Wes Simpson

Data tunnels that are constructed through the public Internet that allow secure video and data transport.

What's needed is another way to construct a stream that can better withstand data losses and still produce a video output that is acceptable to viewers.

One major issue is the current lack of a Digital Rights Management capability.

Having the support of the dominant online video providers is obviously a big plus for market penetration, but Flash has a number of technical benefits as well.

Mobile video is poised to enter a period of rapid growth, as new equipment becomes available and service offerings proliferate.

With the present terminology, it's hard to tell. So, maybe what's needed is a new way of classifying the types of video delivery than can be done over an IP network.

In spite of the obvious appeal of IP networks for many video transport applications, some broadcasters are not completely comfortable with the technology.

Spanning tree protocol is an essential function of Ethernet networks, and it provides several useful capabilities when used properly.

Figuring out the amount of bandwidth a video signal requires on an IP network isn’t terribly hard, but it does require some familiarity with the underlying technologies and packet formats.

Getting the details on transporting audio via SMPTE ST 2110-30

New standard frees up valuable bandwidth

This is the third installment in a series of articles about the newly-published SMPTE standard covering elementary media flows over managed IP networks.

Audio Video Bridging technology is being considered for use in high-performance Ethernet networks as a potential replacement for SDI video infrastructure in the studio.

Over-the-air DTV transmitters are relatively easy to test, at least with respect to the integrity of the outgoing video stream.

This recommendation was developed specifically to address the need within modern media production facilities to have an efficient, flexible method to transport uncompressed signals of various types.

The IEEE 1588 Precision Timing Protocol defines a set of techniques for synchronizing various devices across packet-based networks, including Ethernet switches and IP routers.

Many useful types of signals are synchronous, meaning that they use bit patterns that are transmitted using a built-in, fixed-frequency clock signal.