get a volume boost, I’ll overdrive the pre-amp tubes; and depending on how much gain I throw at the amp, I’ll get the power tubes working as well. Here’s a trick to try: If you have an effects loop, place the booster as the last pedal in your effects loop. When switched on, it will boost the gain going into your power tubes to saturate them. You don’t get a huge volume boost, especially if the power tubes are close to saturation, but you do get a bit of a kick. I learned that from Gene Baker, who does that in his rig.
  • If you want to add a bit of color and overdrive your amp, then a soft-clipping pedal like a Tube Screamer works quite well. Tube Screamer-type pedals typically give you a mid-range boost that results in a much warmer and smoother distortion. Many also add sustain and a bit of compression to simulate power tube saturation at any volume. My Tone Freak Effects Abunai 2 is exceptional in this department. Then there are others, like the EHX Soul Food that add a bit color but interact well with the front-end of an amp. But that said, there are some like my beloved Timmy Overdrive that are transparent. They’ll give you the gain and boost but will not color your sound (Note: that you’ll still have to set up the pedal’s.
  • If you want to get a distorted tone at any volume, then a distortion pedal is the way to go. There are lots of these on the market. My personal favorite (and the one I own) is the EWS Little Brute Drive. It’s a half-size pedal with a single knob, but it will give you TONS of distortion at any volume. I normally use it for leads, as it gives just a few dB of gain, but gives me all the distortion I need to get a great screaming tone! It also colors with a fat bottom end which makes leads sound beefy.
  • Then if a distortion pedal still doesn’t provide enough gain for you and you need to get a hard-clipped, super-squishy, compressed distortion, then the fuzz will get you there. I call fuzz “ugly dog” distortion. To me it’s like an ugly dog that you look at and say, “holy s$%t,” but it has personality, so you can’t help but love it. Can’t say I’ve ever been into fuzz, but I’ve spoken to lots of players who use it all the time, and they love it!

You can also chain overdrive and distortion effects to great success. I do this quite a bit because you get colors that you can’t get with just your amp. One thing that I do regularly is to use an overdrive pedal to push my amp hard, then when I want to get more tube compression and sustain, I slam the front-end with a booster (which is the last pedal in my chain). This doesn’t result in a volume boost because the tubes are already saturated, but you do get much more high-gain sound, and that can really work with solos.

Again, there are no hard and fast rules. You have to play a lot of them to find your sweet spot. But that’s half the fun of it!

More Overdrive Murkiness…

I referred to my Timmy above as a “transparent” overdrive. There’s a lot of debate about transparency, but suffice it to say that while technically distortion is color, transparent overdrives are those that once their EQ is set up to match the EQ setting on your amp, they will not add any other “color” than distortion. On the other hand, once you set up a non-transparent pedal’s EQ, it will still add its own tonal characteristics to color your tone. In practical terms, though, transparent overdrives fall more into the booster arena, but it’s the EQ and internal soft-clipping circuits that still define it as an overdrive.

But further exacerbating the overdrive murkiness is that many overdrive pedals are actually purpose-built to mimic the sound of a specific overdriven amplifier. These are meant to be played through a clean channel with lots of headroom. A good example of this is the Caitlinbread Dirty Little Secret that produces classic Marshall Plexi to Super Lead tones. With a pedal like that, you just set your clean channel to purely clean and let the pedal do the overdrive work.

Note: Several articles I’ve read on this topic use the generic “overdriven amp” explanation to describe all overdrive pedals. It would be okay if they described them with respect to how the pedal responds, but more often than not, they use the term to describe the sound. Unfortunately, they completely miss the pedals that are built to be transparent. I’m not saying they’re entirely wrong, but just a little narrow in scope when you consider the overall landscape of overdrive pedals available.

Now… let’s add even more murkiness to the overdrive issue, shall we? There are some overdrives like the EHX Soul Food, which is a Klon Centaur clone, that at first blush, fall into the transparent overdrive category. So one would think that you’d set your amp at the edge of breakup, then use the pedal to push it over the edge and add its own clipping. This is a common way of using an overdrive, and it’s exactly how I use my Timmy. But even though the Soul Food wasn’t purpose-built to mimic a particular amp, I use it almost exclusively as a standalone soft-clipping device played through a clean channel. Its distortion sound is so damn sweet that I don’t want to taint it by adding clipping from my amp.

So… what you choose will be wholly dependent upon what pleases you.

Update: November 26, 2012

I ended the article three years ago with the statement that you have to play a lot of pedals for find your sweet spot. Three years later, that statement remains true. You see, in a recent article where I asked if new overdrives are relevant with so many on the market, there are some pedals that work with certain rig configurations, and some that just do not. There are also some rig configurations that work great on stage that sound absolutely horrible in the studio. I’ve been in the studio for the last few weeks (grabbing studio time where I can), and when we worked on a song where I needed some high-gain sounds, my rig just did not work! I was using my trusty DV Mark Little 40 clean, with my Timmy and the Little Brute Drive for distortion. Sounded like crap when recorded. I ended up bringing in my VHT Special 6, cranking it up all the way, and slamming it with a booster! Worked like a charm, with all the high-end character that I wanted out of that tone. So I learned a valuable lesson there.

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PRX-front-543Ever since I started this blog, I’ve talked about attenuators, and how they’ve enabled me to get tones out of my amp at reasonable volume levels that I could only previously get at super-high volumes. But before I get into the discussion part of this article, take a listen to this clip (it’s the same clip I recorded with my previous article on the Mullard ECC83):

Here are some details about the recording:

  • I plugged directly into my Aracom VRX22, which then fed into my Aracom PRX150-Pro, then out to a custom 1 X 12 with a Jensen P12N
  • The amp was in the drive channel with master at 6, volume (gain) at 6, and tone at 6 (the tone on this amp adds a little gain as well as an edge)
  • The PRX150-Pro was set at maximum attenuation
  • Volume-wise, this was talking conversation level!!!
  • No EQ was applied to the guitar – what you’re hearing is the raw tone.

With respect to “maximum attenuation,” I was in variable mode with the variable sweep pot all the way to its left extent. I shared my amp and PRX settings with Jeff Aragaki this morning, and he estimated that the output power was approximately 0.04 Watt!

Many people are apt to talk about how the speaker needs to move air, and that an attenuator doesn’t allow that to happen. But that clip simply demonstrates that with the right combination of equipment – and in my case, also a great set of tubes – you don’t necessarily need that speaker cone breakup to get great tone for recording purposes. Yes, SPL’s do play a big role in your overall tone, but to be able to achieve the kind of tone I was able to get at that very low volume level is nothing short of amazing!

So what about an attenuator being life-changing?

Maybe that’s a bit strong of a phrase, but ever since I’ve been using attenuators, and especially since I’ve gotten my Aracom PRX150-Pro, I’ve been able to explore tonal territory that I could previously only achieve using pedals – and only simulating at that! Take overdrive pedals for instance. If you’re a regular reader of this blog, you know I’m crazy about them. I probably will still be nuts about overdrive pedals, but there’s one thing an overdrive pedal can’t do that an attenuator allows me to do, and that’s to get the thick, natural overdrive tone of my amp. Don’t get me wrong, I still use them, but I use them now more for tonal accents to my drive tone rather than giving me my drive tone. That’s very profound; especially for an overdrive pedal freak like me!

Here’s a good example that I just recorded. This clip is part of a new song idea I’ve been playing around with. Setup is pretty much the same as above, but for the rhythm, I’m running Strat into my Kasha overdrive pedal to get a jangly, crisp tone. The lead is Goldie plugged straight into my VRX22. I did mix and do a simple master on the recording, but the guitars were all recorded raw, with no EQ. In my DAW, I added some reverb to both parts and a touch of delay to the lead, but that’s it.

Speaking of pedals, since I’ve started using a high-end attenuator (there are others such as Alex’s and the Faustine Phantom), I’ve actually started using pedals in general much less. I’ve really relying on the natural tone and sustain of my amp. For instance, I’ve found that I’ve only been using reverb in the studio. When I play out, I just don’t bother. In fact, for the last few weeks, I’ve only been taking two pedals to gigs with me: My BOSS TU-2 Tuner and my VRX22’s channel switcher. Same goes with my Reason Bambino.

Life-changing? Probably not, but definitely approach-changing. I may personally endorse the PRX150-Pro, but there are others out there. If you really want to hear what your amp has to offer when it’s fully cranked with the power tubes glowing, then you owe it to yourself to get a good attenuator!

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Mullard Zaerix 12AX7Conventional tube-amp wisdom states that you get the most bang for your buck by replacing your pre-amp tubes. I’ve been a believer of this for quite awhile, and have tried out all sorts of pre-amp tubes in my amps over the years. A couple of days ago, I wrote that I had installed a new Mullard ECC83 (12AX7) into my Aracom VRX22. This particular Mullard is a Zaerix-labled ECC83 that probably came from the GDR (I didn’t look at the numbers – I really don’t care, for that matter). All I know is that it made a HUGE difference in the way my amp sounds. The overdrive instantly became smoother and more focused without top-end artifacts, and the notes are still very defined even at high overdrive settings on my amp.

The clip below says it all. I recorded this clip playing in the bridge pick up of Goldie, plugged straight into the VRX22, which then fed into the ever-so-awesome Aracom PRX15-Pro attenuator. The amp’s master, tone, and volume knobs were all set at 6 (about 2pm on the amp), and the clip was recorded at bedroom level!

To my ears, the VRX22 sounds like a much bigger amp than its 22 Watts! I’m really in tonal heaven right now!

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For a long time, I’ve had this thing for getting a big guitar sound in my recordings. I’ve done a bunch of different things like doubling, overdubbing, signal splitting between two amps, and the like. But recently, I got a couple of pieces of gear that is allowing me to explore yet another way to get a big guitar sound: Re-amping. Re-amping is essentially taking an already amplified guitar signal, and running it through another amplifier. This is not like adding a gain stage because that usually involves multiple pre-amp sections. With re-amping, you’re building on a fully amplified signal that has passed through the power tubes. The result is VERY different in tonal character from just moving the signal through another gain stage.

There are lots of ways to re-amp, so I won’t go into a lot of detail. But I will share how I do it. Ever since I got my Aracom PRX15-Pro, I’ve been contemplating this very thing because of its line out which could be used in a variety of ways; such as running the signal into a PA (since it’s unbalanced, you need a DI box), or taking that line level, and running it into another amp to re-amplify the signal yet again. The cool thing about the PRX150-Pro is that I can simultaneously run an output to a speaker, then the amp that’s doing the re-amping can also have it’s own audio output.

Now here’s something even more cool! I have a Reason Bambino, which also has a line out. It’s a balanced line out, so it can go directly into a board, and doesn’t need to be hooked up to an external cab. The tone coming from the line out of the Bambino is very nice. I suppose that I could’ve miked the Bambino from another cabinet, but I did want to test the line out.

In any case, here’s a diagram of how I had everything hooked up:


In a nutshell, I plugged my guitar directly into my Aracom VRX22, which ran into the PRX150-Pro. I hooked up an external cab to the attenuator, placed a mic in front of the cabinet that ran into Channel 1 of my audio interface. Then, I ran the line out of the attenuator to the input of the Reason Bambino. From there, I went directly from the Bambino into Channel 2 of my audio interface.

I set up a clip from a song I wrote and added two tracks that took input from the two channels. I also panned Channel 1 full left and Channel 2 full right. Once I had the levels worked out, I recorded a solo over the existing music. Once the recording was finished, I took the Bambino’s signal slightly out of phase with Channel 1, to make it sound like two guitars are playing simultaneously. The effect is totally cool, and it creates a very in-your-face, big guitar sound! Here’s the clip:

Note that this is a kind of a different way to employ re-amping, which basically runs two amps in a series then out a single output. The way I employed it, the re-amped signal is a component of the overall package.

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