​Dejero Boosts Its Video Quality Performance

New Core 5.0 release features an HEVC software update for EnGo, increased frame rate support, and recording enhancements to streamline remote broadcast workflows.

Dejero has announced a major release to Dejero Core software. Core runs on all Dejero transmitters and receivers and includes the proprietary technology responsible for the dynamic blending of IP connections from multiple network providers.

“The drive behind this major release of our Core software is to help broadcasters and media organizations further simplify their workflows while providing even higher levels of performance and video quality,” explains Bogdan Frusina, founder, Dejero.

The update adds HEVC support to the latest version of Dejero EnGo, a mobile transmitter that encodes video and transmits over multiple IP streams at low latency.

EnGo now combines Dejero’s auto-transport and adaptive bitrate encoding technology – which optimizes picture quality when there’s limited bandwidth available – with HEVC.

“We see our customers pushing our products to the limit as they aim to provide the best possible experience for their viewers. Now with up to 1080p60 support, our customers can capture high-motion content such as traditional sporting events, emerging eSports, or other high-motion content and provide a level of quality that they never could have before,” added Kevin Fernandes, vp sales.

Broadcasters can take advantage of the enhanced efficiency of HEVC compression to provide higher quality video at lower bitrates. The Core 5.0 software update is free for eligible customers, with no additional hardware to be installed or purchased.

Support for 1080p at 25/30 fps to Dejero EnGo, GoBox, and VSET transmitters, the Dejero Broadcast Server, and the Cloud Server and MultiPoint cloud services is added.

“In addition, the software enables operators in the field to rename clips recorded on the transmitter, making them easier to find and manage at the broadcast facility,” says Fernandes. “An option to record at 12 Mb/s and 15 Mb/s has also been added to provide even higher picture quality when it’s needed. The large storage capacity on Dejero transmitters provides ample space for these high-quality recordings.”

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Extending The Studio Network To The Field

It is time to implement IP based bidirectional and multi-user radio systems in the licensed BAS band channels. The resulting improvements in data rates and new technology can enable workflows in the field much like those enjoyed in the studio.…

Sony Virtual Production Service Launched at Red Bull Event

Although OTT delivery has created a mature market for on-demand scripted shows that leverages the public internet for distribution, the ever increasing and IP-enabled bandwidth available that uses public wireless networks and the public cloud, is opening a new market…

H.264 Versus HEVC: Understanding the Differences

4K imagery has become the quality standard for many broadcast applications. A key requirement is that the transmission links be of sufficient bandwidth. Links using H.264 can be overwhelmed by the much higher bandwidth requirements of 4K video. HEVC is…

Applied Technology:  Vislink’s Newsnet, A Bi-Directional IP-ENG Link

There are several approaches to transmitting live and file-based content from the field to the studio. Traditional microwave Electronic News Gathering (ENG) provides high bandwidth, high quality transmission with low latency, while using secure dedicated BAS spectrum keeps control in…

Special Edition: Super Bowl LI—Technology Insight: RF, Cell and Streaming Systems: Part 2

The Super Bowl isn’t just a Sunday afternoon world championship game. It’s a week-long event with massive TV coverage. Cameras and TV crews from around the globe congregated on this year’s Super Bowl city, Houston, TX, where the g…