STI5211 Low-cost HDTV Satellite Set-top Box Decoder For Microsoft VC-1 H.264 And MPEG-2
Description: The STI7167 utilizes advanced process technology to deliver a fully featured HD AVC DVB-C and DVB-T demodulator and decoder integrated circuit (IC). This highly integrated system-on-chip is designed for set-top box (STB) markets across cable, terrestrial, and terrestrial/IP hybrid networks globally. The STI7167 meets the latest requirements of operators and consumer electronics manufacturers. It supports advanced HD decoding formats (H264/VC-1/MPEG2) and complies with various standards, including DVB, ISMA, ATIS-IIF, SCTE, ATSC, ARIB, CEA, ITU, OpenCable, and MSTV. The STI7167 enables operators to specify a range of low-cost, high-performance HD STBs, including basic zappers, IP clients, interactive STBs, standalone DVRs, and DVR server/home network-capable STBs. Content delivery can occur through broadcast, broadband networks, or a combination of both (hybrid STBs). The STI7167 also addresses the latest conditional access, digital rights management (DRM), and trusted platform requirements of major operators worldwide by integrating advanced security features. It provides existing users of STMicroelectronics' advanced decoding ICs with improved performance and features while minimizing costs and accelerating time-to-market for next-generation deployments.
The STI7167 IC is a sophisticated solution that integrates multiple functionalities into a single chip, greatly enhancing the efficiency and performance of HD set-top boxes. Its design allows for seamless integration into various broadcasting environments, supporting both cable and terrestrial signals. The inclusion of multiple decoding formats ensures compatibility with a wide array of video content, catering to diverse consumer needs.
In terms of security, the STI7167 is equipped with cutting-edge features to protect content and comply with regulatory requirements. This is crucial for operators who need to safeguard their services against piracy and unauthorized access. The chip's architecture is optimized for low power consumption, making it suitable for deployment in energy-efficient devices.
The versatility of the STI7167 extends to its ability to handle hybrid STB configurations, allowing for flexible content delivery methods. This adaptability is particularly relevant in the current media landscape, where consumers demand access to content through various platforms. By facilitating both broadcast and broadband delivery, the STI7167 empowers operators to offer enhanced user experiences.
Overall, the STI7167 represents a significant advancement in the field of digital broadcasting technology, providing a comprehensive solution that aligns with the evolving demands of the market. Its integration of advanced features and adherence to industry standards positions it as a leading choice for manufacturers looking to develop next-generation set-top boxes.The STI7167 uses state-of-the-art process technology to provide a fully featured HD AVC DVB-C and DVB-T Demodulator and decoder IC. It is a highly integrated system-on-chip suitable for STB markets across cable, terrestrial, and terrestrial/IP hybrid networks worldwide.
The STI7167 is targeted at the latest Operator and CE manufacturer requirement s for STBs that use advanced HD decoding (H264/VC-1/MPEG2), and which conform to DVB, ISMA, ATIS-IIF, SCTE, ATSC, ARIB, CEA, ITU, OpenCable and MSTV specifications. The STI7167 provides a solution for operators to specify a range of low-cost, high performance HD STBs including low-cost zappers, IP clients, interactive STBs, DVR standalone and DVR server/home network-capable STBs, and with content delivery possible using broadcast or Broadband networks, or both (hybrid STBs).
The STI7167 keeps pace with the latest conditional access, DRM and trusted platform requirements of major operators worldwide by incorporating the latest generation of advanced security features. The STI7167 offers current users of ST`s growing family of advanced decoding ICs enhancements in performance and features, while reducing cost and time-to-market for the next generation deployments.
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