Telestream’s Inspect 2110 Monitoring Solution Offers Enhanced Visibility For Broadcast Engineers
Telestream has announced the latest version of Inspect 2110, the company’s IP video monitoring solution for ST 2110 media networks.
New 180Gbps capable platform, with flexible software options, increases diagnostic efficiency with automated network-wide monitoring to proactively notify engineers of issues.
As Broadcast media networks transition from SDI to IP, engineers and operators can lose visibility of the high volume of activity on their network and the continual changes to their content. Inspect 2110 ensures reliability within hybrid SDI-over-IP and ST 2110 deployments by utilizing a “monitoring by exception” approach to proactively notify engineers of any quality issues within facilities and across networks. The latest version features a 180Gbps bandwidth-capable platform and an entirely new way to think about the Inspect 2110 probe.
The offering is now configurable based on bandwidth monitoring needs and offers options that allow it to be easily tailored to specific applications in contribution monitoring, multiple-studio monitoring, and live and production applications for monitoring multiple vehicles from a single location. New features include a high-performance platform, an audio and video remote viewer, automatic detection of frozen and black frames, and compliance measurements for loudness (CALM).
Users can click on the “View in PRISM” button to redirect an anomalous IP stream to a chosen PRISM media analysis instrument, where an engineer can see and analyze the problem in depth. These deep dive diagnostics provide one-click access to fine-grained debugging of the video, audio, and ancillary streams as well as, crucially, the PTP timing.
Inspect 2110 will also monitor PTP behavior such as verifying PTP timing signal accuracy, validate that proper video and audio signals are being carried in each stream, confirm that redundant streams are identical and in sync, and identify any stream that is out of compliance with applicable standards.
You might also like...
Designing IP Broadcast Systems - The Book
Designing IP Broadcast Systems is another massive body of research driven work - with over 27,000 words in 18 articles, in a free 84 page eBook. It provides extensive insight into the technology and engineering methodology required to create practical IP based broadcast…
Operating Systems Climb Competitive Agenda For TV Makers
TV makers have adopted different approaches to the OS, some developing their own, while others adopt a platform such as Google TV or Amazon Fire TV. But all rely increasingly on the OS for competitive differentiation of the UI, navigation,…
Demands On Production With HDR & WCG
The adoption of HDR requires adjustments in workflow that place different requirements on both people and technology, especially when multiple formats are required simultaneously.
Standards: Part 21 - The MPEG, AES & Other Containers
Here we discuss how raw essence data needs to be serialized so it can be stored in media container files. We also describe the various media container file formats and their evolution.
Broadcasters Seek Deeper Integration Between Streaming And Linear
Many broadcasters have been revising their streaming strategies with some significant differences, especially between Europe with its stronger tilt towards the internet and North America where ATSC 3.0 is designed to sustain hybrid broadcast/broadband delivery.