If you are going to record vocals or guitar there is a standard set of things you need whether or not you plan to reamp. Reamping equipmentįor my experiment I wanted to try reamping a crunchy rhythm guitar track, a lead guitar line, and a male vocal.
If you are looking for an easy way to reamp your POD XT series processor then you should check out this Line 6 KB doc by line6jean. This article only covers reamping with the POD X3 though many techniques will apply to other Line 6 gear as well as other amplifiers with appropriate feature sets.
Here are the results and how to set it up. With this in mind, I sat down one evening and did some reamping experiments the old fashioned way using my POD X3 Live.
This topic has been on the mind of many POD X3 owners since Line 6 made the somewhat controversial decision to eliminate native driver support for reamping (something that was included on their POD XT series of processors). This article is not about an argument or refining the definition of reamping. The Wikipedia entry on reamping even goes so far as to suggest any processing of sound with outboard gear can be considered reamping. Reamping can be applied effectively to any audio track even though it is commonly associated with guitars. The art of reamping can be applied to many situations in the modern studio.
Andrew on McTerminals Give The Hamburglar A Chance.TG on Simple Propulsion For The Lazy Paddle Boarder.Paul on Protecting The Hughes H4 Hercules With… Beach Balls?.pelrun on Scavenging CDs For Flexible Parts.This Week In Security: Symbiote, Smart Locks, And CosmicStrand 21 Comments We’ve seen several great ECG and EEG projects before, but is the first time we’ve seen one amplifier that can do them all. The EXG Pill is an evolution of an earlier EMG-only project. has made several demo setups, showing him using the Pill with an Arduino to measure his heart rate, detect eye blinks, and even control a robot arm using his own arm muscles! Measuring just 25.4 mm long and 10 mm wide, it should be easy to integrate into any type of biosensing gizmo you can come up with. The form factor allows easy connection to electrodes on one side and a data acquisition system on the other. An instrumentation amplifier increases the strength of the desired signal while rejecting noise and interference.
To enable such flexibility, the board has connectors for two or three electrodes, as well as solder pads to mount resistors and capacitors to adjust the gain and bandwidth. Its name refers to the fact that it can be used for several different bio-electrical sensing applications: ECG, EMG, EOG and EEG, which deal with signals coming from the heart, muscles, eyes and brain, respectively. Over at Upside Down Labs, developed a universal biosensor interface called the BioAmp EXG Pill to make all this a lot easier. But getting those signals inside your microcontroller is not straightforward: the voltages are too small for most ADCs, and the ever-present 50 or 60 Hz mains frequency makes it hard to discern subtle changes. The electrical signals emitted by the human body tell us a lot about what’s going on inside.