Fred Willard’s Post

The broadcast industry is evolving at a rapid pace. What emerging technology do you think will have the biggest impact on live production in the next five years? Share your predictions below! #BroadcastTech #IndustryEvolution #FutureOfBroadcasting #KwokmanProductions https://lnkd.in/eUdMZ4Ft

How to streamline live content production for various media by making it easy for content creators?⤵

Behind the Scenes: Unraveling 5G's Game-Changing Influence on Media Production Costs Think about it: How we experience live events is undergoing a massive shift, and 5G is the driving force behind this revolution. But, its influence reaches way beyond just changing the way we consume live content. Let's take a step behind the camera. 5G is poised to radically transform how these events are produced. Instead of relying on massive, expensive on-site infrastructure, the integration of 5G technology means we can significantly slim down the equipment needed. Here's where it gets interesting: 5G could potentially cut production costs by a staggering 90%. Sounds too good to be true? Well, it isn't. Imagine being able to produce high-quality live coverage at almost a tenth of the current cost. This doesn't just make live coverage more accessible, but also creates a sustainable model in an industry where escalating costs are a significant concern. We are on the cusp of a broadcasting revolution, and 5G is leading the charge, promising to make live coverage both affordable and sustainable. What are your thoughts on this? How do you see 5G reshaping the broadcasting arena? Let's get the conversation going. Dive in, share your thoughts, and let's discuss the future of media production in the wake of 5G. #5GCostEfficiency #BroadcastProduction #MediaTech"

Broadcasters Get Wired: Cutting the Cord for a Streamlined Future The world of broadcasting is undergoing an exciting transformation! Gone are tangled cables and frustrating reliance on slow IT services. Today's broadcast studios are embracing a #future defined by sleek efficiency and boundless creativity, all thanks to the power of IP (Internet Protocol) #networks. Imagine modern #studios buzzing with activity. Advanced cameras capture every detail, while colourful Ethernet cables, a stark contrast to the spaghetti-like mess of the past, weave a vibrant tapestry of #connectivity. This image perfectly captures the essence of this shift – a move towards #simplicity and streamlined workflows. The key to this revolution lies in high-speed IP networks. These robust systems eliminate the need for dedicated networks and offer a universal language. Think of it like a common tongue for all broadcast equipment, regardless of the manufacturer. Standards like SMPTE 2110 ensure seamless communication and collaboration, which is crucial for large-scale #productions like the Eurovision Song Contest. Coordinating vast amounts of media across borders is no longer a nightmare – IP networks ensure smooth and efficient delivery of high-quality content, in real-time! But the benefits go beyond just efficiency. IP networks are inherently scalable, meaning #broadcasters can quickly adapt their infrastructure to meet growing content demands. This opens doors to exciting new possibilities, empowering broadcasters to experiment with cutting-edge #technologies like virtual and augmented reality, creating immersive experiences that will revolutionise how we watch #television. This shift signifies a true paradigm shift. Broadcasters are no longer obligated to slow and frustrating IT services. They are taking control and leveraging the power of IP networks to streamline content creation and delivery. This is a victory for the entire media landscape, paving the way for a brighter future filled with innovation, streamlined workflows, and a happier and more empowered # industry. The future of television is #wired, and it's looking incredibly bright!

We won an Emmy! Yes, an Emmy award from the National Academy of Television Arts & Sciences for “Pioneering Technologies Enabling High Performance Communications Over Cable TV Systems." I'm technically not involved at all but if the mothership wins...we all win, right?! The last time I was involved in anything related to entertainment, it was a script I wrote in 3rd Grade for a play which was made into a school production. I'm not gonna lie, it would have made for some good TV! Anyway...about three decades ago, Broadcom set out to transform the cable TV industry through the use of digital QAM technology and significantly expand the number of TV channels available on cable TV. This foundational technology eventually led to the creation of the first 2-way high speed data protocol known as DOCSIS 1.0. Today’s multi-gigabit full-duplex DOCSIS 4.0 technology would not have existed if it was not the pioneering work done by Broadcom and our partners back in the 1990’s. (Note, that I openly plagiarized this paragraph ..please do not ask me any questions about the tech.) Thank you Tech Emmys for recognizing our innovation and collaborative work in paving the way for multi-gigabit broadband connectivity over cable systems. https://lnkd.in/gSVNDFUB Broadcom Broadcom Software

As we embark on a new year, the media tech industry gears up for groundbreaking trends. Our very own Mark Fisher, VP Marketing and Business Development at Qwilt, shares his insights in TVBEurope's latest article. 📡 The Rise of #IP: The transition to all-IP networks is gaining momentum. Companies are embracing IP-centric infrastructures, paving the way for enhanced network performance and services. 🌐 #CDN Evolution: Brace yourselves for further consolidation and innovation in the CDN industry throughout 2024. As the market changes, CDNs are to craft new strategies. Here's to an exciting year ahead, where technology takes center stage! Read all trends in the article from TVBEurope: https://bit.ly/3SaETMY

TVU Networks reports on state of the media and entertainment industry in trends report for 2023 TVU Networks analyzed usage data across thousands of users of its products from this past year to identify major trends in its yearly reporting of the industry. Among the key findings for the year: AI-driven use is being adopted more regularly and frequently, remote production applications continue to be relied upon for coverage, and 5G use for video transmission reached a milestone. In 2022, video ingest saw a significant leap as compared to the prior year based on usage metrics from AI-based TVU Search across news, entertainment and sporting events. Not only has usage continued in 2023, but the number of daily interactions associated with TVU Search by users has also increased dramatically by 1200% over the past year. TVU Search is a cloud-native application that provides live video content ingest and discovery. It features content search capabilities based on advanced AI algorithms and automation, allowing users to locate live or archival feeds or clips for immediate playout, download, or distribution. #5G #4G #AI #TV #Media #EntertainmentIndustry #Technology https://lnkd.in/e8kQcQW2

Spectrum Simplified: Navigating Mobile Frequencies The Electromagnetic Spectrum: The electromagnetic spectrum encompasses all the frequencies of electromagnetic radiation, ranging from low-frequency radio waves to high-frequency gamma rays. Mobile communication utilizes a specific portion of this spectrum, primarily the radio frequency (RF) band. Frequency Bands: The RF spectrum is divided into different frequency bands, each serving a specific purpose in the world of mobile communication. Here are some key frequency bands: 1. Low-Frequency Bands (LF and MF): These bands are primarily used for AM radio broadcasting and have relatively long wavelengths. They offer extended coverage but lower data transmission speeds. 2. High-Frequency Bands (HF and VHF): HF bands are used for shortwave radio communication, while VHF is commonly used for FM radio and television broadcasting. 3. Ultra-High Frequency (UHF) Bands: UHF bands are used for terrestrial television broadcasting and various radio services. 4. Super High Frequency (SHF) Bands: SHF bands include microwave frequencies used for satellite communication, radar, and some military applications. Mobile Communication Bands: When it comes to mobile communication, specific bands within the RF spectrum are allocated for different technologies and purposes. These include: 1. Cellular Bands: These bands are used for mobile voice and data communication. They include the commonly known bands like 2G, 3G, 4G (LTE), and 5G. Each generation of mobile technology operates within a specific frequency range within the RF spectrum. 2. Wi-Fi Bands: Wi-Fi operates in the unlicensed ISM (Industrial, Scientific, and Medical) bands, typically in the 2.4 GHz and 5 GHz frequency ranges. These bands are used for local wireless networking. 3. Bluetooth: Bluetooth operates in the 2.4 GHz ISM band, enabling short-range wireless communication between devices like smartphones, headphones, and speakers. Regulatory Bodies: The allocation and regulation of mobile frequencies are managed by governmental and international organizations, including the Federal Communications Commission (FCC) in the United States and the International Telecommunication Union (ITU) on a global scale. These bodies ensure that various users coexist without causing interference and allocate spectrum licenses to network operators. Challenges and Future of Spectrum: As demand for wireless data and communication services continues to grow, the allocation of spectrum has become a precious and limited resource. The introduction of 5G technology, which operates in higher frequency bands, has raised challenges related to coverage and network densification. To meet these challenges, industry stakeholders are exploring innovative solutions, such as dynamic spectrum sharing, spectrum auctions, and the deployment of small cells to maximize spectrum efficiency. #ict #Telecommunication #MycommunicationAcademy

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Using private 5G network in video contribution is not easy but it reduces cabling cost a lot. Private network with fiber connectivity also enables remote productions.