 So I'm John, I'm with Teenage Engineering of Stockholm, Sweden, and we're here to show our latest product, the OP Lab, which is like a sandbox for synth DIY. You can connect anything to anything really. It's got analog inputs and outputs, two analog in, two analog out, and gate, three USB ports for pretty much anything, iPad, computer, synthesizers, MIDI controllers with USB, and also one MIDI input and a MIDI output, and a sync output for drum machines. So now to show this off, we have made a little sensor here that plugs in on the analog input and sends MIDI control change with MIDI over USB over to the synthesizer here. So now we've got the LFO that's controlled by this sensor here. The idea is that you build these sensors yourself. You can either buy them from us, like this one, we make a few of them, but then you can also build them yourself. It's very simple, this is just a resistor inside. Here is just a variable resistor that we plugged in, and a little microphone, piezo microphone for a drum trigger. So if I go to the drum screen here, it's hard to hear anything now, and all this noise. So I use this one to select the notes. And this can play along with... These are different types of sensors that we're making. So this is a pressure sensor, kind of like an MPC. This is a piezo mic, that's actually what's in here. This is a tap sensor in a nicer package. The flip sensor is a motion sensor that you can shake around. This is our new shoot. It has a built-in motion sensor here. It runs on a 3 volt battery. Here is a little radio receiver. It's just a regular thing, we bought it on the internet. It plugs in here to an expansion port that we have here. The motion sensor in the shoe can be used to sound like trigger MIDI notes, for example, tap tempo, or the invisible expression pedal. But it just sells MIDI notes over USB or MIDI or analog triggers out as well. This is one of the shoes, so you can have two, if you want to have a kick and a snare drum, for example, you can. You want to go crazy with your tap dancing. But it also has 12 digital inputs and 12 outputs, so you can, if you want to control your Christmas tree lights or whatever from your synthesizer, it's very easy to set that up. Or if you don't like DIY, you can just use it as a super interface between different things. You can hook up a computer, iPad, or mouse or whatever here, and anything that understands MIDI. You can also program it yourself if you really want to go out on a limb and make something crazy if you have a mouse or a joystick or something you want to use to control your synths. None of this is really OP-1 exclusive, it's more like anything to anything. This board will be available in about six weeks and sell for probably $299. We don't know about the whole kit yet, or I don't know, but eventually.
 So I'm John, I'm with Teenage Engineering of Stockholm, Sweden, and we're here to show
 our latest product, the OP Lab, which is like a sandbox for synth DIY.
 You can connect anything to anything really.
 It's got analog inputs and outputs, two analog in, two analog out, and gate, three USB ports
 for pretty much anything, iPad, computer, synthesizers, MIDI controllers with USB, and
 also one MIDI input and a MIDI output, and a sync output for drum machines.
 So now to show this off, we have made a little sensor here that plugs in on the analog input
 and sends MIDI control change with MIDI over USB over to the synthesizer here.
 So now we've got the LFO that's controlled by this sensor here.
 The idea is that you build these sensors yourself.
 You can either buy them from us, like this one, we make a few of them, but then you can
 also build them yourself.
 It's very simple, this is just a resistor inside.
 Here is just a variable resistor that we plugged in, and a little microphone, piezo microphone
 for a drum trigger.
 So if I go to the drum screen here, it's hard to hear anything now, and all this noise.
 So I use this one to select the notes.
 And this can play along with...
 These are different types of sensors that we're making.
 So this is a pressure sensor, kind of like an MPC.
 This is a piezo mic, that's actually what's in here.
 This is a tap sensor in a nicer package.
 The flip sensor is a motion sensor that you can shake around.
 This is our new shoot.
 It has a built-in motion sensor here.
 It runs on a 3 volt battery.
 Here is a little radio receiver.
 It's just a regular thing, we bought it on the internet.
 It plugs in here to an expansion port that we have here.
 The motion sensor in the shoe can be used to sound like trigger MIDI notes, for example,
 tap tempo, or the invisible expression pedal.
 But it just sells MIDI notes over USB or MIDI or analog triggers out as well.
 This is one of the shoes, so you can have two, if you want to have a kick and a snare
 drum, for example, you can.
 You want to go crazy with your tap dancing.
 But it also has 12 digital inputs and 12 outputs, so you can, if you want to control your Christmas
 tree lights or whatever from your synthesizer, it's very easy to set that up.
 Or if you don't like DIY, you can just use it as a super interface between different
 things.
 You can hook up a computer, iPad, or mouse or whatever here, and anything that understands
 MIDI.
 You can also program it yourself if you really want to go out on a limb and make something
 crazy if you have a mouse or a joystick or something you want to use to control your
 synths.
 None of this is really OP-1 exclusive, it's more like anything to anything.
 This board will be available in about six weeks and sell for probably $299.
 We don't know about the whole kit yet, or I don't know, but eventually.