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TMC's JPEG XS Encoder/Decoder is crafted for high-efficiency image processing, ensuring visually lossless image quality that aligns perfectly with global 5G advancements. The IP boasts ultralow latency compression, thereby supporting high-quality real-time video transmission essential for large displays and demanding applications. It is also adaptable for various formats, making it a versatile choice in both cinematic and broadcast environments. This encoder/decoder features cutting-edge technology that relies on the strengths of mezzanine compression. Users can expect seamless integration into multiple platforms, ensuring compatibility and high performance across different use cases. Its design is implemented to maintain service quality while managing the data flow efficiently. Offering support for FPGA and other advanced processing platforms, TMC's solution not only accommodates the rising data transmission needs but also ensures that image fidelity is uncompromised. Its development is firmly rooted in addressing the modern industry's demand for efficiency and excellence.
The LucidEye Visibility Improver Hardware from TMC aims to significantly enhance image clarity in various viewing conditions. This hardware IP employs artificial intelligence to amplify visibility, crucial for monitoring and surveillance systems where clear image output is pivotal. With its compact design, it seamlessly integrates into existing systems to elevate visual feedback quality without demanding extensive reconfigurations. LucidEye is tailored to adaptively improve the clarity of scenes marred by low light or weather disturbances. It processes data in real-time, ensuring that viewers receive a clearer, more precise output through advanced enhancement algorithms. The hardware solution, being compact, ensures that it fits into equipment without considerable space or weight implications. Predominantly used in sectors like security, the LucidEye hardware benefits applications where visibility impairment negatively impacts assessments or decision-making. By implementing machine learning techniques, TMC's hardware IP leads the charge in transforming ordinary video feeds into enhanced streams that are instrumental for detailed analysis.
The TM7606/7 Series FHD Low Latency IP Transmission System is poised for providing efficient full HD video transmission with minimal latency, serving the needs of modern broadcasting and media transmission tasks. This system supports dual-channel video feeds, enhancing both versatility and functionality for professionals in the field. Incorporating advanced visibility enhancement and Secure Reliable Transport (SRT) functions, this system ensures that high-resolution video streams are transmitted with consistency and reliability. It's particularly suited for scenarios demanding robust data transmission solutions, such as live sports or event coverage, where real-time video delivery is essential. Compact and integrated for easy deployment, the TM7606/7 series aligns with the demands of today's dynamic broadcasting environment, ensuring users benefit from a seamless streaming experience with reduced latency and heightened clarity.
ZoomVoice Software from TMC is engineered to enhance audio quality by efficiently managing ambient noise. This software solution proves indispensable for environments marked by intrusive background sounds, such as open offices or public spaces. ZoomVoice ensures that the desired audio remains prominent, enhancing clarity and communication efficiency without the interference of unwelcome noises. By integrating sophisticated algorithms, ZoomVoice effectively isolates and suppresses ambient disturbances, providing a clear channel for uninterrupted audio transmission. The software is easy to implement across various platforms, promising a remarkable improvement in audio output quality in live environments and recordings alike. Designed to be compatible with a broad range of devices, ZoomVoice is ideal for use in telecommunication sectors where voice clarity is critical. It also supports real-time operation, making it perfect for broadcasts and live feeds that require immediate noise suppression.
TMC's Opus Encoder / Decoder stands out in the realm of audio processing with its broad accessibility across different platforms. It provides high-quality audio compression and decompression, ensuring minimal data loss in transmission—vital for both consumer electronics and professional telecommunication systems. The IP delivers superb audio fidelity essential for music, voice calls, and conferencing applications. This solution utilizes the Opus codec, known for its versatility and adeptness in managing a range of audio data types, from variable bit rates to high-definition sound. It's engineered for low latency, making it fitting for interactive applications that require swift processing times. The encoder/decoder is also notable for its resource efficiency, offering excellent audio output without overextending processing power. It's well-suited for deploying in high-traffic environments demanding robust performance across myriad devices and network conditions.
The H.265/HEVC H.264/AVC 422 12bit Multi-Codec from TMC is designed for processing high-definition video content up to 8K resolution. This advanced codec supports dual compression standards, providing flexibility and performance optimization for diverse high-definition video formats and distribution channels. One of the highlights of this Codec is its 12-bit color depth support, crucial for maintaining the richness and fidelity of video content in professional and cinematic applications. It's engineered to optimize bandwidth usage while preserving the integrity of original video content, catering to the increased demand for superior quality in content-rich environments. This IP excels in data-intensive applications, offering improved compression efficiency without sacrificing quality. It's tailored for industries where video quality cannot be compromised and where the demand for higher resolution coexistence with efficient data management is critical.
The TM7052 FHD Low Latency IP Decoder with V-Mount Plate is engineered for direct integration with broadcasting hardware, offering seamless, low-latency decoding of HD video feeds. Designed to attach directly to cameras, this decoder is essential for live event coverage where return feed monitoring and rapid data processing are crucial. Its V-Mount Plate integration allows for simplified installation on professional camera setups, ensuring that users maintain mobility without sacrificing performance. It delivers reliable high-definition output while minimizing processing delays, crucial in fast-paced live broadcasting scenarios. This decoder is ideal for media professionals requiring real-time video output capability, ensuring that the video relayed back to the studio or control room is consistent and delay-free. The IP is crafted to support a variety of professional broadcasting needs, enhancing real-time video communication effectiveness.
TMC's H.265/HEVC 422 10bit Encoder/Decoder caters to the rigorous demands of 4K video processing, offering advanced compression capabilities for vivid, high-quality visuals. This state-of-the-art solution is pivotal for applications aiming to deliver cinematic quality with efficient bandwidth usage, ensuring seamless playback even in bandwidth-constrained environments. With a focus on delivering superior color depth and detail, the encoder/decoder supports 10-bit processing, retaining the intricate details of visual data. It is particularly valuable in fields like broadcasting and streaming, where consistent video quality and efficient compression are vital. The IP is configured to adequately handle the intensive processing tasks associated with high-definition video, delivering performance that meets professional benchmarks while maintaining operational efficiency across different video delivery platforms.
The H.264/AVC 1080 60p Baseline Profile Encoder/Decoder is tailored for high-definition video applications demanding compression efficiency without sacrificing output quality. This IP is particularly effective for real-time streaming and video conferencing, where maintaining a smooth frame rate and high-quality visuals is non-negotiable. Geared towards applications needing efficient bandwidth management, the encoder/decoder provides optimal compression ratios. The baseline profile allows it to function effectively across various platforms, making it an excellent choice for versatile deployments in both consumer and professional settings. Its capability for 60 frames per second processing ensures fluid motion and detailed image capture, necessary for applications like gaming or high-speed broadcasting, where performance and image clarity are paramount.
The Point-One Low Latency Mobile Video Transmission System provides a seamless video streaming experience with minimal delay, paramount for real-time broadcasting and live events. This system is optimized for mobile platforms, facilitating stable video transmission even when bandwidth resources are fluctuating, characteristic of mobile networks. It stands out by maintaining high video quality while ensuring ultra-low latency, which is critical for interactive broadcasts or remote surveillance applications demanding immediate data relay. Able to function efficiently across a spectrum of network environments, this system is ideal for streaming scenarios where reliability and image fidelity are pivotal. Engineered with advanced compression algorithms, the Point-One system is versatile enough to suit a variety of applications requiring dynamic video distribution. Its capability to provide consistent performance makes it an indispensable asset in achieving professional-grade video communication.
TMC's Lossless/Near Lossless Compression technology is designed to improve the efficiency of data transmission by maintaining the high quality of video and image content. This IP focuses on achieving data compaction without sacrificing visual integrity, essential for applications where maintaining original content quality is critical. By utilizing sophisticated algorithms, this compression method ensures that even minute details in images and videos are preserved, making it suitable for precision-heavy fields such as medical imaging and high-definition broadcasting. It is an ideal solution when quality retention cannot be compromised, while still offering impressive gains in data transmission efficiency. Users benefit from superior image handling that supports demanding environments requiring both reliability and excellence in data handling.
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