The Utah Scientific 400 Series Hybrid Router integrates seamlessly with the SynView 4K and IP multiviewer from Axon.
At the 2018 SMPTE LA conference, Utah Scientific will demonstrate its 400 Series hybrid digital router, a flexible platform designed to accommodate next-generation IP signals along with today’s high-density SDI.
The 400 Series router can handle any number of IP and SDI signal formats along with audio and data, all within a common frame. The new SMPTE ST 2110 and SMPTE ST 2022-6/7 IP formats are supported, along with 3G-SDI, analog, HD, SD, and audio signals including analog, digital AES3, MADI, TDM, and AES 67.
In addition, an SDI/IP hybrid “pass-through” card will be shown for the 400 Series. The pass-through card will change how broadcasters look at the SDI/IP transition. The router also handles all major digital and analog audio formats and features advanced signal processing for embedding and de-embedding.
The Utah Scientific 400 Series Hybrid Router integrates with the SynView 4K and IP multiviewer from Axon. This modular multiviewer can handle both 4K and IP video formats. SynView is a single-field latency multiviewer system that offers external looping for an unlimited number of input channels.
The company’s UHD-12G digital routing switcher is an enterprise-class system that enables the reliable distribution of a full range of SDI video signals—from SD data rates up to 2160p60, in a single-link interconnect. Ideal for live acquisition of UHDTV content, the UHD-12G simplifies installations, reduces the rack space and cables needed to process 4K signals, and lowers operating expense.
Fully complaint with the SMPTE ST 2081 and ST 2082 standards for SDI video, the UHD-12G can also receive, route, and distribute SDI signals up to the latest 4K/60 standards on a single cable. In addition, the UHD-12G can be controlled by any version of Utah Scientific’s current family of routing control systems, including the SC-4, SC-40, and SC-400.
In modern broadcasting, multiplatform delivery and multipurpose repackaging of content demand mastery of multiple workflows. Utah Scientific’s Cerebrum software makes the control and monitoring of a traditional or IP broadcast infrastructure easier, more efficient, and cost-effective than ever. To be demonstrated at the company’s exhibit booth, Cerebrum provides comprehensive tools used to configure, control, monitor, and maintain products from any manufacturer within and beyond the broadcasting industry.
You might also like...
John Watkinson introduces the idea of channel coding to convert the uncontrolled characteristics of data into something that works within the limitations of real media.
NASCAR Productions, based in Charlotte NC, prides itself on maintaining one of the most technically advanced content creation organizations in the country. It’s responsible for providing content, graphics and other show elements to broadcasters (mainly Fox and NBC), as w…
Ground breaking advances in storage technology are paving the way to empower broadcasters to fully utilize IT storage systems. Taking advantage of state-of-the-art machine learning techniques, IT innovators now deliver storage systems that are more resilient, flexible, and reliable than…
This FREE to download eBook is likely to become the reference document you keep close at hand, because, if, like many, you are tasked with Preparing for Broadcast IP Infrastructures. Supported by Riedel, this near 100 pages of in-depth guides, illustrations,…
Artificial Intelligence (AI) has made its mark on IT and is rapidly advancing into mainstream broadcasting. By employing AI methodologies, specifically machine learning, broadcasters can benefit greatly from the advances in IT infrastructure innovation and advanced storage designs.