Product Description for the Presonus FireStudio Project
PreSonus Audio Electronics has designed the FireStudio Project utilizing high-grade components to ensure optimum performance that will last a lifetime. The FireStudio Project is equipped for professional-quality computer recording, with 24-bit, 96 kHz converters; 8 PreSonus XMAX microphone preamplifiers; S/PDIF and MIDI I/O; Universal Control compatibility; and Studio One Artist music-production software. All you need is a computer with a FireWire connection, a few microphones and cables, monitor speakers or headphones, and your instruments!
The FireStudio Project a complete 24-bit/96K professional recording system combining eight Class A XMAX microphone preamplifiers, 24-bit/96k sample rate conversion, and a zero-latency matrix router mixer.
The FireStudio Project is bundled with PreSonus Studio One Artist, our groundbreaking music creation program, and over 4 GB of virtual instruments, plug-ins, loops, and samples to get you started making music immediately.
Great for professional studio recording, live sound recording, performance, podcasting and more, the FireStudio Project is designed for flexibility and ultra-high sonic performance. Whether you need to record a live drum set, mic a guitar amp, or a complete band, the FireStudio Project is ready and more than able. With the new FireControl Mixer/Router you can send up to five individual mixes to different musicians during recording so that every band member can have a custom headphone mix.
The FireStudio Project can be daisy-chained with one or more FireStudio Projects or FireStudio Tubes to expand your number of recording inputs. Two and three units daisy-chained in any combination has been tested at PreSonus, however, the total number of units that can be daisy-chained depends on your computer’s processor speed, amount of RAM and computer configuration.
The FireStudio Project is the next-generation of the award-winning FP10/FirePod with the following improvements:
- Improved analog to digital converters (114dB dynamic range)
- Improved syncronization with JetPLL™ (jitter elimination technology)
- FireControl Mixer/Router to send up to five separate zero-latency stereo mixes to musicians during recording
- Three-segment LED input metering on all analog channels
- Internal IEC-based power supply
- PreSonus Studio One Artist bundle with Native Effects plug-ins and third-party instruments, loops, and applications.
8 XMAX Class A Preamplifiers
The FireStudio Project includes eight custom-designed high-voltage, discrete, XMAX Class A microphone preamplifiers for all types of microphones. Many other companies offering recording interfaces add the cheapest possible microphone preamplifier as an afterthought to the interface. PreSonus knows that the preamplifier is a key component in the sonic quality of a recording. The job of a microphone preamplifier is to boost microphone level signals to line level so that the signal can be converted from analog to digital. This mic to line boost is generally a preamplification of over 400 times the voltage of the original mic level signal. This preamplification stage is one of the most important stages that the signal will go through before converted to digital, and is why a high performance preamplifier is important to achieving great results. A cheap "off the shelf op-amp" type mic preamp that is found in most interfaces translates into thin, noisy and harsh results.
All XMAX preamplifiers are built with the same three elements:
- High Voltage - The XMAX preamplifier runs on power rails of 30V. Most off the shelf op amp based designs run on power rails of 10V to 18V. Higher voltage power rails deliver more headroom, deeper lows, smoother highs and an overall fuller sound.
- Discrete - No op amps. Only transistors, resistors and capacitors. Op amps add noise, coloration and harshness to a signal. Discrete designs deliver ultra low noise and transparency.
- Class A - When a circuit is running in Class A mode the circuit is always in an "on" state operating at its optimal voltage requirements. Class A mode has zero crossover distortion and delivers purer, clearer and more musical sonics than class A/B designs which are found in most op-amp circuits.
The net result of the XMAX preamp design is high headroom, low noise, wide dynamic range and wide frequency range, and most importantly, musicality and transparency - smooth highs, solid deep lows, and everything in between.
Digital Converters and JetPLL Sync
The FireStudio Project touts A/D/A converters with a dynamic range of over 114dB for unbelievable clarity as well as synchronization using patented JetPLL™ jitter reduction technology. JetPLL™ incorporates noise shaping to virtually remove all audio band jitter. JetPLL™ ensures the highest converter performance possible, resulting in better stereo separation and clearer more transparent audio. JetPLL™ delivers ultra-fast locking to any digital format through a wide range of frequencies and is extremely robust and tolerant of wide variations in clock frequencies. JetPLL™ ensures near perfect clock performance when networking audio devices, thus creating the most stable and robust synchronization to the computer.
All members of the FireStudio family of interfaces, including the StudioLive 16.4.2 mixer, come bundled with Universal Control software. Universal Control is a powerful, flexible, and easy to use control-panel application that allows you to daisy-chain to up to 4 FireStudio-family devices for a maximum of up to 52 inputs and outputs.
Universal Control consists of the Launch window and the Device window. In the Launch window, you can set the sample rate, clock source, safe mode, buffer size (PC only), and WDM routing (PC only) for all connected FireStudio-series interfaces. Each device is listed at the bottom of the window, along with Device Window buttons that open each interface’s Device window.
The Device window provides level and routing controls for each FireStudio-series interface’s internal mixer, enabling you to set up zero-latency monitor mixes. Input and output metering have been optimized for ultra-fast screen display and minimum CPU usage, and you can give each interface a custom name. You can use any device in the chain as the master clock source, or you can slave the entire chain to an external digital device using any of the available digital inputs in the chain.