MAX9132EVKIT+

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

MAX9132EVKIT+ Evaluation and Demonstration Boards and Kits are widely used in the market for audio and video applications. It is designed to simplify system-level design and provide a cost-effective solution for a variety of digital video applications.

The MAX9132EVKIT+ board includes 7-inch HDMI display, a PC keyboard, and a USB port. It also includes a variety of other components which provide a complete hardware solution for the design and prototyping of digital video applications. The MAX9132EVKIT+ board can be used in a wide range of applications, including home entertainment systems, media centers, video gaming, and digital signage.

The MAX9132EVKIT+ Evaluation and Demonstration Boards and Kits is based on the latest MAX9132 A/V receiver which provides a full HD video interface with up to four 3D channels in a single chip. This device supports all digital video formats, including 1080p resolution and HDR. It also provides multiple audio channels, and is capable of providing up to 32-bit/192kHz audio performance. The MAX9132 A/V receiver also supports up to three HDMI video/audio channels and four 3D video channels.

The MAX9132EVKIT+ Evaluation and Demonstration Boards and Kits also includes a pre-configured reference design which provides hardware and firmware development and optimization for system-level design. Additionally, it includes an intuitive graphical user interface for controlling the device. This graphical user interface ensures that the user can optimize the design for the desired functionality and performance.

The working principle of the MAX9132EVKIT+ Evaluation and Demonstration Boards and Kits is as follows. The MAX9132 A/V receiver allows the user to interface to an HDTV or monitor via its HD IP interface. This allows the user to watch live HD video and audio content as well as access digital media content. The MAX9132 A/V receiver enables the processing of audio and video signals in real time, with the ability to switch between multiple HDMI audio and video sources.

The MAX9132 A/V receiver enables the user to control the playback of digital media content, including 4K content. When multiple devices are connected, the MAX9132 A/V receiver will automatically detect and configure the devices for optimal performance. It also offers multiple audio/video outputs and inputs, and can be connected with devices to decode audio and video signals.

The MAX9132 A/V receiver also offers a wide range of features such as audio upmixing, 3D video decoding, and 3D audio decoding. Additionally, it supports HDMI CEC control and HDCP copy protection so that the users can enjoy protected content with ease. It also provides support for multiple audio/video formats, including Dolby TrueHD, Dolby Digital Plus, and DTS-HD.

The MAX9132 A/V receiver also includes a comprehensive suite of video processing features such as video noise reduction, motion compensation, and color correction. It also supports features such as a video wall, multi-channel audio, and a variety of digital signal processing technologies. The MAX9132 A/V receiver also supports a wide range of video processing tools, such as video upscaling, motion flow, and color gamut.

The MAX9132 A/V receiver has been designed with maximum flexibility in mind, allowing the user to customize their digital media experience. Moreover, it is backward compatible with existing analog A/V receivers, making it easy to upgrade existing systems with cutting edge performance. The MAX9132 A/V receiver includes a variety of advanced features such as 4K upscaling, 3D capabilities, advanced audio decoding, and support for multiple audio/video formats.

The MAX9132EVKIT+ Evaluation and Demonstration Boards and Kits provide a powerful yet affordable solution for designers looking to develop and evaluate digital video applications. With its comprehensive features and flexibility, it is an ideal choice for audio and video applications.

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