Dejero Transforms KNSD-TV And KUAN-LD’s Mobile Broadcast Truck Into Mobile TV Station

Dejero GateWay, PathWay, WayPoint and CellSat combine to deliver unparalleled one-stop shop connectivity for new KNSD-TV and KUAN-LD mobile broadcast truck

Dejero has made it possible for broadcasters NBC San Diego, KNSD-TV and KUAN-LD, to turn its new mobile broadcast truck into a self-contained, end-to-end mobile TV studio. The equipment on board the truck — including the Dejero GateWay M6E6 network aggregation device, PathWay E encoder, and a WayPoint 104 receiver — gives KNSD-TV and KUAN-LD the bandwidth to work fully independently in the field, processing, editing and distributing live raw video without reliance on teams and equipment located back at the broadcast facility. The truck, which was built by Emmy award-winning truck builder and mobile integrator, Accelerated Media Technologies, (AMT), is able to act as a backup station in case the main broadcast facility needs to be evacuated, a scenario that could have happened during the recent COVID-19 pandemic.

“We are thrilled with our new truck and are particularly impressed with the power and flexibility of the Dejero equipment, in particular the GateWay network aggregation device,” said Mike Fouch, manager of technology at NBCUniversal Media, KNSD-TV. “In the past we would have used an encoder/transmitter to access cellular networks or traditional microwave/satellite to get a signal in, but with the Dejero GateWay we can transport video as well as have general-purpose connectivity so we can access all of our in-house systems remotely through private networks, the public internet and the cloud. So now, the field team can be autonomous and rely less on those back at the station to manage content.”

KNSD-TV approached the team at AMT for the provision of what they termed a ‘Swiss Army Knife Truck’ — in essence, a vehicle that was able to both switch a newscast out of the truck in the event the studio facility was inaccessible, and to receive multiple channels of cellular video data direct to the truck. The big challenge lay in getting significant return bandwidth to the truck by allowing the team to receive field assets and to relay them via cellular or satellite networks without having to have another high bandwidth service plan.

The backbone to Dejero’s solutions is its patented Smart Blending Technology which simultaneously aggregates diverse wired and wireless IP connections from multiple sources to form a virtual ‘network of networks’, enhancing the reliability of connection paths, expanding coverage and delivering greater bandwidth.

“Dejero is in a league of its own when it comes to critical connectivity in mobile and nomadic scenarios,” said Tom Jennings, president at AMT. “Having tested the system personally, in the rural hills of Montana where cell frequencies can barely be counted on to make a normal phone call, I experienced data rates upwards of 30 Mbps constantly and without linking to a satellite.” Jennings added, “Overall, Smart Blending Technology has helped transform the once behemoth DSNG truck into a highly manoeuvrable, cost effective platform that requires less formal training to operate. It has expanded the reach and quality of news trucks on the road.”

By continuously measuring each connection in real-time, GateWay dynamically distributes packets across the available multiple connections, leveraging the combined bandwidth potential of all of them, to achieve up to 100 Mbps upload and 250 Mbps download speeds.

The availability of Smart Blending Technology has created an unprecedented high capacity, bidirectional data pipe inside the truck, delivering spectacular throughput for any type of IP data. The Dejero GateWay delivers critical connectivity to the truck and provides KNSD-TV and KUAN-LD with reliable access to the Internet, cloud applications such as Latakoo for ENG video and AWS WorkSpaces for accessing content at the station, as well as private networks from the mobile field locations of KNSD-TV and KUAN-LD’s remote workforce.

The truck uses the Dejero CellSat connectivity service, intelligently blending cellular connectivity from multiple mobile network providers with Ku-band IP satellite connectivity from Intelsat when needed — reliably delivering the bandwidth to transmit broadcast-quality video in real time in all scenarios. The Dejero PathWay E is an adaptive bitrate encoder in a 1U short-depth rack-mount form-factor, ideal for installation in vehicles where space is at a premium. Finally, the Dejero WayPoint 104 receiver reconstructs video transported over multiple IP connections from Dejero transmitters, decodes HEVC or AVC, and outputs it to KNSD-TV or KUAN-LD’s desired workflow — SDI or MPEG-TS.

You might also like...

ATSC 3.0: Right Place, Right Time

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.

The World Of OTT: Part 10 - Optimizing Encoding & Contribution For Live OTT

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 World Of OTT: Part 9 - Internet Exchanges & The Growth Of OTT

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 b…

The Sponsors Perspective: Emerald - Moving The KVM Story Forward

KVM (keyboard, video, mouse) switching and KVM extension provide access to critical IT assets. They might be deployed to give desktop users access to multiple computers from a single console, keyboard, and mouse, or implemented by facilities to enable distribution…

Latency Remains Thorn In Side Of Live Sports Remote Production

After years of trial and error designed to reduce operating cost and (more recently) keep crews safely distanced, remote production has found its niche in live production and will remain the de facto method for producing events over a distributed…