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The SMPTE ST 2110 suite allows for professional media transport over IP networks. It supports a wide range of sub-standards designed to handle uncompressed active video, PCM audio, and ancillary data. These cores offer flexibility and efficiency, allowing media broadcasts to integrate seamlessly across IP networks. The modular structure provides an implementation that minimizes resource usage while maximizing operational capability. Designed for both broadcast and professional AV industries, the SMPTE ST 2110 cores facilitate the transition from SDI to IP by efficiently handling various media components. They can operate in both gateway and synthetic essence modes, thereby broadening application use cases. The cores are crafted to conform with deterministic networking needs, supporting functionalities like traffic shaping and time synchronization, adhering to the exacting standards of SMPTE sections 10 through 40. These cores offer full interoperability, tested in Joint Taskforce on Networked Media (JT-NM) programs, and have shown perfect compatibility with multiple vendor equipment. The SMPTE ST 2110 cores streamline the architecture of your IP-enabled systems, enhancing both the reliability and scalability of media operations.
The VIDIO 12G SDI FMC Daughter Card represents the forefront of broadcast video technology, equipped to meet high-definition requirements for the modern market. Specifically designed for integration with both AMD/Xilinx and Intel/Altera devices, this card supports resolutions up to 4K, making it ideal for video and IP development on compatible development boards. This design features the latest chip technology from Texas Instruments, incorporating full-size BNC and SFP+ configurations for comprehensive SDI or IP functionalities. Unlike similar products, its ease of use is inherent, with no additional software configuration needed to begin operations. Globally trusted and field-tested for reliability, the VIDIO SDI FMC card is manufactured in the USA, ensuring premium quality and performance metrics. Its durability and affordability provide a nimble platform for developing the next generation of 4K and Video over IP products.
Nextera Video's NMOS solution allows seamless integration of ST 2110-enabled devices across multi-vendor IP networks. Developed under the guidelines of the Advanced Media Workflow Association and the Joint Taskforce on Networked Media, it ensures high interoperability through specifications like IS-04 and IS-05, simplifying device discovery and registration. The platform provides robust management capabilities for IP connections, enabling controlled switching across broadcast environments. NMOS’s scalability and plug-and-play simplicity meet European Broadcaster Union standards, serving as a benchmark for interoperability and efficiency. With inherent compatibility with any IP core or operating system, the NMOS platform is adaptable to a variety of networking infrastructures, elevating media facilities to perform efficiently with current and future media standards.
The SMPTE ST 2059 core offers advanced timing synchronization features for professional broadcast and AV systems. By generating precise timing signals, it ensures synchronized audio and video outputs, crucial for seamless operations in live production environments. This core aligns signals precisely with the SMPTE epoch, supporting alignment substandards such as the IEEE 1588 Precision Time Protocol. Its capability extends to generating HH:MM:SS:FF time codes and multiple programmable output reference clocks, crucial for maintaining synchronization across diverse networked infrastructure. The ST 2059 core operates independently of network speeds, making it versatile for use in 1G to 100G networks. Fully configurable, this core is perfect for developing network-based media equipment that offers high precision and effortless compatibility with both IP and SDI equipment, fostering an environment that harmonizes traditional and IP interfaces.
IPMX, or Internet Protocol Media Experience, emerges as the pioneering open standard for AV over IP, specifically tailored for professional AV environments. The IPMX core blends seamlessly into existing infrastructures, using the grounding standards provided by SMPTE 2110 and NMOS control software to ensure universal compatibility. Offering functionalities like asynchronous video operations and compressed video handling (including 4Kp60 over 1G), IPMX supports high-quality, low-latency video distribution. Its strong emphasis on real-time interoperability makes it a versatile tool for diverse AV scenarios, from corporate presentations to complex broadcasting setups. Within the IPMX framework, features such as encryption enable secure media transport that meets industry-standard practices. The architecture supports a range of resolution, network, and color specifications that ensure maximal performance and flexibility across various deployments.
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