91ÌÒÉ«

The cost of running an efficient outside broadcasting team can add up quickly. Without expert advice, you may settle for expensive yet restrictive technology with prohibitive maintenance costs.  

Our elite in-house production unit, , works on some of the world’s most recognizable events, including Formula 1, The Olympics, and The ATP World Tour.  

This article will explore their strategies to do that without breaking the bank. Here is what we will cover:  

• Balancing Quality & Cost in Outside Broadcasting: Overusing prohibitive outdoor broadcasting costs takes strategic thinking.  
• Before You Start, Perform a Comprehensive Long-Term Needs Analysis. Analyzing your needs helps you build proper infrastructure. 
• Reduce Production Size and Weight at Every Opportunity: Downsizing powerful equipment lowers cost.  
• Make Scaling & Replacing Cheaper with a Modular Design Framework: Switching to a modular framework lets you scale at will. 
• Invest in Highly Integrated Infrastructure: A natively integrated infrastructure reduces your hardware requirements.  
• Streamline & Automate Production Workflows: Leveraging automation can improve productivity and lower production costs.  
• Minimize Downtime & Unexpected Expensive Repair Costs: Data-driven maintenance prevents technical issues with your equipment.   
• Going Hyperconverged & Hyperconnected: Bleeding edge technology can help you tame runaway outdoor production costs. 

Balancing Quality & Cost in Outside Broadcasting 

Broadcasters face a series of obstacles that challenge their ability to deliver quality mobile broadcasts without breaking the bank. You’ll need to procure expensive equipment and a skilled crew, which requires considerable capital injection. You may also need to invest in a satellite or mobile network solution to ensure reliable internet connectivity.  

The cost of managing logistics and travel for your mobile crew can quickly add up. Scaling mobile coverage can prove challenging since it requires additional equipment and personnel.  

Here are some general suggestions to help you manage your outside broadcasting costs better:  

1. Consider where cloud-based solutions can minimize the need for onsite personnel and reduce travel costs. 
2. Partner with local mobile crews to reduce travel expenses while benefiting from local expertise.  
3. Embrace a hybrid (REMI) production model comprising a mix of local and remote resources. 
4. Negotiate favorable contracts with your equipment suppliers to secure better pricing.  
5. Explore sponsorship or partnership opportunities with brands that broadcast similar content.  

Before You Start, Perform a Comprehensive Long-Term Needs Analysis 

A analyzes your mobile broadcasting setup to determine how well it fits your outside needs to help you invest in the best infrastructure and maximize ROI.  

Creating a long-term technological investment roadmap is crucial to your outside broadcast success. Consider how the technology aligns with your business goals and ensure it can accommodate your growing needs and changing industry trends. Make sure not to overlook potential budgetary and resource limitations.  

Taking a data-driven approach when assessing the health and remaining working age of OB equipment is highly rewarding. You can leverage equipment data to schedule maintenance and make informed choices regarding replacement. Data-driven insights can help you invest in the best-in-class equipment tailored to your budget and broadcasting needs.  

1. Reduce Production Size, Weight, and Complexity at Every Opportunity 

Equipping your mobile production units with multifunctional, compact gear reduces the size and weight of your and OB vans and helps lower your operating costs. Smaller and lighter equipment is easier and cheaper to transport, consumes less power, and has lower cooling needs. Reducing bulk and complexity means it’s easier to set up and tear down, while multifunctional equipment simplifies inventory management.   

Hyperconverged infrastructure, such as Ultrix, is integrated video processing and routing that rolls multiple functionalities into a unified hardware platform. Hyperconverged equipment eliminates the need for bulky equipment while letting you easily reconfigure functionalities.  

Leveraging Remote Integrated Production (REMI) Workflows  

REMI workflows focus on signal acquisition and leveraging signal transport networks to offload local production tasks from the OB Van while allowing teams to share data and information remotely. This can help reduce the need to transport bulky broadcasting equipment and even downsize OB Vans.  

1. REMI workflows reduce the personnel requirements on the OB Van, reducing the space required.  
2. REMI workflows require less complex equipment local to the venue, reducing the need and capacity required to transport this equipment. 
3. Multifunctional, integrated equipment with software-defined capabilities streamlines reconfiguration for various events, maximizing the benefits of REMI workflows by offering a simplified alternative to bulky, rigid systems based on single-function hardware components. That maintains flexibility and adaptability but uses a fixed, minimal amount of equipment. 

Reducing the team size needed onsite also significantly reduces unnecessary travel expenses. Automating production processes can further help to reduce the number of manual tasks requiring onsite personnel.

When you need to scale quickly, you can use local that provide specialty broadcasting equipment and support. You can access their equipment, facilities, and local expertise without the hefty transportation costs.   

2. Make Scaling and Replacing Cheaper with a Modular Design Framework 

Using a modular infrastructure and equipment when building outside broadcasting vans and video flypack systems lets you scale production without substantial upfront investment. With a modular design framework, you can start with a basic setup and gradually upgrade your system as finances allow. 

Software-defined infrastructure replaces traditional hardware with software-enabled functionalities, lowering production costs by reducing hardware dependency.  

3. Invest in Highly Integrated Infrastructure 

Highly integrated or natively integrated technology refers to an inherently compatible technology stack. The components interact and communicate with each other without additional hardware.  

Natively integrated technology outpaces non-native systems because it’s designed for compatibility. It eliminates compatibility issues to deliver a smooth and efficient production process. You can use this technology to streamline operations, improve workflows, and increase productivity.   

Switching to a highly integrated infrastructure helps reduce implementation and running costs. Native integration creates a seamless technological ecosystem that optimizes resource utilization, enhances efficiency, and delivers cost savings throughout its lifecycle.  

4. Streamline & Automate Production Workflows 

You don’t need to control the entire production or broadcast workflow to benefit from automation. You can automate as many processes as possible within your scope of influence and reduce your workload.   

You can leverage enterprise control systems like DashBoard and Ross Platform Manager to reduce manual work during broadcasts. These specialty tools help you consolidate and control all your production systems and equipment under a single control panel. You can build custom dashboards for specific production roles.  

Other specialty tools can automate elements of your content creation and distribution processes, handling low-effort, repetitive tasks so your team can concentrate on high-value tasks. XPression is 91ÌÒÉ«’s industry-leading graphics solution that automates the process of creating dynamic visuals and inserting them in live broadcasts.

5. Minimize Downtime & Unexpected Expensive Repair Costs 

Unexpected downtime can prove costly, leading to lost productivity and broadcasting mishaps that could damage your reputation.  

Adding a comprehensive preventive maintenance and repair plan to your roadmap for technology investment prevents unexpected repair costs and downtime — leverage equipment data to determine the best options based on lifespan and maintenance costs wherever possible. And partner with reliable vendors who offer maintenance contracts and extended warranties to minimize downtime when issues occur.