A serious limitation of devices like iRig and Tascam's iXZ
Posted: Wed Jan 25, 2012 3:58 pm
I had long thought they were stupid, overpriced devices, but I've had an iPad for a few months now and have been using Animoog, Funkbox, and ReBirth extensively with the band and loving it. It's been an incredible experience so far, but I was curious how it would be to record with it after watching a YouTube video for GarageBand ($5!) and having a holy shit moment. I purchased an iRig device (the analog input interface, not the MIDI) last week so I could have an audio input option on the iPad, which is admittedly a bit silly when I already have a perfectly-working recording setup that already exists. I was more inspired by the prospect of doing something new with a previously-unexplored setup.
While the iRig works great, I did notice an interesting limitation with it and any other devices that utilize the headphone jack for input -- like the Tascam iXZ -- and I wanted to share my findings.
Because the input connector for these types of devices is a simple TRS, there's a crapload of crosstalk between the in and out; I noticed this right away when recording in GarageBand on the iPad. For example, if you have headphones plugged into the iRig's headphone jack while you're recording, there will be a slight bleed of whatever you're hearing back through your headphones onto the track you're recording to. This is a massive problem if you're, say, trying to record quiet vocals to a scratch guitar or drum track that you intend to remove or replace later, as the bleed of the original tracks will be present on your vocal track.
The only way to work around this is to mute all tracks during recording, but that's a terrible workaround. If you can't sing along/play along with what's already recorded, what's the damned point? I also thought of using a visual metronome that's clocked to the same BPM as the project and lining it up later. This is terrible as well, because you end up singing a cappella without the benefit of any emotion created by meshing with the recorded material.
I ended up getting along just fine because the recording I was working on leant itself to a more stripped-down feel with single takes and no editing, but I still view this as a very serious limitation for anyone trying to do anything slightly advanced with any of the multitrack recording programs for iOS devices. I guess it would be easy enough to dismiss this entire thing by saying, "No big deal, no one should be expecting great results with this kind of setup made of cheap toys," but that's missing the point.
It appears the best solution are the interfaces that run into the dock connector. They are a bit pricier, and one may question why a person would spend ~$100 USD on such things when there are more serviceable solutions that involve actual computers, but I actually quite enjoy the simple experience of recording on the iPad and may invest in one of these types of interfaces. I used it to start recording a cover of Neutral Milk Hotel's "Oh Comely" for the comp, but stupidly realized it had been claimed by ends and decided to finish it anyway for personal consumption.
Here are a few of the dock connector interfaces I found:
Tascam iU2
Sonoma Wire Works Guitar Jack
Apogee Jam
Line 6 Mobile In
In short: For the best results while recording, don't use any of the audio interfaces for Apple iOS devices that rely on the headphone jack for I/O; there's a lot of crosstalk. Use a device that utilizes the 30-pin dock connector.
While the iRig works great, I did notice an interesting limitation with it and any other devices that utilize the headphone jack for input -- like the Tascam iXZ -- and I wanted to share my findings.
Because the input connector for these types of devices is a simple TRS, there's a crapload of crosstalk between the in and out; I noticed this right away when recording in GarageBand on the iPad. For example, if you have headphones plugged into the iRig's headphone jack while you're recording, there will be a slight bleed of whatever you're hearing back through your headphones onto the track you're recording to. This is a massive problem if you're, say, trying to record quiet vocals to a scratch guitar or drum track that you intend to remove or replace later, as the bleed of the original tracks will be present on your vocal track.
The only way to work around this is to mute all tracks during recording, but that's a terrible workaround. If you can't sing along/play along with what's already recorded, what's the damned point? I also thought of using a visual metronome that's clocked to the same BPM as the project and lining it up later. This is terrible as well, because you end up singing a cappella without the benefit of any emotion created by meshing with the recorded material.
I ended up getting along just fine because the recording I was working on leant itself to a more stripped-down feel with single takes and no editing, but I still view this as a very serious limitation for anyone trying to do anything slightly advanced with any of the multitrack recording programs for iOS devices. I guess it would be easy enough to dismiss this entire thing by saying, "No big deal, no one should be expecting great results with this kind of setup made of cheap toys," but that's missing the point.
It appears the best solution are the interfaces that run into the dock connector. They are a bit pricier, and one may question why a person would spend ~$100 USD on such things when there are more serviceable solutions that involve actual computers, but I actually quite enjoy the simple experience of recording on the iPad and may invest in one of these types of interfaces. I used it to start recording a cover of Neutral Milk Hotel's "Oh Comely" for the comp, but stupidly realized it had been claimed by ends and decided to finish it anyway for personal consumption.
Here are a few of the dock connector interfaces I found:
Tascam iU2
Sonoma Wire Works Guitar Jack
Apogee Jam
Line 6 Mobile In
In short: For the best results while recording, don't use any of the audio interfaces for Apple iOS devices that rely on the headphone jack for I/O; there's a lot of crosstalk. Use a device that utilizes the 30-pin dock connector.