Mastering Remote Production: Teradek and RaceOn Reveal the Blueprint for Unfailing Live Broadcasts from the Field
By Matthew Allard ACS
Published in partnership with Newsshooter
Main Facts: Redefining Remote Live Sports Broadcasting
In an era where audiences demand high-definition, multi-camera live sports coverage from virtually anywhere on earth, traditional broadcasting methods are increasingly showing their age. The logistical and financial hurdles of deploying traditional satellite trucks or running dedicated fiber cables to remote, off-the-grid locations have long acted as a barrier to entry for smaller sports leagues and regional production companies.
Addressing this industry-wide pain point head-on, video technology pioneer Teradek has officially released a comprehensive on-demand webinar titled "How to Stream from Anywhere without Failure."
Produced in collaboration with motorsports streaming leader RaceOn, the masterclass provides an unprecedented, behind-the-scenes look at how modern engineering allows production crews to deliver reliable, professional-grade, multi-camera race coverage from some of the most challenging, geographically isolated environments imaginable.
At the heart of this operational shift is the synergy between Teradek Prism hardware and Teradek Core cloud management software. By leveraging advanced bonded cellular technology, satellite internet integration (such as Starlink), and cloud-based vision mixing platforms like vMix, RaceOn has successfully dismantled the paradigm that high-end live broadcasting requires massive on-site infrastructure.
Instead of deploying dozens of technicians and heavy production vehicles, RaceOn relies on a streamlined, agile workflow that fits into the back of a standard production van. The newly launched webinar breaks down these exact methodologies, offering broadcast engineers, videographers, and live-event producers a masterclass in failure-proof field streaming.
Chronology: The Evolution of RaceOn’s Remote Workflow
To understand how RaceOn achieved its current standard of seamless remote broadcasting, it is helpful to examine the chronological progression of field production techniques—and the operational roadblocks that forced companies to innovate beyond traditional broadcasting models.
Phase 1: The Era of Traditional Infrastructure
Historically, broadcasting live motorsports from remote tracks meant relying on massive capital investments. Production companies had to coordinate with telecommunications providers for expensive dedicated fiber-optic lines or rent satellite uplink trucks (SNGs). These methods came with staggering operational costs, strict geographical limitations, and lengthy setup times. If a dirt track in rural America lacked infrastructure, broadcasting live was often financially and technically impossible.
Phase 2: The Advent of Single-Connection IP Streaming
As cellular networks expanded with the advent of 4G LTE, the broadcasting world shifted toward IP-based encoders. While this reduced the reliance on satellite trucks, single-connection cellular streaming proved notoriously unreliable. Broadcasters frequently faced dropped frames, unpredictable latency, and total signal loss when shooting in crowded venues or remote areas with fluctuating cell tower coverage.
Phase 3: The Multi-Path Bonding Revolution
Recognizing that single networks could never guarantee 100% uptime, technology leaders like Teradek developed network bonding algorithms. By aggregating multiple internet connections—combining cellular carriers, terrestrial ethernet, and eventually satellite systems like Starlink—into a single, resilient data pipe, broadcasters could finally maintain stable streams in adverse conditions.
Phase 4: Cloud Integration and Minimalist On-Site Footprints
In the modern iteration of RaceOn’s workflow—as detailed in the new Teradek webinar—the physical production switcher has been largely replaced by cloud-based processing. By ingesting bonded camera feeds directly into cloud environments using Teradek Core and mixing them via software solutions like vMix, RaceOn reduced its physical footprint to a bare minimum. Cameras capture the action in the field, hardware encoders bond and transmit the signals to the cloud, and directors switch the live show from remote control rooms, marking a monumental leap in production efficiency.
Supporting Data: Technology, Tools, and Tough Terrain
The efficacy of Teradek and RaceOn’s methodology is best proven by looking at the hard data, hardware specifications, and the demanding real-world environments where these systems are deployed.
Testing Grounds: Chattam, Louisiana, and Quincy, Illinois
During the webinar, RaceOn Production Director Tony Feders highlights specific case studies from notoriously difficult broadcast locations, including rural tracks in Chattam, Louisiana, and Quincy, Illinois. These venues present severe networking challenges due to sparse local cell infrastructure, high network congestion during peak event hours, and undulating terrain that blocks direct line-of-sight to cell towers.
In these environments, traditional single-SIM encoders fail almost immediately. However, by deploying Teradek Prism encoders, RaceOn’s technical crew successfully managed buffer settings and network priorities in real-time, preventing catastrophic stream collapses even when individual cellular networks dropped offline entirely.
The Hardware Arsenal: Teradek Prism and Core
The technical backbone of RaceOn’s field operation relies on specific gear designed for extreme conditions:
- Teradek Prism Encoders: These advanced HEVC/AVC encoders are engineered for zero-delay, high-fidelity video transport. Prism devices allow RaceOn to bond multiple network sources simultaneously—including carrier cellular SIMs, Starlink satellite dishes, and local wired ethernet connections. This multi-path redundancy ensures that if one network degrades, the data automatically reroutes through the remaining healthy connections without interrupting the viewer’s experience.
- Teradek Core Cloud Platform: Acting as the central nervous system of the workflow, Teradek Core ingests the multiple streams coming from the field. It provides engineers with a centralized dashboard to monitor critical metrics, including signal quality, end-to-end latency, and individual modem performance.
- Quality of Service (QoS) Dashboard: A vital feature highlighted in the webinar, the QoS dashboard gives technicians granular visibility into network health. Operators can instantly see which modems are dropping packets, allowing them to adjust bitrates, tweak buffer parameters, or reallocate network priorities dynamically on the fly.
Cloud-Based Vision Mixing with vMix
By leveraging Teradek Core to route feeds directly into cloud-based production environments like vMix, RaceOn eliminates the need for expensive, heavy hardware switchers on-site. Multiple camera angles captured at the racetrack are encoded, bonded, transmitted to the cloud, and synchronized seamlessly, allowing technical directors miles away from the track to switch angles, roll graphics, and output a broadcast-ready program feed with minimal latency.
Official Responses: Insights from Production Leadership
The core philosophy driving the Teradek and RaceOn partnership centers on accessibility, reliability, and the democratization of professional sports broadcasting.
In the newly released webinar, Tony Feders, Production Director at RaceOn, pulls back the curtain on the operational realities of modern remote broadcasting. Feders addresses the elephant in the room for regional sports producers: how to achieve broadcast-grade reliability without leaning on multi-million-dollar traditional infrastructure.
"When you are broadcasting from remote tracks where the local cell infrastructure is stretched to its absolute limit, failure is not an option for your viewing audience," Feders explains during the session. "By moving away from traditional satellite trucks and fiber runs, we’ve unlocked the ability to go live from anywhere. But doing that successfully requires disciplined workflow management—knowing how to configure your buffer settings, understanding network priorities, and relying on hardware and cloud tools that can intelligently manage bonded pathways when things get tough."
Industry analysts point out that Feders’ insights reflect a broader industry trend. Broadcasters across all genres—from news gathering and corporate events to regional motorsports and esports—are aggressively shifting away from heavy capital expenditures (CapEx) in favor of agile, software-defined operational expenditures (OpEx) enabled by cloud infrastructure.
Implications: What This Means for the Future of Broadcasting
The release of Teradek’s How to Stream from Anywhere without Failure webinar and the continued refinement of RaceOn’s field workflow carry profound implications for the media and entertainment landscape.
1. Democratization of Niche and Regional Sports
For decades, fans of regional sports—such as local dirt track racing, high school athletics, and minor league events—suffered from a lack of broadcast coverage simply because the production economics did not pencil out. The combination of Teradek Prism hardware and cloud-based routing dramatically lowers the financial barrier to entry. Production companies can now cover events that were previously deemed "too remote" or "too unprofitable," opening up new revenue streams through subscription streaming platforms and localized sponsorships.
2. Redefining Disaster Recovery and Backup Workflows
Even for major network broadcasters who still utilize traditional satellite trucks and fiber for flagship events, bonded cellular and cloud-based workflows are increasingly being adopted as primary fail-safes. If a fiber line is cut or a satellite uplink is blocked by severe weather, having a Teradek-powered bonded cellular backup ensures that the broadcast never goes dark. The lessons shared by RaceOn regarding buffer management and network priority adjustments serve as a valuable blueprint for enterprise-grade disaster recovery.
3. The Shrinking On-Site Footprint
The logistics of live event production are undergoing a permanent downscaling. By shifting vision mixing, graphics insertion, and stream management to the cloud, the physical crew required on-site shrinks dramatically. This reduces travel costs, accommodation expenses, and carbon footprints, aligning the broadcast industry with broader corporate sustainability goals while simultaneously improving crew safety and work-life balance.
4. Continuous Evolution of Edge Computing
As 5G networks mature and satellite constellations like Starlink expand their global bandwidth capabilities, the synergy between local edge encoding (via devices like the Teradek Prism) and cloud management (via Teradek Core) will only grow stronger. The workflows demonstrated by RaceOn today represent the baseline standard for what consumers will expect from live video tomorrow.
Conclusion
Teradek’s on-demand webinar, How to Stream from Anywhere without Failure, is more than just a product showcase; it is a masterclass in modern broadcast engineering. By bridging the gap between rugged field hardware and flexible cloud software, Teradek and RaceOn have proven that geographic isolation is no longer a valid excuse for dropped signals or poor production quality.
For broadcasters, videographers, and technical directors looking to future-proof their live-streaming operations, diving into the strategies outlined by Tony Feders and the Teradek team is an essential step toward achieving true broadcast-grade reliability—no matter how far off the grid the assignment takes them.
About the Author
Matthew Allard ACS is a multi-award-winning, ACS-accredited freelance Director of Photography with over 36 years of experience working in more than 50 countries. He serves as the Editor of Newsshooter.com and has amassed 51 Australian Cinematographers Society Awards, including six prestigious Golden Tripods.
