PMA-60

The PMA-60 is a range of high-performance audio/video dynamic signal processors developed by ATERs. It is widely used in large-scale audio/video mixing, signal selection and signal routing applications. This article will discuss the application field and working principle of the PMA-60.

Application Field

The PMA-60 is a sophisticated piece of audio/video processing equipment mainly used in large-scale audio/video mixing, signal selection and signal routing applications. It is also suitable for sound recording and live performance. Its versatile input and output connections including multiplex 8-channel audio/video input, 8-channel audio/video output, embedded 4-channel audio/video output, 8-channel analog input and 8-channel analog output, which makes it suitable for a variety of applications.

The PMA-60 is a powerful integrated signal processor. It is capable of performing various audio/video processes such as signal conversion, audio EQ and dynamics processing, video EQ and surround sound processing. Its advanced signal processing algorithms make it capable of producing high-quality audio/video output with precise control.

In addition, the PMA-60 can be used in live video events to control and simulate live images. This feature allows it to create a range of surrealistic effects or to generate immersive sound fields. The PMA-60 can also be used in broadcasting and media applications to produce high-quality audio/video recordings.

Working Principle

The PMA-60 is based on a proprietary audio/video digital signal processor (DSP) which features a high-performance signal processing engine. The strength of the PMA-60 is its ability to process audio and video signals simultaneously in real time. The PMA-60 can process multiple audio and video signals simultaneously and independently. This means that each signal can be manipulated separately and then combined into a single output.

The PMA-60 can detect audio and video signals from the input connections and allow them to go through the signal processing module for further manipulation. The signal processing module consists of various audio and video algorithms such as mixing, EQ, dynamics, surround sound, and other sophisticated processing algorithms. These algorithms can be combined into different signal processing chains. The processed signals are then routed to the output connections to produce the final audio/video output.

The PMA-60 also features an intuitive user interface which enables users to quickly set up and configure the system to suit their specific needs. The user interface also provides users with a range of preset sound and video effects, which can be quickly and easily adjusted to achieve the desired results.

Conclusion

The PMA-60 is a versatile audio/video processor that is capable of delivering high-quality audio/video output. It is suitable for various applications such as live video events, broadcasting and media applications. The PMA-60’s sophisticated signal processing algorithms make it possible to produce high-quality audio/video output with precise control. It also features a user-friendly interface which allows users to quickly configure the system for their specific needs.