The dbx Professional Products DriveRack Studio provides all of the tools necessary to optimize Studio Monitor management in a single rack mount chassis design regardless of the environment. The DriveRack Studio offers dual XLR inputs and six XLR outputs, dual channel graphic EQ, Classic dbx Compression, multiple crossovers, parametric EQ and a built-in real time audio analyzer. In addition, this audio toolbox provides the end user with 24 custom presets that have been specifically written and designed to work in tandem with the most popular studio reference Monitors available. The DriveRack Studio now allows you to fine-tune even the most sonically challenged rooms.
The DriveRack Studio continues the legacy of DriveRack series, which has been created by the company that has been redefining the standard of signal processing for more than 30 years. The DriveRack Studio was designed with the purpose and vision of providing state-of-the-art signal processing in the studio environment, while utilizing a simple and intuitive user interface. This goal has been achieved by offering two independent channels of processing power with a linkable 28-Band Graphic equalizer, industry-standard dbx stereo compressor module, feedback eliminator and the 120A Subharmonic Synthesizer on the input, with a six channel output system that includes parametric EQs, and Peak Plus? limiters (which are used to provide protection against speaker blowouts) and alignment delay. These features combined with the Wizard setup system, represent a methodical design that is guaranteed to deliver optimal, all-inclusive processing in a completely scalable system.
dbx Professional
dbx Professional
dbx Professional Products began in the studio environment developing noise reduction and dynamics products, and it is still in our blood. Since those beginnings we have continued to strive after audio perfection. The 160SL, 786, and Quantum II are some of the results of this pursuit.
From the DriveRack series and the IEM In-Ear-Monitor Processor to our host of classic dbx analog Compressors and EQs and top-of-line Blue Series products, dbx no-compromise products are on the rosters of national touring acts night after night.
From restaurants and shopping malls to nightclubs and theaters, professionals rely on dbx Professional Products to deliver unparalleled performance. Our DriveRack and ZonePRO products are designed for these applications; built to satisfy the most demanding environments.
Used Processor Units
Processor units, often simply known as a DSP audio processor, are a sound-processing device that alters the sound of auditory signals. The processing of the audio signals may be either digital or analog. The analog processing involves the direct operation of the electrical signal while the digital processing involves the mathematical operation on the digital representation of the audio signal.
The audio signals are typically known as sound waves that are transmitted through the air. These sound waves are measured in decibels or bels. These audio signals need processor units especially in radio broadcasting because the processor units link the transmitter with the rest of the sound system devices. There are various methods involved in the processing of both analog and digital signals. These include the following: storage, compression, transmission, equalization, noise cancellation, enhancement, level compression, echo, filtering and many more.
Analog processing is the physical alteration of the uninterrupted signal by modifying the voltage, the current or the charge with the use of electrical means. In earlier times, analog processing was the only method being used to modify signals before digital technology came into existence. With the evolution of computers and software, digital sound processing became the alternative to analog processing. The digital processor units use digital circuits like the microprocessors and computers to process audio signals. Digital processing deals with sound waves represented by binary numbers and deals with the sequence of these numbers. Nowadays, audio systems typically use the digital processing method because it is more powerful and proficient compared to analog signal processing.
