VG95328P16

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The VG95328P16 is a high-performance, energy-efficient solution for distributed architectures requiring high-resolution images. It offers a combination of scalability, uncompromised performance, media-rich imaging capability, and ease of use for a wide range of applications. This article will explain the application field and working principle of the VG95328P16.

Features of the VG95328P16

The VG95328P16 is designed to provide all the necessary features for a distributed architecture. It is composed of two image processors—an ASUS VG95328P16 and a single-chip image processor (SIP). The processor is integrated with a variety of on-chip components such as echo echo cancellation, pitch-shifting, band-pass filter, and high pass filter. Other features include:

• Up to 1080p full HD imagers
• 4:2:2 RGB processing
• Programmable image processing with common components
• Ultra-low power consumption
• Image interhavering to support seamless movements/transitions

Application Field of the VG95328P16

The VG95328P16 is suitable for a variety of applications including computer vision, medical imaging, medical imaging systems, robotics, automotive, multimedia, machine-to-machine (M2M) communications, and signal processing. It can be used in applications such as:

• Multi-camera surveillance systems
• 3D image processing for medical imaging systems
• Teleconferencing systems
• Industrial manufacturing automation
• Robotics
• Autonomous vehicles
• Industrial tunneling operations
• Real-time imaging
• Assistant systems

Working Principle of the VG95328P16

The VG95328P16 implements a multi-faceted architecture that time-synchronizes the data streams. It is designed to improve the quality of very-wide dynamic range images and employ sophisticated motion handling and anti-aliasing. The on-chip components enable the device to achieve real-time streaming of high-definition images at resolutions up to 1080p (full HD).

The processor comprises two sets of cores—an image processor and a DSP engine. This allows for an efficient transfer of data across both cores in order to perform image and signal processing tasks simultaneously. The DSP core houses the echo cancellation, pitch-shifting, band-pass filtering, and highpass filtering units. Together with the dedicated memory blocks and user configuration data, these on-chip components ensure a smooth, consistent experience.

The image processor houses the various components such as the 4:2:2 RGB processing unit, which allows for real-time high resolution output, and the image interhavering unit, which allows for seamless motion/transitions. Other components include a multi-color palette generator that can be configured with user parameters and a media-rich image processor for detailed processing applications.

In addition, the processor also implements a low-pressure operation mode which allows it to remain power-efficient even when powering many cores. By taking advantage of this mode, the processor offers a very low-power state that allows it to draw the minimal amount of power while performing its tasks.

Overall, the VG95328P16 is a powerful, energy-efficient solution for distributed architectures that require high-resolution images. With its combination of scalability, uncompromised performance, media-rich imaging capability, and ease of use, it makes for an ideal solution for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference