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The AKAI MPK 88 (Music Production Keyboard) is a hammer-action, 88-key MIDI controller keyboard released by Akai in November 2009. [1] It is the only MIDI controller in the MPK series to feature hammer-weighted keys.
Akai's portable studio, Akai MG-1214 unit The first product released by the new subsidiary was the MG1212, a 12-channel, 12-track recorder. [ 11 ] This innovative device used a specialized VHS-like cartridge (the MK-20) and could record 10 minutes of continuous 12-track audio at 19 cm per second or 20 minutes at half speed (9.5 cm per second).
The Akai MPC (originally MIDI Production Center, now Music Production Center) is a series of music workstations produced by Akai from 1988 onwards. MPCs combine sampling and sequencing functions, allowing users to record portions of sound, modify them and play them back as sequences.
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The Akai S3000XL [3] is a sampler with 32 polyphonic voices, and 2 MB of built-in RAM.. For adding sounds to the sampler, the S3000XL features a 3.5" floppy drive that reads Akai-formatted floppies, and a SCSI port which allows for connection to an external storage device (such as a zip drive or external hard disk), a CD reader, or a computer for editing samples via the MESA editor.
A register file is an array of processor registers in a central processing unit (CPU). The instruction set architecture of a CPU will almost always define a set of registers which are used to stage data between memory and the functional units on the chip.
This file contains additional information, probably added from the digital camera or scanner used to create or digitize it. If the file has been modified from its original state, some details may not fully reflect the modified file.
Early computers often worked lock-step with their main memory, which reduced the advantages of large register files. A common design note from the minicomputer market of the 1960s was to have the registers be physically implemented in main memory, in which case the performance advantage was simply that the instruction could directly refer to the location rather than having to use a second byte ...