Working at the limits of broadcast technology, news providers are constantly stretching systems to deliver their story first. Discover how the winners operate and quickly master the technology they value.
KVM-over-IP or classical KVM: what is the perfect fit for your application? - A comparison in two parts.
Many people and cultures celebrate special New Year dates. Organizations designate fiscal years. Broadcasters traditionally mark their new technology year mid-April, at annual NAB Shows. Old habits die hard.
There are many types of codecs, all used for specific purposes to reduce file sizes and make them easier to distribute down a limited bandwidth pipe. Lossy compression and Lossless compression are the two most common categories of data compression used to reduce the size of data without significant loss of information.
OTT has dramatically expanded the range of delivery outlets for content and continues to do so. This has had a direct effect on content production, enabling almost any organization or person to create and distribute live content, which has increased the volume of content being created. Whether this content is for entertainment, news, education or communications, video is our preferred communication medium and people generally turn to this whenever possible.
As company mergers, acquisitions and extensive rights management agreements have become part of the new media landscape, it has created large multi-national conglomerates that span the globe. This in turn has revealed the need for IT networking technology and complex software orchestration that tie all of the disparate locations together and increase productivity across the company.
Digital technology is changing how and where some mission-critical TV RF engineering work can be performed.
PTP - as a precise network timing technology has been available for nearly two decades. It is already widely used in Telecommunication networks, Finance and Trading platforms, substation automation networks and many more industries. Every industry has its own demands such as target accuracy on the end nodes, or whether it should be used locally or via wide area connections. Furthermore, there is often the question of whether existing network components should be re-used or if they will be replaced.
Demand for bandwidth is growing at a remarkable rate. The demand is so high that Equinix’s Global Interconnection Index (GXI) Volume 4 forecasts a 45% CAGR specifically for interconnection bandwidth from 2019-2023. This will bring global interconnection bandwidth, used specifically by businesses that need to guarantee throughput capacity, from 5,000 Tbps in 2020 to 16,000 Tbps in 2023.