Ideas on Video Communications

About Ideas on Video Communications

Broadcast & Enterprise Media Insights with Jim Jachetta explores the technologies, workflows, and engineering behind reliable video transmission and distribution. Hosted by VidOvation CEO and industry veteran Jim Jachetta, each episode helps broadcasters, production teams, sports venues, enterprises, and IT professionals solve real-world video challenges. Through expert interviews, technical discussions, webinars, and case studies, you’ll learn about bonded cellular, private 5G, IPTV, wireless video, fiber optics, SMPTE ST 2110, remote production (REMI), live streaming, and enterprise media networking. Whether you’re designing a broadcast facility, sports venue, corporate campus, casino, or government video network, you’ll gain practical insights and best practices from more than 35 years of engineering experience.

Publisher

Jim Jachetta

Category

education · technology

Language

en

Explicit

No

First episode

8 Jul 2014

Latest episode

28 Jun 2026

Latest episodes

129 episodes in the feed.

1. 

   28 Jun 2026

   Ross XPression.cloud NAB 2026 Interview

   At NAB Show 2026, flexibility and scalable, cloud-based graphics like Ross Video XPression.cloud were central topics among broadcasters seeking to adapt to changing production demands. For decades, broadcasters built infrastructure with dedicated hardware: graphics engines, switchers, replay servers, routers, multiviewers, and processors, all installed to serve facilities for years. That model still works for some, but today’s environment increasingly demands flexibility. Sports networks cover more events. Remote production keeps expanding. Live event producers support temporary venues and seasonal shows. News organizations balance traditional sites with cloud and hybrid workflows. As a result of these dynamic demands, broadcasters are turning to technologies that can scale with changing requirements, enabling seamless workflow transitions as their needs evolve. During NAB Show 2026, VidOvation interviewed Jeff Smith, Director of Sales, US Sports and Entertainment at Ross Video, about XPression.cloud. This cloud-based graphics platform brings Ross Video's professional broadcast graphics capabilities into an AWS-hosted environment. The solution gives broadcasters another option for deploying graphics resources, rather than relying solely on dedicated on-premises hardware. This conversation echoed a larger industry trend: broadcasters are turning to cloud infrastructure for greater flexibility, better support of temporary productions, and alignment of technology with operational needs. Schedule Your Consultation Now When Graphics Demand Doesn't Match Hardware Ownership Broadcast graphics have become one of the most visible and essential components of modern live production. Whether it’s a sports broadcast, collegiate event, esports competition, election coverage, or live show, graphics deliver information that tells the story. Scoreboards, player stats, lower thirds, sponsorships, branding, social elements, and data visualizations all depend on reliable graphics systems. Historically, broadcasters delivered those graphics using dedicated graphics engines installed within their facilities. This approach serves operations with consistent production needs year-round. Fluctuating production demand introduces challenges. A regional sports network may need significantly more graphics resources during playoff season than during regular season coverage. A production company may require additional capacity for a championship event, a tournament, or a large-scale live production that occurs only once or twice each year. A venue operator may host dozens of major events in one season and far fewer in another. In each scenario, organizations often face the same question: How much permanent infrastructure should be purchased to support temporary demand? As production schedules grow more complex and organizations seek more operational flexibility, this issue becomes increasingly common. Bringing a Proven Graphics Platform Into the Cloud Ross Video addresses this challenge with XPression.cloud. The platform uses Ross Video's XPression graphics system and delivers it through a cloud-hosted deployment on Amazon Web Services. For broadcasters already familiar with XPression, the concept stays straightforward. The professional graphics capabilities remain the same; only the infrastructure’s location and consumption model change. Organizations now deploy graphics in the cloud rather than installing on-premises engines and accessing them as needed. This approach offers an alternative to purchasing dedicated hardware sized for peak demand. Cloud deployment lets organizations provision graphics resources on demand and release them when production ends. Organizations that support temporary events, seasonal productions, remote workflows, or rapidly changing schedules can particularly benefit from this flexibility. A Better Fit for Seasonal and Event-Based Production One of the strongest use cases for cloud graphics involves what many production teams refer to as burst capacity. Not every production operation requires the same amount of graphics horsepower every day of the year. Consider a sports broadcaster preparing for playoff coverage. Graphics needs for regular-season games often differ markedly from those for conference championships, postseason tournaments, or major national events. Graphics packages become more advanced. Extra feeds may need support. Production schedules are more demanding. In the past, teams often purchased infrastructure sized for maximum utilization to support peak periods, even though much of the capacity remained underused for most of the year. Cloud-based graphics now provide an alternative. Production teams increase graphics resources when demand spikes and reduce resources when events conclude. The same concept applies across many sectors of the media industry. Large esports events may require temporary production setups. Corporate productions may need expanded graphics capabilities for annual conferences or shareholder meetings. Entertainment productions may need special infrastructure for short-term events. In each case, cloud-hosted graphics let organizations better match resources to actual production schedules. Supporting the Continued Growth of Remote Production Remote production has fundamentally changed how many broadcasters plan their infrastructure. As REMI workflows continue to mature, production resources no longer stay on-site. Cameras, contribution feeds, graphics, switching, replay, and production personnel operate from multiple locations. That shift pushes broadcasters to seek technologies their teams can deploy wherever needed. Cloud-based graphics fit neatly into this model. Rather than being tied to a specific facility, graphics resources can become part of a broader distributed production architecture. This flexibility helps organizations cover many events across venues. As remote production expands across sports, news, live events, and corporate broadcasting, production teams are making cloud-based tools an increasingly important part of the conversation. More Than a Graphics Product Notably, Ross Video does not position XPression.cloud as a standalone product. XPression.cloud fits into a broader vision for software-driven, cloud-enabled workflows. The broadcast industry is moving toward environments where production teams choose the deployment model that best fits their workflows. Some functions may remain on-premises. Others may move into the cloud. Many organizations will likely adopt hybrid architectures that combine both approaches. Graphics are one component of that larger ecosystem. Switching, monitoring, contribution, replay, content management, and other production functions are undergoing similar evaluations as broadcasters explore how software and cloud infrastructure can complement traditional hardware deployments. Ross Video's broader cloud initiatives, including products such as Carbonite Code, demonstrate how the company is extending familiar production tools into software-based deployment models. The real opportunity is building production environments that adapt as needs evolve. Real-World Workflows Where XPression.cloud Fits It is important to note that cloud graphics are unlikely to replace every traditional deployment. Many facilities will still use dedicated hardware for years to come. Cloud deployment provides additional flexibility. Several workflows stand out as particularly strong candidates. Sports production remains one of the most obvious applications. Seasonal demand, temporary events, tournament coverage, and remote production all benefit from scalable infrastructure. Live event production presents similar opportunities. Concerts, conventions, esports tournaments, festivals, and corporate events often require infrastructure that exists only for the duration of the event itself. Regional broadcasters and production companies can use cloud graphics to supplement existing infrastructure during peak demand periods. Organizations exploring hybrid production models can also use cloud-based graphics to test new workflows without making major hardware investments upfront. The common thread across these environments is flexibility. Production teams gain another tool they can deploy where and when it makes the most operational sense. Helping Broadcasters Build for an Increasingly Flexible Future The move toward cloud production is not about replacing traditional broadcast infrastructure overnight.Instead, it reflects a growing recognition that modern production environments require options. Broadcasters are supporting more content, distribution platforms, events, and production models than ever before. The infrastructure supporting those workflows must become equally adaptable. Ross Video's XPression.cloud reflects that reality. By moving graphics to the cloud, Ross offers broadcasters new options for graphics deployment, resource use, and scalability. For organizations navigating the transition toward remote production, hybrid infrastructure, and cloud-enabled workflows, solutions like XPression.cloud provide another building block for designing production environments that align with the operational realities of today's media landscape. As the industry continues to evolve, one thing is becoming increasingly clear: flexibility is no longer simply a competitive advantage. It is becoming a core requirement for modern broadcast operations. Get in Touch with Us

2. 

   28 Jun 2026

   NAB 2026 Interview with Abe Abt from AJA

   The broadcast industry has spent the last decade navigating one of the most significant infrastructure shifts since the move from analog to digital video. Today, broadcasters, sports networks, production companies, and media organizations are increasingly embracing SMPTE ST 2110, IP transport, cloud workflows, remote production, and software-defined infrastructure. IP workflows offer flexibility, scalability, resource sharing, and remote production options. But this transition creates challenges: engineers must now manage network infrastructure, timing, redundancy, protocol conversion, and monitoring in ways traditional SDI never required. At NAB Show 2026, VidOvation spoke with Abe Abt, Senior Product Consultant at AJA Video Systems, about several new solutions designed to help broadcasters bridge traditional video workflows with modern IP infrastructures. The conversation highlighted three distinct products addressing different aspects of the industry's migration to IP: the new Bridge Live IP streaming platform, which focuses on IP-based streaming and format translation; the enhanced IP25-R SMPTE ST 2110 converter, which enables bidirectional conversion and monitoring between SDI/HDMI and ST 2110; and the OG-GEN10 openGear synchronization solution, which delivers timing and genlock capabilities within the openGear ecosystem. Together, these products reflect AJA's longstanding philosophy of making complex technology easier to deploy, operate, and troubleshoot. Why Broadcasters Need Practical IP Migration Tools The move toward IP video infrastructure is rarely a complete replacement project. Most facilities operate hybrid environments that combine SDI equipment, IP production systems, cloud workflows, streaming platforms, and legacy infrastructure. Production teams may need to: Connect SDI equipment to ST 2110 networks. Deliver low-latency contribution feeds between facilities. Create proxy streams for editors. Support cloud production workflows. Monitor IP sources on traditional displays. Transport video across public internet connections Maintain timing and synchronization across diverse infrastructures. This hybrid reality creates a pressing need for technology that seamlessly bridges formats, protocols, and workflows—empowering forward-thinking broadcasters to stay ahead of evolving demands. That vital requirement is at the heart of AJA's Bridge product family, purpose-built to keep broadcasters competitive in a rapidly changing landscape. Bridge Live IP Extends the Bridge Family into Native SMPTE ST 2110 Workflows AJA's Bridge product line was created to connect different video ecosystems, with each model tailored for specific workflow integration points, such as IP streaming or SDI-to-IP conversion. Previous products such as Bridge NDI 3G, Bridge Live 3G8, and Bridge Live 12G4 focused on converting and transporting signals between SDI and various IP-based formats. Those platforms helped organizations integrate NDI, streaming, contribution, and cloud workflows into existing broadcast environments. The new Bridge Live IP specifically expands this capability by directly supporting SMPTE ST 2110 environments, differentiating it from prior Bridge models, which focused on SDI-based IP conversions. Unlike earlier Bridge Live systems that use SDI interfaces, Bridge Live IP is designed for native IP connectivity. This platform offers dual 25 Gigabit Ethernet interfaces supporting SMPTE ST 2110 workflows and SMPTE ST 2022-7 seamless protection switching for network redundancy, setting it apart from legacy Bridge models. Bridge Live IP ingests uncompressed ST 2110 streams and converts them for contribution, monitoring, cloud, remote editing, and distribution. As facilities increasingly adopt ST 2110 as their internal production standard, there remains a need to efficiently move content beyond the local production network. Uncompressed video is ideal for production switching and facility transport, but many workflows require more bandwidth-efficient formats. Bridge Live IP serves as a dedicated translation layer specifically for converting ST 2110 video, audio, and metadata to formats suitable for varied production and distribution workflows, distinguishing its functional role within the Bridge family. Connecting ST 2110 Workflows to Real-World Distribution Requirements One of the key challenges facing broadcasters today is that not every workflow benefits from uncompressed video transport. A production facility may use ST 2110 internally while simultaneously supporting: Remote production Cloud production Remote editing Confidence monitoring Multi-site operations Disaster recovery workflows OTT distribution Internet contribution Bridge Live IP is designed to enable organizations to convert ST 2110 streams into formats optimized for remote, cloud, or distributed environments, clearly differentiating it from multi-interface general-purpose devices. The platform supports encoding, decoding, transcoding, and transport with industry standards such as: SRT HLS NDI JPEG XS JPEG 2000 MPEG transport workflows Streaming delivery formats This flexibility allows engineers to build workflows around operational requirements rather than forcing every application to use a single transport protocol. The result is a platform that unifies multiple video ecosystems within a single workflow architecture. Accelerating Software Innovation Through Comprimato Integration Another significant announcement discussed during the interview was AJA's acquisition of Comprimato, the software company behind much of the advanced encoding and transcoding technology used throughout the Bridge family. The acquisition marks AJA's first corporate acquisition and reflects the growing importance of software-defined infrastructure within modern broadcast environments. With video workflows shifting to software, owning the core stack lets AJA control development, optimization, and future features. For users, this guarantees that AJA is committed to rapidly advancing Bridge Live products and accelerating innovation across tomorrow’s IP and cloud-based workflows, ensuring you are always equipped with industry-leading solutions. The move strengthens AJA's position in areas such as: IP transport Media processing JPEG XS workflows JPEG 2000 workflows Cloud production Remote contribution Streaming infrastructure IP25-R Makes SMPTE ST 2110 Easier to Deploy and Monitor While Bridge Live IP focuses on media transport and conversion, the IP25-R addresses another important challenge: helping engineers work more effectively with SMPTE ST 2110 infrastructure. Initially introduced as a receiver platform, the IP25-R specializes in converting SMPTE ST 2110 signals into SDI and HDMI outputs, ensuring effective monitoring and integration with traditional displays—setting it apart from streaming and transport-focused solutions like Bridge Live IP. This capability is increasingly valuable because many production facilities have extensive investments in monitors, switchers, multiviewers, and displays that lack native ST 2110 interfaces. The IP25-R is a crucial catalyst, effortlessly integrating ST 2110 signals into existing environments and empowering production teams to unlock the full potential of their legacy investments. The system supports: SMPTE ST 2110 reception 12G-SDI output HDMI monitoring Dual 25 Gigabit network interfaces ST 2022-7 redundancy Out-of-band management and control Broadcasters can deploy the unit behind monitors, inside equipment racks, at production positions, or throughout facilities where visibility into IP sources is required. NAB 2026 Firmware Enhancements Expand the IP25-R Beyond Monitoring One of AJA's most significant NAB 2026 announcements was a major firmware update that transforms the IP25-R into a bidirectional workflow tool. With the update, users can switch the platform between receive and transmit modes. In receive mode, the system functions as originally designed, converting ST 2110 signals into SDI and HDMI outputs. In transmit mode, the platform accepts SDI inputs and converts them into SMPTE ST 2110 streams. This breakthrough dramatically expands deployment flexibility, enabling organizations to confidently adapt and excel as technology evolves. Organizations can now use the same hardware platform to: Introduce SDI sources into ST 2110 networks. Monitor IP sources Support hybrid SDI/IP facilities. Simplify migration projects Reduce equipment inventory For forward-thinking facilities migrating to IP, this powerful flexibility enables engineers to incrementally and strategically adopt ST 2110, while maximizing the value of current technology investments and positioning teams for future success. Built-In Troubleshooting Tools Reduce the Learning Curve of ST 2110 A key benefit of the IP25-R is simplified configuration and troubleshooting. Engineers entering the ST 2110 world often encounter technologies and concepts that differ significantly from traditional broadcast workflows, including: SDP files Multicast networking Packet analysis Network diagnostics Timing configuration AJA addresses many of these challenges through automation and integrated diagnostics. The platform automatically ingests SDP files and configures itself accordingly, reducing the amount of manual setup required. At the same time, engineers retain the ability to modify settings when customization is necessary. The IP25-R features integrated packet capture. Users can export PCAP files for network analysis with tools like Wireshark. This integrated approach provides engineers with indispensable visibility into network behavior, reducing troubleshooting time and giving you greater control. For engineers troubleshooting ST 2110 environments, having packet capture integrated directly into the workflow can significantly accelerate problem resolution. Integrated ST 2110 Test Signal Generation ...

3. 

   28 Jun 2026

   Bolin Interview with Sapan Doshi at NAB 2026

   At NAB Show 2026, broadcasters, live event producers, sports production teams, houses of worship, corporate AV departments, and rental providers continued to face a familiar challenge. They must deploy professional camera systems across ever-changing environments without maintaining separate equipment inventories for indoor and outdoor productions. As workflows become more mobile, organizations want greater operational flexibility. The demand for adaptable camera systems that support modern IP workflows continues to grow. During NAB Show 2026, VidOvation spoke with Sapan Doshi, Chief Product and Revenue Officer at Bolin Technology, about two products designed specifically to address these challenges: the new RANGE All-Weather 4K60 PTZ Camera and the KBD Plus Advanced Production PTZ Controller. Together, these solutions demonstrate Bolin’s focus on simplifying camera deployment, reducing equipment complexity, and supporting the growing convergence of traditional broadcast infrastructure and AV-over-IP workflows. For organizations that operate across studios, stadiums, auditoriums, houses of worship, convention centers, corporate campuses, and outdoor venues, the combination of the RANGE PTZ camera and KBD Plus controller provides a practical approach to achieving professional production quality while maintaining operational flexibility. One Camera for Indoor and Outdoor Production Environments One of the most common challenges facing production teams today is equipment specialization. Many organizations maintain separate camera inventories for indoor productions and outdoor deployments because traditional PTZ cameras are often optimized for one environment or the other. Rental companies, production service providers, sports organizations, and corporate production teams often use the same equipment in a controlled indoor environment one week and in a stadium, festival, sporting venue, or outdoor event the next. This often leads to extra equipment costs, increased logistics, and more complicated deployment planning. Bolin Technology developed the RANGE PTZ Camera to address this challenge directly. The RANGE camera combines the look and features of an indoor PTZ (pan-tilt-zoom) camera with an IP65-rated design, making it dust- and water-resistant. This design allows the camera to withstand rain, snow, wind, heat, and other challenging conditions. Organizations can deploy a single camera platform for many production scenarios, rather than maintaining separate indoor and outdoor camera systems. For rental providers, this flexibility can simplify inventory management and improve equipment use. For broadcasters and live event producers, it enables more flexible deployment without extensive planning around environmental limits. For corporate, educational, and worship facilities, it allows both permanent installations and outdoor events using the same camera. The result is a camera system designed to move wherever production requirements demand, allowing teams to focus on content creation rather than equipment limitations. Designed for Dynamic Production Workflows Modern production environments increasingly require equipment that can adapt to changing operational requirements. A camera may be mounted in a lecture hall one week, deployed in a sports venue the next, and installed at an outdoor event shortly afterward. Bolin designed the RANGE PTZ camera for this versatility. Its compact form allows it to blend naturally into indoor environments. At the same time, it maintains the durability needed for outdoor use. This flexibility is valuable for organizations supporting multiple venues or often changing production locations. The camera also offers features that extend beyond traditional PTZ functionality. One standout capability: its roll axis allows the camera to rotate up to 270 degrees. By combining a rotating image block with advanced motor control, the system provides stabilization similar to a gimbal. This capability can be particularly useful when cameras must be mounted at unconventional angles or in locations where traditional mounting approaches are impractical. Production teams gain additional flexibility in camera placement while maintaining proper image orientation and stability. For sports venues, concert productions, reality programming, corporate events, and houses of worship, this expanded mounting flexibility opens new possibilities for camera positioning and creative shot acquisition. Professional Image Quality for Modern Production Requirements As production standards evolve toward higher resolutions and image quality, camera systems must support both traditional broadcast infrastructure and emerging IP-based workflows. The RANGE camera has a 4K60 imaging platform for many live production applications. High-frame-rate 4K lets operators capture detailed imagery. It works for broadcast, streaming, venue production, and content creation workflows. The camera supports professional image capture while staying flexible for multi-purpose use. It is suitable for sports, entertainment, corporate communications, educational content, worship, government, and live events. Organizations seeking to standardize camera systems across departments or production types benefit from adopting a single camera platform. This approach greatly simplifies operational planning. Simplifying Camera Control with the KBD Plus As PTZ camera deployments continue to expand, managing multiple cameras efficiently becomes increasingly important. Traditional PTZ controllers require operators to switch between monitoring systems, multiviewers, and control surfaces. This practice creates workflow complexity, especially in smaller production environments where a single operator handles multiple tasks. Bolin Technology developed the KBD Plus Advanced Production PTZ Controller to streamline these workflows. At its core, the KBD Plus combines camera control, monitoring, and production functionality in a single device. The controller decodes and displays up to 4 IP (Internet Protocol) video sources simultaneously, letting operators monitor multiple network-connected cameras directly from the controller. Users can select between single-camera monitoring and multiview displays, gaining immediate visibility into all active camera feeds without requiring separate monitoring hardware. This integrated approach helps reduce equipment requirements and simplify camera operations for productions of all sizes. For smaller productions, educational facilities, houses of worship, corporate studios, and mobile systems, consolidating multiple functions into a single device improves efficiency and simplifies setup. A Redesigned Joystick for Precision Camera Operation Camera operators understand that PTZ performance depends heavily on the quality of the control interface. The KBD Plus introduces a redesigned joystick for smoother, more precise camera operation. Rather than using traditional PTZ joystick designs, Bolin reengineered the control mechanism to improve responsiveness, reliability, and operational precision. For productions involving live sports, worship services, corporate presentations, educational events, concerts, or broadcast programming, precise camera movement remains essential for maintaining professional production quality. The joystick offers direct control of the RANGE camera’s roll axis. Operators activate and manage image rotation directly from the controller, gaining greater flexibility when working with unconventional camera mounting positions. This tight integration between camera and controller helps streamline operation while providing access to advanced camera capabilities through a familiar control interface. Integrated Monitoring and Production Flexibility One of the more interesting aspects of the KBD Plus is its ability to serve as more than a traditional PTZ controller. The unit includes HDMI and USB outputs, allowing users to output individual feeds or multiview displays simultaneously for monitoring, recording, streaming, and production. In some production environments, this functionality allows the KBD Plus to act as a lightweight production tool in addition to its camera control responsibilities. For flypacks, mobile systems, educational facilities, conference rooms, houses of worship, and small productions, this reduces the need for extra monitoring equipment and improves efficiency. As production teams continue seeking ways to accomplish more with fewer devices, integrated functionality such as this becomes increasingly valuable. Supporting Both Traditional Broadcast and AV-Over-IP Workflows One of the recurring themes across NAB Show 2026 was the ongoing transition toward IP-based production and distribution workflows. While AV-over-IP (audio-visual over Internet Protocol) technologies continue to gain momentum, traditional baseband video infrastructure remains widely deployed across the broadcast and production industry. Many organizations operate hybrid environments where SDI (Serial Digital Interface) and IP workflows must coexist. Bolin has taken a workflow-focused approach to this reality. The company continues supporting traditional broadcast connectivity while simultaneously providing extensive AV-over-IP capabilities. Depending on the model, Bolin cameras support SDI, HDMI, optical SDI, USB, and USB-C connectivity, as well as a comprehensive range of IP streaming protocols. This flexibility allows organizations to integrate Bolin cameras into existing infrastructure while preparing for future workflow evolution. Rather than forcing customers into a single technology path, Bolin enables users to choose the workflow that best fits their operational requirements. Multi-Protocol Streaming for Modern Media Workflows The continued growth of remote production, cloud workflows, venue production, and streaming distribution has increased demand for flexib

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YouTube views

443,294

Score snapshot 15 Sept 2025

Apple Podcasts (US)

5.0 / 5

1 ratings

Spotify

5.0 / 5

1 ratings

Podcast Authority Score: 45 / 100

A composite of feed quality, social presence, YouTube performance and engagement. Read the methodology.

Quality

43

Social presence

0

YouTube

86

Engagement

30

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