I’ve had a lot of success – and a lot of joy – using my Axe-FX 3 to record guitar pedal audio demos. Heck, it sounds so good, it’s my go-to pedal platform all the time now.
Can I do the same with my Synergy rig? Instead of running my Synergy modules through the SYN-5050 power amp + attenuator, can I run them straight into the Axe-FX 3 instead? Can the Axe-FX 3 add a bit of that power amp tonal magic?
Last week, I finally did it: I replaced all the home-made wiring in my rack with professionally-made cables. And, seeing as I was taking everything apart anyway, I used it as an opportunity to give everything a much-needed clean too.
Why did I do this? What was involved? How long did it take? And was it worth the trouble and expense? Read on to find out.
The Two Notes Captor and Fryette PS-100 Power Station
Attenuators are one of the reasons we can enjoy valve amps at home without upsetting the neighbours. I’ve never really thought about how they affect the overall tone … until now.
In this blog post, I’m going to look at the two attenuators that I have – the Two Notes Captor and the Fryette PS-100 Power Station – and work out what they sound like. And I’m including some sound samples, so that you can hear the differences for yourself.
Winter NAMM 2020 has been and gone, and now we wait for announcements to become shipping product … and then to reach the UK, which can sometimes take months longer.
I’ve pre-ordered a couple of things that were announced at (or around) NAMM. They’re going to take up most of my gear budget this year. The PRS S2 Singlecut McCarty 594 might arrive by the summer. We already know that Neural DSP’s Quad Cortex won’t arrive until the autumn at the earliest. At least I don’t have to wait as long for the Lark (Rhett Shull’s new signature pedal from Mythos Pedals); that should ship in March.
I’m still keeping an eye out for interesting bits of gear, but it’s got to be pretty special – and at a special price. By and large, I’m only looking to pickup pedals to help me fill in the gaps in my collection, or provide complementary tones for recording with.
Finally, I may have finished my planned revamp of the home studio, but now I’m sitting down to use it, I’m finding that a few things need sorting out, and that there’s a few gaps that are nagging at me a bit. I’m going to be tackling those, but not all in a single month 🙂
The Two Notes Torpedo CAB M is a little computer in a pedal. The whole point of it is that you don’t need to mic up an actual guitar cabinet to get a great guitar tone. Instead, it uses impulse responses to emulate what a cab & mic does to the signal from your amp.
I recently bought one to add to my home studio setup. I’m going to be using it to help me record electric guitar. I spent an evening after work getting it setup and dialled in, and then returned to it the following day for several hours.
How did it go?
NB: I’ve updated this article with some corrections. You’ll find the corrections in [square brackets].
Back in January, my wife bought me an 8 ohm Two Notes Torpedo Captor as a birthday present. (It was going to be a Christmas present, but Two Notes can’t make these things fast enough to keep up with demand!) And last week, I added a second one to my rig, to go with my ridiculously-overkill Synergy Amps dual-amp pedal platform setup.
Two Notes Torpedo Captor
What Is It?
The Two Notes Torpedo Captor is both a reactive load box and a fixed-level attenuator. There are three different models available: in 4 ohms, 8 ohms (the one I have) and 16 ohms.
As a reactive load box, the Two Notes Torpedo Captor allows you to run your amp without having to have a speaker plugged in at all.
The -20db fixed attenuation allows you to turn your amp up to get the power tubes cooking and have a (slightly) quieter volume level coming out of your speaker cabinet.
The Captor is a completely analogue device. Unlike the Torpedo Live or Torpedo Studio, there’s no onboard computer to run impulse responses or power amp simulators. If you want to use it for silent recording, you’ll need to run a plugin in your DAW on your computer.
Why Is It Important?
It’s the first affordable reactive load box to hit the market, that I know of at any rate.
Before this, there was the Suhr Reactive Load (currently £399, twice the price of the Captor) – extra software required! – then the Torpedo range (starting from £560 for the Torpedo Reload and then the Torpedo Live at £680).
That’s a lot of money to spend on a reactive load box for a single amp setup. For a dual-amp setup, you effectively had to budget for a third amp, and then spend that money on a pair of Torpedo units.
Priced at £199, the Captor is a game changer.
Why Is It Useful?
Those of us playing and/or recording at home often want silent recording – the sound of our amp on 10 into our computers, but not coming out of a speaker cabinet at the same time. And that’s where the Captor comes in.
Valve amplifiers need to be connected to a speaker cabinet, so that the signal generated by the output transformer has somewhere to flow to. If you forget to plug your amp into a speaker, you’ll blow the output transformer (if you’re lucky).
A load box like the Captor allows us to run a valve amp without plugging in a speaker cab.
Buy the Captor that matches your amp’s required output impedance, and plug the amp’s speaker out into the Captor. Now you can safely turn your amp on without blowing anything up.
From here, you’ve got a couple of choices on how to get the sound out of the Captor.
As An Attenuator
I originally got the Captor to use as an attenuator.
I’ve been making my own Kemper profiles, and I wanted to crank the amp as much as possible so that the source signal sounded as good as possible. Power tube saturation plays an important role in the overall quality of the tone, and to get it to kick in, you have to turn the Master volume up.
However, my little home project studio The Hermit’s Cave is just an ordinary room in an ordinary house. A cranked amp – especially my Blackstart HT-100 – will wreck my hearing in here. Not to mention the problems inflicted on my family and my neighbours!
That’s where an attenuator comes in.
An attenuator takes the cranked signal from your amp and bleeds some of it off. What comes out the other end is a quieter signal, to save your hearing and your marriage!
More expensive attenuators offer variable power soak levels. The Captor offers a fixed -20db attenuation. To put that in context, that’s roughly the difference between 2 and 4 on the HT-100’s Master volume control.
Which is just enough to get the power tubes cooking nicely.
The end result? A big difference to the quality of the tone captured by the Kemper Profiler – without a louder volume coming out of the speaker cab. There’s more definition to the tone, with the power tubes filling out the mids nicely. And that’s exactly where the Kemper’s internal algorithms seem to work the best.
However, I’m not ready to sell off all my pedals and stick exclusively with the Kemper just yet. Which is where my new Synergy Amps dual-amp setup comes in … along with the Captor’s other useful function.
For Silent Recording
Right now, I’m using a pair of Captors for silent recording.
I’ve just built up a dual-amp setup: a pair of Synergy Amps SYN-1 enclosures, with different modules in each, running into the two channels of the Synergy SYN-5050 power amp. I’m running that in stereo mode, with each channel running out into an 8 ohm Captor.
There’s no speaker cab plugged into either Captor. Instead, I’m using the XLR line out to run a mono signal from each Captor into my Apollo Twin unit. With two Captors, I can run two mono signals, and effectively have a dual-amp setup for blended pedal tones, a la That Pedal Show’s usual setups.
The only noise? The fan on the SYN-5050 power amp, and (if I crank the power amp too much) some sympathetic noise from each Captor. The noise was annoying when I had everything out on top of a speaker cab. For now, I’ve bundled them under a desk and out of the way, and that’s cut down the noise just enough to be able to ignore it – most of the time at any rate.
Both channels at the Apollo run into my DAW (I use Reaper – it’s excellent). There, I record onto two separate channels – one for Channel A, and a different one for Channel B from the SYN-5050. I have different impulse responses loaded onto each channel, chosen to match both the preamp module and the guitar I’m using.
The Captor comes with a license for Two Note’s highly-regarded Wall of Sound (WoS) impulse response plugin. I’m actually using something else – mixIR and the Redwirez BigBox collection.
I’ve been using the Redwirez BigBox for the last 4 years, so I know it well and I’ve had a lot of practice getting the results I want from it. It has great, phase-corrected impulses that suit all the Synergy preamp modules that I’m using. I’m really happy with it.
The end results are excellent.
I found that I got the best results using the XLR output of the Captor, rather than the TRS Line Out. You need to be able to provide phantom power – which the Apollo Twin does.
The Line Out doesn’t need power to operate. I struggled to get a signal that I liked from the Line Out. The output volume there seems to depend on how loud you run your amp. The Captor is rated for 100W amps, and my amp is 50W. Even cranked, I found I was having to crank the preamps on my Apollo Twin too. The end result was too noisy for my tastes.
Your mileage may vary.
What’s The Competition?
The Captor is the entry-level model for Two Note’s Torpedo line of units. There is nothing entry-level about the results you can achieve with it.
On one of the forums I hang out on, someone else posted that the Captor sounds identical to the more expensive Torpedo units. If you don’t need the features of those units – and at home, you probably don’t – then the Captor is an excellent choice.
Almost any other competitor – the Suhr Reactive Load, or Fryette’s Power Station – still relies on impulse responses running in your DAW. You might prefer how these units affect the tone. Each load box uses a different design to bleed off the power, and each design has a different effect on the end tone. We all hear things differently, and which unit you ultimately prefer will be a subjective matter of personal taste.
The only way you’ll get a substantive improvement over what impulse responses offer is to use a proprietary modelling solution like Universal Audio’s OX amp top box. If you want to know more about that, here’s a recent blog post comparing it to the other options.
Final Thoughts
I’ve only just finished wiring up the dual-amp pedal platform. It’ll probably be Easter weekend before I have the time to sit down and really explore what it can do. I’m excited for the possibilities.
There’s no two ways about it. I wouldn’t have been able to build this before the Captor came along.
Because there’s no software running on the Captor – and therefore no software drivers to worry about as time goes on – not only is the Captor cheaper, it should also outlive its more capable big brothers.
If you’re recording at home with valve amps, and you don’t have anywhere to run a real speaker cab at volume, the Captor + impulse responses should be on your list of options.
Brian Wampler has posted a great video, walking us all through his exact recording process for the amps and pedals in his videos.
It’s incredibly generous of Brian to share this with us. For many YouTubers and professional musicians, recorded sound quality is a competitive advantage – and teaching these techniques is a source of income too.
Please head over to YouTube to leave a like and a supportive comment if you found Brian’s video useful.
Brian Wampler makes great pedals. He also makes great videos about pedals, amps, tone, and the guitar signal chain.
In this short video, he addresses a common question that crops up in Wampler’s after-sales support: why does the tone get a lot brighter when you add another pedal to the chain?
As Brian covers, the real problem is that the signal chain was artificially dark and dull in the first place. The culprit? Pedals that aren’t true bypass, and that don’t have an internal buffer. Watch the video for the full explanation.
Please head over to YouTube and leave a like and a supportive comment if you enjoy Brian’s video.
