GS1661-IBE3

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The GS1661-IBE3 is a linear video processing device that allows for real-time 3D processing of digital video signals. It is designed to process and convert SDI and VGA digital video signals of various resolutions. The device is commonly used in broadcast, digital signage, medical and security applications where high-quality video conversion and secondary processing are necessary.

This device is based on multiple core processing technologies. It uses the Intel i7 processor, an 8-channel video encoder, 4K video stream acquisition, multi-channel motion compression, 2D/3D scaling, de-interlacing and a variety of post-processing effects. With these features, the GS1661-IBE3 can convert various digital video formats and resolutions, while maintaining absolute accuracy in color, brightness and contrast.

When connected to a HD input, the GS1661-IBE3 can accept multiple HD resolutions and convert them to the desired format. The device uses the YUV model to convert RGB signals, and is capable of capturing the original color, brightness and contrast of the source material. This, coupled with its enhanced 3D processing capabilities, ensures a consistently detailed image with precise color reproduction.

The GS1661-IBE3 also uses motion compensation to reduce motion blur and artifacts. The motion compensation algorithms detect motion between frames and generate an interpolated prediction that maintains the consistent motion of the video in the absence of noise. The result is smoother, higher-definition video with improved motion accuracy.

In addition, the GS1661-IBE3 has a number of post-processing effects, including noise reduction, sharpening, contrast adjustment and color correction. These effects can be adjusted in real-time to enhance the video experience.

The GS1661-IBE3 is an efficient and powerful linear video processor. It can convert SDI, VGA and HD signals to various resolutions while maintaining image quality. Its advanced motion compensation and post-processing features ensure superior image quality and make it an ideal choice for applications that require real-time 3D video processing.

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