NXP TDA9984AHW/15/C100 HDMI Transmitter
The NXP TDA9984AHW/15/C100 is a state-of-the-art HDMI transmitter integrated circuit designed for high-definition multimedia interfaces. It is a perfect solution for various applications, including digital TVs, PC monitors, set-top boxes, and other AV products that require high-quality audio and video transmission over HDMI. This advanced IC is designed to handle the demands of the latest video and audio standards, ensuring compatibility with the newest devices and content.
Key Features:
- High-Definition Support: Capable of transmitting both video and audio signals in high-definition formats, including 1080p, 1080i, and 720p resolutions, ensuring a crisp and clear viewing experience.
- Audio Versatility: Supports multiple audio formats, including standard stereo, multi-channel surround sound, and high-bitrate digital audio formats like DTS-HD Master Audio™ and Dolby TrueHD™, providing an immersive auditory experience.
- Deep Color Technology: Offers deep color support up to 48 bits per pixel, allowing for a broader color spectrum and more detailed images.
- Content Protection: Integrated HDCP 1.3 support for secure content transmission, ensuring compliance with digital content protection standards.
- Enhanced Connectivity: Features Consumer Electronics Control (CEC) capabilities, enabling users to control multiple HDMI-connected devices with a single remote.
- Advanced Technology: Built with NXP's cutting-edge technology, ensuring reliability and performance for the most demanding multimedia applications.
Product Specifications:
- Part Number: TDA9984AHW/15/C100
- Manufacturer: NXP Semiconductors
- Package: HTQFP80
- Operating Temperature Range: -40°C to +85°C
- Supply Voltage: 1.8V (I/O), 3.3V (Core)
The NXP TDA9984AHW/15/C100 HDMI transmitter is an essential component for developers and manufacturers looking to create high-performance, HDMI-enabled devices. With its robust feature set and adherence to industry standards, it is a reliable choice for delivering high-quality multimedia experiences to end-users.